Best Bachelor’s in Space Studies Programs, Ranked for 2026

Degree-level evidence

Beyond the required research tutorial, each concentrator receives a faculty adviser and meets at least once per term. The department also permits joint concentrations, especially with Physics or Earth and Planetary Sciences, so you can build an approved plan around the boundary between astrophysics and another quantitative field.

Harvard’s Astrophysics concentration combines observational and theoretical study with a 12-course plan and a junior-year research tutorial.

The federal bachelor’s record reports 8 awards and a 96.1 score, placing Harvard 1 of 8 within its national field-and-level peer group.

Key program details

• +Observational and theoretical astrophysics
• +Optional Astronomy 99 senior thesis
• +Astronomy 98 research tutorial
• +12 courses totaling 48 credits

Concentration requirement

12 courses, 48 credits

Research tutorial

Astronomy 98, generally taken in junior fall

Senior thesis

Optional; Astronomy 99 is a year-long, 8-credit course

Pass/Fail limit

At most 1 concentration course

Official program source reviewed August 28, 2026: astronomy.fas.harvard.edu.

Degree-level evidence

The sequence shifts from foundational science and general engineering into aerospace disciplines, vehicle integration, and design. Air-focused and space-focused tracks, option courses, team competitions, and a continuing faculty adviser give you several ways to shape the later years without dropping the shared analytical, experimental, and design core.

Georgia Tech’s aerospace bachelor’s source pairs flight dynamics with undergraduate research, cooperative work experience, and an accelerated bachelor’s-to-master’s option.

For the federal aerospace bachelor’s row, 248 awards accompany a 94.9 score and a national peer position of 1 among 73 records.

Key program details

• +Combined BS/MS option
• +Co-op experience
• +Undergraduate Research Option
• +Aircraft and spacecraft flight dynamics

Additional path

Accelerated bachelor’s-to-master’s option

Official program source reviewed August 28, 2026: catalog.gatech.edu.

Degree-level evidence

Upper-level options include planetary dynamics, exoplanets and astrobiology, high-energy astrophysics, scientific computing, and astrostatistics. Observational Astronomy is one elective that uses rooftop telescopes and Harriman Observatory. Independent research is a separate, faculty-supervised option that can run for one term or continue into a senior thesis.

Columbia’s Astrophysics major combines calculus-based astrophysics, advanced astronomy, and a faculty-supervised independent research sequence that can produce a senior thesis.

Columbia’s federal astrophysics bachelor’s record carries a 94 score with 21 awards, corresponding to position 1 in a national peer group of 37.

Key program details

• +Observational astronomy and astrostatistics
• +ASTR UN3997 and ASTR UN3998
• +2 advanced astronomy courses
• +Yearlong calculus-based astrophysics introduction

Independent research

3 credits per term

Senior thesis sequence

ASTR UN3997 and ASTR UN3998

Introductory sequence

A year of calculus-based astrophysics

Advanced astronomy

2 required courses

Official program source reviewed August 28, 2026: bulletin.columbia.edu.

Degree-level evidence

Princeton makes computational methods and statistical analysis part of the major’s learning goals, then opens both campus and remote telescopes to undergraduate work. That combination lets you approach an independent project through observation, theory, or computation instead of treating the junior papers and thesis as a single prescribed research format.

Princeton’s undergraduate astrophysical sciences source links broad astronomy topics with faculty-guided research, junior independent work, a senior thesis, and telescope access.

This source aligns with a federal bachelor’s astrophysics row showing 10 awards, a 92.9 score, and position 2 across 37 national peers.

Key program details

• +Planets through cosmology
• +On-campus and remote telescopes
• +Yearlong senior thesis
• +Junior independent research

Official program source reviewed August 28, 2026: ua.princeton.edu.

Degree-level evidence

Before the aerospace sequence, the plan builds through calculus, physics, programming, computer-aided design, statics, thermodynamics, materials, and numerical methods. Later work turns that foundation toward compressible flow, astrodynamics, structures, propulsion, laboratory work, and senior design, with electives extending into space-vehicle control and space systems design.

Florida’s aerospace bachelor’s combines an ABET-accredited curriculum with critical-tracking standards, advanced aeronautics and astronautics, and a major design assessment.

Florida’s federal bachelor’s aerospace row carries 143 awards and a 92.4 score, with national placement of 2 across 73 peers.

Key program details

• +Major design assessment
• +2 required aerospace electives
• +2.8 critical-tracking GPA
• +ABET-accredited aerospace curriculum

Degree credits

128

Accreditation

ABET Engineering Accreditation Commission

Aerospace electives

Select two

Critical-tracking GPA

2.8 across 8 courses

Official program source reviewed August 28, 2026: catalog.ufl.edu.

Degree-level evidence

The department frames the BA and BS around the same research methods but lets the degree choice reflect the rest of your undergraduate plan. You work across physical scales and learn how computation, statistics, experiments, and observations answer different kinds of astrophysics questions before joining a faculty-led project in the major.

Chicago’s Major in Astrophysics offers BA and BS routes built around physical laws, computational methods, statistical analysis, observation, and faculty-led research.

The federal astronomy bachelor’s entry reports 24 awards and a 92.4 score, earning position 1 in a 57-record national peer set.

Key program details

• +Faculty-led research projects
• +Statistical data analysis
• +Computational methods
• +BA and BS degree options

Research format

Faculty-led projects

Degree options

BA and BS

Methods

Computational methods and statistical data analysis

Technical practice

Experimental and observational techniques

Official program source reviewed August 28, 2026: astrophysics.uchicago.edu.

Degree-level evidence

Every concentration path includes mathematics, computation and data analysis, physics, chemistry, and foundational Earth and planetary science. Primary and double concentrators then sample the department’s major subdisciplines, while an adviser helps shape those pieces into a thematic plan tied to your background and research interests.

Harvard’s Earth and Planetary Sciences concentration connects planetary science with climate, geophysics, geochemistry, data analysis, and a structured tutorial requirement.

The matching federal planetary astronomy bachelor’s record lists 6 awards, a 92.3 score, and position 1 within a peer group of 5.

Key program details

• +Planetary science and geophysics
• +At least 5 department tutorials
• +11-course joint-allied concentration
• +14-course primary or double concentration

Senior thesis

Required for joint-allied; optional for primary and double

Primary or double concentration

14 courses

Joint-allied concentration

11 courses

Department tutorials

Minimum of 5 before graduation

Official program source reviewed August 28, 2026: eps.harvard.edu.

Degree-level evidence

The science sequence connects aerodynamics and propulsion with gas dynamics, structures, dynamics and controls, and spacecraft mechanics. Laboratory courses sit beside design, and the final aircraft or space-system route turns the shared foundation into a vehicle-scale project instead of ending with disconnected technical electives.

Michigan’s undergraduate aerospace requirements cover aerodynamics, aircraft and spacecraft structures, propulsion, dynamics, computing, controls, and aircraft or space-system design.

Those school-published requirements fit a federal aerospace bachelor’s row with 128 awards, a 92.1 score, and position 3 among 73 national peers.

Key program details

• +13-credit aerospace engineering block
• +Aircraft or space-system design
• +Aircraft and spacecraft structures
• +26-credit aerospace science block

Official program source reviewed August 28, 2026: aero.engin.umich.edu.

Degree-level evidence

The capstone follows aircraft development from concept and preliminary design into a structural component such as a lightweight wing. That work brings aerodynamics, materials, aeroelasticity, propulsion, guidance, and control into one design problem, making the aeronautics or space track a technical emphasis within a common engineering process.

UCLA’s Aerospace Engineering BS combines aerodynamics, propulsion, structures, and space systems with an ABET-accredited curriculum and a two-course capstone design sequence.

For the federal aerospace bachelor’s record, 61 awards and a 91.3 score place UCLA at position 4 within a national peer group of 73.

Key program details

• +Rocket propulsion systems
• +Two-course capstone design sequence
• +Aeronautics and space tracks
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.registrar.ucla.edu.

Degree-level evidence

Columbia publishes suggested course sequencing and directs majors toward department laboratories and research as part of the undergraduate path. The mathematics and physics base therefore supports more than survey knowledge: it prepares you to work with testable models and the quantitative study of galaxies, stars, and planets.

Columbia’s undergraduate astronomy page connects its astronomy major to mathematics, physics, galaxies, stars, planets, departmental laboratories, and research.

Its federal astronomy bachelor’s row contains 2 awards and a 90.9 score, placing the record 2 of 57 among national field-and-level peers.

Key program details

• +Department laboratories and research
• +Galaxies, stars, and planets
• +Mathematics and physics foundation
• +Astronomy major

Official program source reviewed August 29, 2026: astro.columbia.edu.

Degree-level evidence

Undergraduates can follow the named aerospace degree or a broader engineering route within AeroAstro. The department connects design with propulsion, space systems, autonomy, environmental aviation, and search-and-rescue flight, while the Wright Brothers Wind Tunnel supports physical testing alongside the autonomy capstone and other projects in MIT’s undergraduate program.

MIT’s Aeronautics and Astronautics bachelor’s options are ABET-accredited and connect propulsion, autonomous flight, space systems, and wind-tunnel work.

The 90.1 score accompanies 55 federal bachelor’s awards, supporting a fit for students seeking accredited aerospace study with design-and-test work.

Key program details

• +Propulsion and space systems
• +Wright Brothers Wind Tunnel
• +Autonomous-flight capstone
• +ABET-accredited bachelor’s options

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: engineering.mit.edu.

Degree-level evidence

Yale’s observing laboratory and quantitative methods put programming and data analysis beside telescope work. The BS is the more physics-intensive route, and its subjects extend from stars and the interstellar medium to galaxies and cosmology, making it the department’s stated preparation for graduate study in physical science.

Yale’s Astrophysics BS applies physics, mathematics, statistical analysis, and research techniques to preparation for graduate study in related fields.

A ranking score of 90.1 and nine federally recorded awards suit students who want an astrophysics curriculum explicitly oriented toward graduate study.

Key program details

• +Galaxies and cosmology coursework
• +Programming and data analysis
• +Astronomical observing laboratory
• +BS path for graduate study

Official program source reviewed August 29, 2026: catalog.yale.edu.

Degree-level evidence

Both concentrations share the astronomy core and leave enough flexibility to add another major. Astrophysics adds the physical preparation expected for graduate study. General Astronomy supports education, policy, and outreach, so your choice changes the depth and likely use of the degree after Cornell.

Cornell’s Astronomy BA separates into Astrophysics and General Astronomy concentrations, giving the major two clearly different academic directions.

Federal data show eight awards alongside an 89.7 score, making this flexible BA relevant to both research-minded and interdisciplinary astronomy students.

Key program details

• +26 to 27 core credits
• +Flexible second-major option
• +General Astronomy concentration
• +Astrophysics concentration
• +Two concentration paths

Official program source reviewed August 28, 2026: catalog.cornell.edu.

Degree-level evidence

Mentored undergraduate research is available alongside the required sequence, so laboratory work can extend beyond assigned class exercises. The curriculum joins fluid dynamics, propulsion, structures, controls, and flight dynamics through design, with hypersonics adding a specific high-speed direction for students who want research within Virginia’s broad undergraduate aerospace base.

UVA’s Aerospace Engineering BS builds across fluid dynamics, structures, propulsion, controls, flight dynamics, and aerospace vehicle design.

With 49 recorded bachelor’s awards and an 89.3 score, this path fits students seeking broad systems coursework plus research participation.

Key program details

• +49 bachelor’s awards
• +Mentored undergraduate research
• +Hypersonics focus
• +Propulsion coursework
• +Flight dynamics and controls

Official program source reviewed August 28, 2026: engineering.virginia.edu.

Degree-level evidence

The BA keeps a quantitative foundation in physics, mathematics, observing, programming, and data analysis. Yale connects that preparation with science policy and journalism, so you can pair technical astronomy with reporting, policy, or another public-facing field and still retain the program’s quantitative core.

Yale positions its Astronomy BA for paths such as science policy and science journalism while retaining quantitative astronomy and research training.

Three federal awards and an 89.3 score make this entry pertinent to students connecting astronomy study with adjacent professional fields.

Key program details

• +Quantitative research techniques
• +Astronomical observing
• +Science journalism pathway
• +Science policy orientation

Official program source reviewed August 29, 2026: catalog.yale.edu.

Degree-level evidence

The facilities match the curriculum’s split across aerodynamics, controls, propulsion, structures, and systems design. Hypersonic wind tunnels support high-speed flow work, while the neutral-buoyancy facility supports spacecraft-oriented testing. A two-term senior design sequence then asks students to carry one of those technical directions into an integrated aircraft or spacecraft project.

Maryland’s Aerospace Engineering BS lets students choose among five subdisciplines and complete a two-term aeronautics or astronautics senior design project.

The 88.8 score and 130 federal awards fit students looking for hands-on aerospace study across both aircraft and spacecraft design.

Key program details

• +ABET-accredited curriculum
• +Neutral-buoyancy facility
• +Hypersonic wind tunnels
• +Two-term senior design
• +Five aerospace subdisciplines

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: aero.umd.edu.

Degree-level evidence

The required senior thesis gives the joint major a clear research endpoint. Before it, students complete observational astronomy, introductory astrophysics, advanced astronomy electives, mechanics, thermal physics, electromagnetism, quantum physics, scientific computing, calculus, and differential equations, creating a strong, technically demanding bridge between the two departments for graduate-level preparation.

Virginia’s joint Astronomy-Physics BS combines astrophysics, observation, mechanics, electromagnetism, quantum physics, mathematics, Python, advanced electives, and a required senior thesis.

Its federal astronomy bachelor’s record contains 18 awards and a score of 88, corresponding to national position 6 across 57 entries.

Key program details

• +Python for scientists
• +Observational astronomy coursework
• +Required senior thesis
• +Joint astronomy-physics major

Official program source reviewed August 28, 2026: astronomy.as.virginia.edu.

Degree-level evidence

Students choose between a physics-intensive Astronomy and Astrophysics major and an Interdisciplinary Astronomy option designed as a second major. The former prepares for graduate research and technical industry, while the latter connects astronomy with another STEM field, teaching, science writing, policy, or outreach.

Michigan's bachelor's astronomy source combines cosmology with undergraduate research, backed by 18 awards, an 87.8 score, and rank 7 of 57.

An 87.8 federal score places the entry 7 among 57 and above the 76.5 peer median. Its 18 awards exceed the median of 6, while $18,516 in-state tuition is below $19,472.

Key program details

• +Rank 7 of 57
• +18 astronomy awards
• +Undergraduate research
• +Cosmology focus
• +Astronomy and astrophysics

Official program source reviewed August 28, 2026: lsa.umich.edu.

Degree-level evidence

The concentration also develops a clear technical toolkit: using physical principles to model how stars, planetary systems, and the universe evolve, extracting information with astronomical techniques, and completing quantitative calculations that explain relationships among objects. Physics and planetary geology meet in that work, supported by Ladd Observatory.

Brown’s Astronomy Undergraduate Concentration combines physics and planetary geology with classical mechanics, relativity, electromagnetism, astrophysics, and observatory access.

The federal astronomy bachelor’s row contains 1 award and an 87.4 score, corresponding to position 8 within 57 national field-and-level records.

Key program details

• +Historic Ladd Observatory
• +Physics and planetary geology
• +Stellar and extragalactic astrophysics
• +A.B. astronomy concentration

Official program source reviewed August 28, 2026: brown.edu.

Degree-level evidence

The four-year plan moves from mechanics, materials, fluids, thermodynamics, and heat transfer into flight mechanics, structures, propulsion, and vehicle design. Aircraft and spacecraft topics share that same engineering base, so the accredited curriculum prepares students to transfer core analysis between atmospheric and space-system problems during senior project work at UCSD.

UC San Diego’s four-year, ABET-accredited aerospace curriculum advances from engineering fundamentals into structures, aerodynamics, flight mechanics, propulsion, controls, and design.

Eighty-eight bachelor’s awards and an 86 score fit students seeking a prescribed technical sequence for aerospace and adjacent mechanical industries.

Key program details

• +Aircraft and spacecraft design
• +Aerospace structures
• +Flight mechanics
• +ABET-accredited BS
• +Four-year curriculum

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: mae.ucsd.edu.

Degree-level evidence

Engineering, mathematics, and science form the analytical base for work on future aircraft and spacecraft. The curriculum then asks students to apply that foundation across aerospace problems rather than treating the capstone as an isolated project, connecting early systems thinking with later team design decisions.

Illinois builds its aerospace engineering bachelor’s curriculum from mathematics and science toward aircraft and spacecraft analysis, technical electives, and yearlong team design.

With 141 bachelor’s awards, an 85.8 score, and a 15-of-73 peer position, this option fits students seeking structured aerospace design practice.

Key program details

• +Individualized technical electives
• +Propulsion coursework
• +Aerodynamics technical core
• +Aircraft and spacecraft design
• +Yearlong senior capstone

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.illinois.edu.

Degree-level evidence

A design-build-fly approach carries classroom engineering into hands-on aeronautics work, and cadets address real design problems in the Academy laboratory. The bachelor’s curriculum is accredited by ABET under the general engineering criteria and the program criteria for aerospace engineering and similarly named engineering programs.

Air Force Academy cadets study aerodynamics, propulsion, flight mechanics, structures, materials, and controls through a design-build-fly aeronautical engineering program.

The federal aerospace bachelor’s row reports 125 awards and an 85.8 score, corresponding to position 14 among 73 national peers.

Key program details

• +Summer research opportunities
• +ABET-accredited aeronautical degree
• +Wind tunnels and jet engines
• +Aircraft design capstone
• +Design-build-fly approach

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: usafa.edu.

Degree-level evidence

The aeronautics and astronautics concentrations share a systems-engineering approach, then diverge through subjects such as atmospheric flight, orbital mechanics, and spacecraft design. Propulsion laboratories and multidisciplinary projects connect that choice to testing and integration. Internships provide a separate route into applied aerospace work.

Cal Poly’s Aerospace Engineering BS turns theory into practice through systems engineering, experimentation, aeronautics or astronautics concentration work, and technical problem-solving.

A federal count of 95 bachelor’s awards with an 85.3 score suits students choosing between atmospheric-flight and spacecraft-oriented study at Cal Poly.

Key program details

• +Orbital mechanics
• +Propulsion laboratory
• +Systems engineering approach
• +Astronautics concentration
• +Aeronautics concentration

Official program source reviewed August 28, 2026: catalog.calpoly.edu.

Degree-level evidence

Undergraduates encounter astrophysics through telescopes, detectors, numerical simulation, spectroscopy, and gravitational-wave work. Projects on planets, galaxies, dark matter, black holes, or transients may start with instrument building, observation, or computation, giving students several documented research methods within Caltech’s undergraduate astrophysics research environment and facilities.

Caltech’s astrophysics research environment links observation, theory, numerical simulation, data analysis, laboratory work, detector development, and gravitational-wave astronomy.

The bachelor’s federal record carries two awards and an 84.9 score, fitting students drawn to astrophysics across computational and observational methods.

Key program details

• +Telescope facilities
• +Dark matter research
• +Gravitational-wave astronomy
• +Detector development
• +Numerical simulation

Official program source reviewed August 28, 2026: catalog.caltech.edu.

Degree-level evidence

Required study covers scientific computing, compressible and incompressible aerodynamics, orbital and atmospheric flight mechanics, structural vibrations, instrumentation, two aerospace laboratories, structures, controls, and propulsion. Seniors choose a two-course aircraft-design sequence or a spacecraft-and-space-systems sequence, while electives can include undergraduate research or an engineering internship.

Washington’s 180-credit BSAE combines aerodynamics, orbital and atmospheric flight mechanics, structures, controls, propulsion, laboratories, and aircraft or spacecraft capstone design.

Federal data report 64 awards and an 84.3 score for this aerospace bachelor’s field, corresponding to position 18 among 73 national records.

Key program details

• +Two aerospace laboratories
• +Aircraft or spacecraft capstone
• +50-credit A&A core
• +180-credit curriculum

Official program source reviewed August 30, 2026: aa.washington.edu.

Degree-level evidence

At least 8 astronomy, physics, and mathematics courses must be completed at Williams. Honors students add two courses and a Winter Study Project, then submit a written thesis and give an oral presentation to faculty and students.

Williams’s Astrophysics Major combines an eleven-course physics, mathematics, and astronomy sequence with an optional honors thesis based on original observational, experimental, or theoretical research.

Federal data reports 5 awards, equal to the peer median, and an 84.1 score that places the entry 9 of 37. The institution’s graduation rate is 94%.

Key program details

• +Written and oral presentation
• +Honors research thesis
• +Quantum physics and optics
• +Advanced astronomy study
• +Eleven-course interdisciplinary major

Williams coursework

At least eight astronomy, physics, and mathematics courses

Major size

Eleven courses

Advanced astronomy

Three 400-level astronomy courses, or two plus one listed alternative

Honors work

Two courses, a Winter Study Project, a written thesis, and an oral presentation

Official program source reviewed August 30, 2026: hub.williams.edu.

Degree-level evidence

The 127-credit plan culminates in a two-semester design-and-build sequence. Aircraft teams create a remotely controlled aircraft and flight-test it at the program airfield, while spacecraft teams construct and test a system such as a moon rover, satellite, or remotely operated interplanetary probe. Accelerated routes connect the bachelor’s degree to master’s or doctoral study.

NC State's aerospace degree links rocket systems and propulsion to capstone work, supported by 101 awards and a top-third cohort rank.

Federal data records 101 awards and an 84 score, placing the entry 19 of 73. Both the score and award count exceed their peer medians, while $6,535 in-state tuition sits below $12,180.

Key program details

• +Rank 19 of 73
• +101 aerospace awards
• +Capstone or senior design
• +Rocket systems focus

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: mae.ncsu.edu.

Degree-level evidence

Students begin the major after a common engineering year, then choose aeronautical or astronautical versions of selected junior courses before specializing as seniors. Available directions include aerospace systems design, astrodynamics, autonomy and control, propulsion, structures and materials, and aerodynamics within an ABET-accredited curriculum.

Purdue's bachelor's curriculum culminates in team-based aerospace design after coursework spanning aerodynamics, propulsion, thermodynamics, and materials and structures.

The awards figure supplies the federal contrast: 323 awards place this record at the 99th percentile among bachelor's aerospace peers. Its 83.4 score reaches the 72nd percentile, and in-state tuition is $9,718.

Key program details

• +323 bachelor's awards
• +Aircraft or spacecraft project
• +Team-based senior design
• +Aerodynamics and propulsion
• +Thermodynamics and structures

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: engineering.purdue.edu.

Degree-level evidence

The department frames the major around vehicles that travel through the atmosphere and space, with the same design foundation extending to land and sea systems. Its published graduate outcomes include work with aircraft manufacturers, general aviation companies, and government aerospace laboratories, as well as later study at research universities.

San Diego State’s Aerospace Engineering bachelor’s covers atmospheric and space vehicles through aerodynamics, structures, flight mechanics, control, propulsion, and design.

The federal aerospace bachelor’s row reports 104 awards and an 83.3 score, corresponding to position 22 across 73 national field-and-level records.

Key program details

• +Computer-assisted design skills
• +Vehicle design curriculum
• +Rocket and space propulsion
• +High-speed aerodynamics

Official program source reviewed August 28, 2026: sdsu.edu.

Degree-level evidence

Professional telescopes, astronomical instruments, and computational tools give undergraduates several ways to work with evidence from the beginning of the major. Department colloquia bring visiting researchers into that setting for talks ranging from protostars to black holes, adding current research discussions to the regular curriculum and mentoring.

Wesleyan astronomy undergraduates combine faculty-mentored research with professional telescopes, instrumentation, computing, planetary science, black holes, and interstellar-medium study.

The federal astronomy bachelor’s row reports 6 awards and an 83.2 score, corresponding to position 14 among 57 national peers.

Key program details

• +Interstellar medium
• +Planetary systems research
• +Professional telescope instrumentation
• +Van Vleck Observatory
• +Faculty-mentored research

Official program source reviewed August 28, 2026: wesleyan.edu.

Degree-level evidence

Required technical work reaches aerospace materials, where students examine bonding, crystal structures, phase changes, heat treatment, and mechanical behavior, as well as aerodynamics involving viscous flow, finite wings, and computational fluid methods. Faculty research laboratories give undergraduates another practical route into engineering projects beyond the scheduled course sequence.

UCF’s Aerospace Engineering BSAE covers aerodynamics, structures, propulsion, flight mechanics, controls, avionics, materials, and computational fluid dynamics.

Its federal aerospace bachelor’s record contains 226 awards and an 82.7 score, corresponding to position 23 across 73 national peers.

Key program details

• +Experimental rocketry
• +Aerospace measurement laboratories
• +Computational fluid dynamics
• +Accelerated BS-to-MS route
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: ucf.edu.

Degree-level evidence

Aerospace and ocean engineering share a major portion of their coursework, and students can complete a combined double major. The senior design sequence asks teams to analyze and design aircraft, spacecraft, and related technologies, turning that shared systems foundation into a final, discipline-specific engineering project.

Virginia Tech’s aerospace bachelor’s covers aerodynamics, flight controls, propulsion, and structures before a senior design sequence for aircraft and spacecraft.

Federal figures list 202 awards and an 82.7 score for the bachelor’s field, corresponding to position 24 among 73 national records.

Key program details

• +Aerospace structures
• +Flight dynamics and controls
• +Aircraft and spacecraft analysis
• +Senior aerospace design sequence

Official program source reviewed August 28, 2026: vt.edu.

Degree-level evidence

The BSE is ABET accredited, and an optional double major satisfies both aerospace and mechanical engineering requirements. Its learning outcomes emphasize complex problem solving, engineering design, experimentation and data interpretation, communication, ethics, and team leadership, so the published structure reaches beyond the three named technical subjects.

Case Western's BSE pairs propulsion, thermodynamics, and fluid mechanics with internships and a thesis, while its 82.4 score contrasts with 23 awards.

Its federal score of 82.4 places the entry 25 of 73 and exceeds the 75.5 peer median. The record's 23 awards sit below the peer median of 70, while the institution graduates 87%.

Key program details

• +82.4 federal score
• +Internships and thesis
• +Thermodynamics focus
• +Propulsion and fluid mechanics

Official program source reviewed August 28, 2026: bulletin.case.edu.

Degree-level evidence

The curriculum builds from physics and mathematics into planetary astronomy, stellar evolution, interstellar matter, Milky Way structure, galaxies, and cosmology. Students also practice data science, writing, public speaking, outreach, and observations through a department telescope, then tailor upper-level courses and research to academic or industry goals.

Washington's bachelor's astronomy source combines cosmology, galaxies, and telescope work with 41 awards and an 82 federal score.

The federal entry reports 41 awards and ranks 17 of 57 at 82. Both exceed peer medians of 6 and 76.5, while $11,869 in-state tuition is below $19,472.

Key program details

• +82 federal score
• +41 astronomy awards
• +Telescope-based work
• +Cosmology and galaxies

Official program source reviewed August 28, 2026: admit.washington.edu.

Degree-level evidence

The department pairs its advanced seminars with frequent original research alongside faculty. At the Peter van de Kamp Observatory, students can use an imaging, photometric, and spectroscopic instrument suite for research, teaching, and outreach, while the broader liberal-arts setting also includes interdisciplinary science courses for science majors.

Swarthmore’s Physics and Astronomy department combines advanced seminars, original faculty research, interdisciplinary study, and access to a research observatory.

The federal astrophysics bachelor’s record lists 2 awards and an 81.6 score, corresponding to position 12 across 37 national peers.

Key program details

• +Imaging and spectroscopy instruments
• +24-inch observatory telescope
• +Advanced physics and astronomy seminars
• +Original faculty research

Official program source reviewed August 28, 2026: swarthmore.edu.

Degree-level evidence

The physics foundation supports work from planets and stars through galaxies and the cosmic web. Alongside that scale, the major develops transferable methods in quantitative reasoning, data analysis, programming, and visualization, with research, internships, thesis work, and observational experience available as ways to apply them.

Wisconsin's Astronomy-Physics B.S. links the interstellar medium and observational astronomy to research, internships, thesis, and telescope work.

The source identifies undergraduate research, internships, a thesis, observatory work, and telescope-based work. Federal data reports 20 awards and ranks the entry 13 of 37 at 81.5.

Key program details

• +20 astrophysics awards
• +Thesis and telescope work
• +Undergraduate research and internships
• +Observational astronomy
• +Interstellar medium

Official program source reviewed August 28, 2026: guide.wisc.edu.

Degree-level evidence

A substantial physics sequence underpins the astronomy courses, and students can add physics work toward a double major. Undergraduates have also joined faculty research and helped build a satellite in the Small Satellite Research Laboratory, while observational courses provide direct practice with telescopes and data analysis.

Georgia's astronomy source supports candidates seeking cosmology, remote sensing, and telescope work, backed by 13 awards and an 81.5 score.

Federal results show 13 awards and an 81.5 score, placing the entry 18 of 57. Both exceed peer medians of 6 and 76.5, while $10,034 in-state tuition is below $19,472.

Key program details

• +13 astronomy awards
• +Observatory and telescope work
• +Remote sensing
• +Observational astronomy
• +Cosmology and galaxies

Official program source reviewed August 28, 2026: phys.franklin.uga.edu.

Degree-level evidence

Students conduct their own observations at Whitin Observatory and interpret the resulting data through physical and mathematical models. The department develops theoretical, experimental, mathematical, and computational approaches together, giving the astronomy pathway both independent research practice and collaborative scientific problem solving.

Wellesley's astronomy source combines galaxy evolution, dark matter, and numerical simulation with observatory work, backed by an 81.5 federal score.

Wellesley also identifies observatory and telescope-based work. The federal record contains 1 award and ranks 19 of 57 at 81.5, above the 76.5 peer median, with a 92% institutional graduation rate.

Key program details

• +Observatory and telescope work
• +Numerical simulation
• +Black holes and dark matter
• +Galaxy evolution

Official program source reviewed August 28, 2026: wellesley.edu.

Degree-level evidence

Research is intended to culminate in original results rather than stop at course exposure, and the program notes that students commonly present that work at national astronomy conferences. That research component sits within a balanced liberal arts and sciences education suited to graduate study and technically oriented careers.

Villanova’s BS in Astronomy and Astrophysics joins rigorous science coursework with original research commonly presented at national astronomy conferences.

Villanova’s federal astronomy bachelor’s entry reports 8 awards and an 81.3 score, which corresponds to position 20 among 57 national peers.

Key program details

• +Liberal arts and sciences foundation
• +Planetary science
• +National conference presentations
• +Original undergraduate research

Official program source reviewed August 28, 2026: villanova.edu.

Degree-level evidence

Senior design turns the theory into a bounded team assignment with defined goals, constraints, analysis, and modern computational tools. Depending on the elective, a team may design, build, test, or deploy an aircraft, rotorcraft, flight simulator, adaptive structure, space suit, habitat, or space mission, then test that integrated system against the project’s goals and constraints.

Texas A&M’s aerospace bachelor’s blends theory and engineering tools with team design projects involving aircraft, rotorcraft, spacecraft, habitats, simulators, or Mars missions.

Its federal bachelor’s field records 207 awards and an 80.7 score, corresponding to national position 27 across 73 aerospace entries.

Key program details

• +Team aerospace system projects
• +Modern computational tools
• +Aircraft and spacecraft controls
• +Two-semester senior design

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.tamu.edu.

Degree-level evidence

The program organizes aircraft and spacecraft work around the same systems foundation: vehicle dynamics and control, software, propulsion, structures, and fluid dynamics. Teamwork and communication are treated as part of engineering problem-solving, and the official program material also identifies cooperative education as a route for applying that foundation.

Penn State’s Aerospace Engineering BS covers aircraft and spacecraft analysis, propulsion, vehicle control, structures, software, and team-based systems design.

Its federal aerospace bachelor’s row reports 150 awards and an 80.4 score, placing the record at position 28 among 73 national peers.

Key program details

• +Co-op experience
• +Autonomous systems
• +Rocket propulsion systems
• +Aircraft and spacecraft design
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: bulletins.psu.edu.

Degree-level evidence

Interdisciplinary work develops through data visualization, data mining, astrophysical simulations, and image processing. Those methods give students a way to combine physical science and mathematics with computational problem solving, supporting technical work in astronomy and other fields that depend on analyzing complex scientific data. Research can culminate in a supervised senior thesis.

Illinois presents astronomy as a flexible physical-science and mathematics major that can pair with other fields and support telescope-based undergraduate research.

Sixteen bachelor’s awards, an 80.1 score, and a 21-of-57 peer position fit undergraduates considering technical careers or later graduate study.

Key program details

• +Astronomy internships
• +Telescope-based research
• +Senior thesis option
• +Physical science foundation
• +Flexible astronomy curriculum

Official program source reviewed August 28, 2026: catalog.illinois.edu.

Degree-level evidence

Beyond the engineering core, students complete multiple cognates, each made up of a coordinated group of courses, plus upper-level mechanical and aerospace engineering technical electives. This structure reserves part of the degree for connected study outside the fixed aerospace sequence while retaining advanced work inside the department.

Miami's B.S. builds through flight dynamics, structures, thermodynamics, and capstone design, while an above-median 79.8 score accompanies 11 awards.

Federal data places the entry 30 of 73 with a 79.8 score, above the 75.5 peer median. Its 11 awards sit below the median of 70, while institution tuition is $60,720.

Key program details

• +79.8 federal score
• +Capstone or senior design
• +Aerospace structures
• +Flight dynamics

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: bulletin.miami.edu.

Degree-level evidence

Advanced coursework in both astronomy and physics is paired with data visualization, data mining, astrophysical simulation, and image processing. Qualifying students can pursue departmental distinction, and the highest distinction route adds a senior thesis endorsed by the research supervisor. Telescope work and a supervised thesis add direct research practice.

Illinois requires astrophysics majors to complete advanced astronomy and physics study, with telescope work and a senior thesis route for distinction.

Eleven awards and a 79.7 score place the record 14 of 37 peers, fitting students seeking rigorous physics-based astronomy preparation.

Key program details

• +Graduate-study preparation
• +Telescope-based work
• +Senior thesis pathway
• +Advanced astronomy coursework
• +Advanced physics coursework

Official program source reviewed August 28, 2026: catalog.illinois.edu.

Degree-level evidence

The Five College consortium expands course access across Smith, Amherst, Hampshire, Mount Holyoke, and UMass. With adviser approval, advanced electives may also come from mathematics, physics, geology, computer science, or the history and philosophy of science, supporting an astronomy plan shaped around quantitative interests.

Smith's astronomy source connects planetary science and stellar formation with spectroscopy and telescope work, while its 79.5 score exceeds the peer median.

The source also identifies observatory and telescope-based work. Federal data records 3 awards and ranks the entry 22 of 57 at 79.5, above the 76.5 peer median, while the institution graduates 89%.

Key program details

• +79.5 federal score
• +Observatory and telescope work
• +Observational astronomy
• +Star formation and galaxies
• +Planetary science

Official program source reviewed August 28, 2026: smith.edu.

Degree-level evidence

Upper-level study asks students to build physical models, solve the resulting mathematical problems, and test predictions against observations. Research may stay on campus at Strawbridge or move into summer opportunities elsewhere, while programming and observational techniques support work on planets, stars, galaxies, large-scale structure, and modern cosmology.

Haverford’s Astronomy and Astrophysics curriculum grounds the astronomy major in physics, mathematics, modern observational techniques, computational work, and student research.

Its federal astronomy bachelor’s entry reports 1 award and a 79.5 score, corresponding to position 23 across 57 national records.

Key program details

• +Physics and mathematics foundation
• +Modern observational techniques
• +Strawbridge Observatory research
• +ASTR 204 astrophysics survey

Official program source reviewed August 29, 2026: haverford.edu.

Degree-level evidence

Laboratory work is not separated from the design sequence. Aerodynamics testing, orbital mechanics, structures, and propulsion provide inputs for the aircraft, spacecraft, or launch-vehicle projects, so students can apply the same engineering base to atmospheric flight and space missions before choosing a narrower professional direction at Auburn.

Auburn’s aerospace bachelor’s curriculum moves from mechanics and thermodynamics into aerodynamics, orbital mechanics, propulsion, controls, and vehicle design.

Its 79.4 score and 94 recorded awards fit undergraduates seeking both atmospheric-flight and space-system design choices in one curriculum at Auburn.

Key program details

• +Aircraft and spacecraft design
• +Orbital mechanics coursework
• +Aerodynamics laboratory
• +125 total hours

Official program source reviewed August 28, 2026: bulletin.auburn.edu.

Degree-level evidence

The prerequisite block spans programming or astronomy data analysis, three calculus courses, and two physics courses. The major then requires topics in astrophysics, basic astrophysics and planetary astronomy, stellar through extragalactic astronomy, observational methods and data analysis, plus an advanced astrophysics choice.

Ohio State's astronomy major connects cosmology and stellar physics to a federal record with 20 awards and a 79.1 score.

Federal data records 20 awards and ranks the entry 24 of 57 at 79.1, above the 76.5 peer median. The award count also exceeds the peer median of 6.

Key program details

• +79.1 federal score
• +20 astronomy awards
• +Stellar physics
• +Cosmology focus

Official program source reviewed August 30, 2026: astronomy.osu.edu.

Degree-level evidence

At the campus observatory, students monitor supernovae, quasars, cataclysmic binaries, exoplanets, and solar-system objects. The curriculum moves through planets, stars, interstellar matter, galaxies, cosmology, and observational techniques, while faculty connect those subjects to opportunities for students to conduct their own research.

Vassar's astronomy source spans cosmology, exoplanets, and black holes, paired with observatory work and a score above its peer median.

The federal record contains 1 award and ranks 25 of 57 with a 79 score, above the 76.5 peer median. The institution's 91% graduation rate provides another measurable point for candidates comparing astronomy entries.

Key program details

• +79 federal score
• +Observatory work
• +Exoplanets and black holes
• +Cosmology and galaxies

Official program source reviewed August 28, 2026: vassar.edu.

Degree-level evidence

Observational and computational work gives the broad science foundation a clear astronomy outlet. Faculty investigate star and gas behavior in the Milky Way and nearby galaxies, participate in a major sky-survey collaboration, and use local and remote observatories for telescope work in infrared and radio astronomy, opening those projects to undergraduate participation.

TCU’s Astronomy and Physics bachelor’s combines science foundations with stellar astrophysics, galaxy evolution, infrared and radio astronomy, computation, and observatory experience.

The federal other-astronomy bachelor’s record contains 4 awards and a 78.9 score, corresponding to position 3 among 8 national entries.

Key program details

• +Computational physics study
• +McDonald Observatory experience
• +Infrared and radio astronomy
• +Stellar astrophysics

Official program source reviewed August 28, 2026: tcu.edu.

Degree-level evidence

The bachelor’s curriculum combines astronomy, physics, and mathematics with opportunities for undergraduate research. Students can use a roof-mounted 9.5-inch refractor, a research and instruction computer laboratory, and the university high-performance computing cluster. The department reports that about 50% of its astronomy graduates continue to graduate study.

Case Western's astronomy bachelor's record ties broad astrophysics subjects to capstone work, undergraduate research, a thesis, and observatory work.

It also identifies capstone or senior design, undergraduate research, a thesis, and observatory work. Federal data records 4 awards and ranks the entry 26 of 57 at 78.6, above the 76.5 peer median.

Key program details

• +Exoplanets and dark matter
• +Thesis and observatory work
• +Undergraduate research
• +Capstone or senior design

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: bulletin.case.edu.

Degree-level evidence

The BS is the research-oriented route for students considering doctoral study, while the broader astronomy options also build practical computing and modern-instrumentation skills. The department connects those skills to work in observatories, government agencies, contracting, software development, image analysis, instrument making, and telescope operations.

San Diego State’s undergraduate astronomy options combine physics, mathematics, applied computing, modern instrumentation, telescope training, and studies of stars and galaxies.

The federal astronomy bachelor’s record lists 6 awards and a 78 score, which maps to position 27 among 57 national peers.

Key program details

• +Applied computing and instrumentation
• +Mount Laguna Observatory
• +Astronomy data science option
• +BA and BS astronomy routes

Official program source reviewed August 28, 2026: sdsu.edu.

Degree-level evidence

Research skills develop both independently and through collaboration inside and outside class. Students can combine Wellesley coursework with options at Olin College and MIT when building an interdisciplinary major, while observatory work supplies a direct setting for testing computational and physical models against astronomical data.

Wellesley's astrophysics record joins thermodynamics and numerical simulation with dark matter and telescope work, while its 77.9 score tops the peer median.

The same source identifies observatory and telescope-based work. Federal data places the entry 16 of 37 at 77.9, above the 75.3 peer median, while its 4 awards sit just below 5.

Key program details

• +Observatory and telescope work
• +Numerical simulation
• +Dark matter
• +Thermodynamics and cosmology

Official program source reviewed August 28, 2026: wellesley.edu.

Degree-level evidence

Students use wind tunnels, vacuum chambers, and controls instrumentation while developing aeronautical and astronautical design skills. The project-based curriculum moves broad engineering principles into faculty-mentored work, including aircraft design investigations that require students to develop and test a technical solution.

WPI's Aerospace Engineering source highlights systems engineering and undergraduate research, paired with 74 awards and a 77.6 federal score.

The federal entry contains 74 awards and ranks 33 of 73 with a 77.6 score. Both figures exceed peer medians of 70 and 75.5, while the institution's graduation rate is 90%.

Key program details

• +77.6 federal score
• +74 aerospace awards
• +Undergraduate research
• +Systems engineering

Official program source reviewed August 28, 2026: wpi.edu.

Degree-level evidence

Students learn how ground- and space-based telescopes produce observations and how mathematics, physics, computation, image processing, and software turn those observations into interpretations. The major’s science reaches from planets and stellar element formation to quasars and gamma-ray bursts, providing multiple directions for student research, technical electives, and internships.

Penn State’s Astronomy and Astrophysics BS combines mathematics, physical science, computation, telescope observations, and research across planets, stars, galaxies, and the universe.

Its federal astronomy bachelor’s entry records 33 awards and a 77 score, corresponding to position 28 across 57 national field-and-level peers.

Key program details

• +Ground and space telescopes
• +Mathematics and computation foundation
• +Observational astronomy laboratory
• +125-credit bachelor’s curriculum

Official program source reviewed August 28, 2026: bulletins.psu.edu.

Degree-level evidence

Hands-on research and design projects run throughout the undergraduate experience, giving students repeated opportunities to develop and test engineering decisions against real problems. The department frames the major around broad fundamentals that also apply to controls, materials, mechanical systems, biomedical devices, aircraft, and space missions.

Minnesota's bachelor's aerospace source connects aerodynamics and fluid mechanics with internships and co-op experience, supported by 72 awards.

Federal data reports 72 awards and a 76.7 score, placing the entry 34 of 73. Both figures sit above peer medians of 70 and 75.5, while the institution graduates 85%.

Key program details

• +72 aerospace awards
• +Internships and co-op experience
• +Fluid mechanics
• +Aerodynamics focus

Official program source reviewed August 28, 2026: cse.umn.edu.

Degree-level evidence

A substantial physics foundation supports the astronomy sequence, while elective flexibility lets students shape the major around their interests. The department identifies direct graduate outcomes in NASA research centers and industry, connecting its computing, laboratory, observation, and theory preparation to technical work after graduation.

UMass Amherst’s astronomy bachelor’s route builds physics, observations, astrophysical theory, research, computing, and laboratory skills for astronomy and space-science work.

Federal figures show 12 awards and a 76.5 score for the astronomy bachelor’s field, corresponding to position 29 across 57 national records.

Key program details

• +Undergraduate laboratory preparation
• +Research and computing skills
• +Astrophysical theory
• +Advanced astronomical observations

Official program source reviewed August 28, 2026: umass.edu.

Degree-level evidence

The suggested sequence starts with calculus, laboratory physics, and mechanics before moving into thermal physics, quantum mechanics, electromagnetism, computational astrophysics, and observational astronomy. Rutgers requires at least 15 applicable upper-level physics or astrophysics credits to be completed at New Brunswick, and advises majors to meet with the undergraduate program director each semester.

Rutgers builds its astrophysics major around physics, mathematics, computational work, observational astronomy, advanced electives, internships, and preparation for research careers.

Eleven bachelor’s awards and a 76.5 score fit students seeking a thorough astrophysics foundation with thesis, observatory, and internship opportunities.

Key program details

• +Astrophysics internships
• +Thesis opportunity
• +High-energy astrophysics
• +Observational astronomy
• +Computational astrophysics

Official program source reviewed August 28, 2026: physics.rutgers.edu.

Degree-level evidence

The shared curriculum treats student research as central rather than supplemental. Faculty interests shape focused upper-level offerings, and majors can work with telescopes and computational facilities at Strawbridge, seek off-campus summer research, and develop a senior project that integrates physical intuition, modeling, programming, and observation.

Haverford’s astrophysics major connects upper-level astronomy, cosmology, physical modeling, computer programming, and observing skills with thesis work and faculty research.

The federal astrophysics bachelor’s record shows 5 awards and a 76.5 score, placing it at position 18 among 37 national peers.

Key program details

• +Thesis work
• +Telescope-based faculty research
• +Computer programming skills
• +Physics-based astrophysics curriculum

Official program source reviewed August 29, 2026: haverford.edu.

Degree-level evidence

Hands-on work uses a full-motion flight simulator, campus laboratories, the Industrial Assessment Center, and subsonic and supersonic wind tunnels. Students can join active aircraft research and engineering organizations, or plan an accelerated route through the five-year engineering and MBA program or the four-plus-one aerospace bachelor’s and master’s program.

Syracuse combines aerodynamics, propulsion, and thermodynamics with internship access, while its aerospace score sits just above the bachelor's peer median.

Federal data records 39 awards and a 76.3 score, placing the entry 35 of 73. That score exceeds the 75.5 peer median, while $63,710 tuition makes cost a central comparison point.

Key program details

• +76.3 federal score
• +Internships at Syracuse
• +Thermodynamics focus
• +Aerodynamics and propulsion

Official program source reviewed August 28, 2026: syracuse.edu.

Degree-level evidence

Stony Brook positions the Bachelor of Science major as its most intensive undergraduate astronomy route for graduate and professional preparation. The astronomy minor is a narrower introduction, while a separate Earth and Space Sciences BA provides a broader liberal-arts and science path.

Stony Brook’s astronomy BS is designed for graduate and professional preparation, and the federal record reports 9 awards with in-state tuition below the peer median.

The record ranks 30 of 57 with a score of 76, close to the 76.5 peer median. Its $7,070 in-state tuition is below the $19,472 median, a useful cost marker for astronomy candidates.

Key program details

• +$7,070 in-state tuition
• +Rank 30 of 57
• +9 astronomy awards
• +Astronomy focus

Official program source reviewed August 30, 2026: stonybrook.edu.

Degree-level evidence

The program defines four research pillars: aerodynamics, propulsion, orbital mechanics, and stability and control. Students can cross into mechanical and biomedical engineering projects, use maker-space fabrication equipment, and pursue internships or cooperative education that applies manufacturing, testing, and design while drawing on the program’s laboratory and fabrication resources, including industrial cutting, machining, and additive manufacturing.

Tennessee’s Aerospace Engineering BS organizes study around aerodynamics, propulsion, orbital mechanics, stability and control, experiential research, and industry-connected projects.

The federal aerospace bachelor’s row reports 70 awards and a 75.6 score, corresponding to position 36 among 73 national peers.

Key program details

• +Internships and co-ops
• +Mission planning
• +Satellite projects
• +Arcjet wind-tunnel facility
• +Four research thrusts

Official program source reviewed August 28, 2026: tickle.utk.edu.

Degree-level evidence

The program’s research environment extends from experimental fluid mechanics and flow control to space-vehicle simulation, multibody dynamics, simulation-based design, scientific machine learning, rarefied-gas dynamics, and aerothermodynamics. Faculty work also reaches spacecraft trajectory design, autonomous guidance, sensor fusion, rotary-wing mechanics, advanced materials, energy storage, and computational intelligence for optimization.

Rensselaer’s ABET-accredited aerospace bachelor’s program covers vehicles and systems for atmospheric and space environments through design, analysis, aerodynamics, and computation.

Ninety-two bachelor’s awards and a 75.5 score fit students seeking accredited aerospace study tied to current engineering research areas and design.

Key program details

• +Trajectory design
• +Flow physics control
• +Computational fluid dynamics
• +Space vehicle simulation
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: mane.rpi.edu.

Degree-level evidence

The Space Systems Research Center carries projects through satellite design, construction, testing, and flight. Its capstone teams include cadets from multiple majors, so spacecraft engineering and operational work meet inside one sustained project environment rather than being separated into unrelated classroom and mission activities.

The Air Force Academy’s Space Systems Research Center gives cadets hands-on satellite design, testing, flight, avionics simulation, and orbital operations experience.

The federal space systems operations bachelor’s row reports 4 awards and a 75.5 score, corresponding to position 1 among 2 national peers.

Key program details

• +FalconSAT program
• +DOD-backed capstone projects
• +Daily orbital operations
• +Avionics testing and simulation
• +Cadet-built satellite missions

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: usafa.edu.

Degree-level evidence

The degree sits beside a broader astronomy BA, but the astrophysics BS is specifically designed for students considering graduate study and professional astronomy. Laboratory and theoretical astrophysics anchor the preparation, while electives can reach high-energy astrophysics, relativity, thermal physics, quantum mechanics, and nuclear or particle physics for varied technical careers.

Lehigh’s Astronomy and Astrophysics program offers a science bachelor’s built for graduate preparation through physics, mathematics, laboratory work, and theoretical astrophysics.

Lehigh’s federal astrophysics bachelor’s row records 3 awards and a 75.3 score, corresponding to position 19 among 37 national peers.

Key program details

• +Undergraduate research opportunities
• +Stellar and galactic coursework
• +Laboratory and theoretical astrophysics
• +Bachelor of Science astrophysics

Official program source reviewed August 28, 2026: catalog.lehigh.edu.

Degree-level evidence

Senior capstones and independent or sponsored research connect cadets with government and industry partners. The Academy reports cadet-built satellites already operating in Earth orbit and continued Air Force Research Laboratory support for additional spacecraft, while ABET accredits the full astronautical engineering curriculum under the relevant aerospace criteria.

Air Force Academy astronautical engineering cadets design rockets, satellites, and space systems while conducting capstone projects, sponsored research, and satellite operations.

The federal astronautical engineering bachelor’s record contains 49 awards and a 75 score within its single-entry national field-and-level peer group.

Key program details

• +Space mission design
• +Sponsored research projects
• +Ground-station operations
• +Rocket and satellite design
• +ABET-accredited astronautical program

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: usafa.edu.

Degree-level evidence

The degree offers professional and secondary-education emphases, both built on mathematics, physics, and astrophysics cores. Published career directions include professional astronomy, computational astrophysics, physical-science teaching, military programs, data analysis, and laboratory science, with additional coursework used to shape preparation for a chosen route.

Minnesota's bachelor's astrophysics source combines thermodynamics and computational astrophysics with capstone and thesis work, alongside 26 federal awards.

Federal data records 26 awards, well above the peer median of 5, while a 74.7 score places the entry 20 of 37 and close to the 75.3 median.

Key program details

• +26 astrophysics awards
• +Thesis work
• +Capstone or senior design
• +Thermodynamics focus
• +Computational astrophysics

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: cse.umn.edu.

Degree-level evidence

The learning outcomes connect the required sequence to practice: students write scientific programs, simulate physical systems, analyze astrophysical data, and locate and observe celestial objects. Faculty-mentored research then asks them to contribute new knowledge while communicating to technical audiences in both speech and writing professionally and following scientific ethics.

BYU’s Physics and Astronomy BS combines a 68-credit minimum with physical theory, observation, computation, data analysis, faculty research, and a senior thesis.

Its federal astronomy bachelor’s record carries 17 awards and a 74.6 score, mapping to position 32 among 57 national entries.

Key program details

• +Faculty-mentored astronomy research
• +Astrophysical data analysis
• +Senior research thesis
• +68-credit minimum

Official program source reviewed August 28, 2026: catalog.byu.edu.

Degree-level evidence

The required sequence joins electrical engineering, electrodynamics, applied optics, laser physics, astronautics, space physics, observational astronomy, and astrophysics. Related choices include modern or classical physics, remote sensing, military geospatial operations, and engineering mathematics, while Science and Policy supplies the major’s integrative experience.

West Point's Space Science Major joins astronomy and remote sensing with observatory work inside a two-program peer group with a 12% admission rate.

Federal data records 15 awards and ranks the program 2 of 2 at 74.5. The institution's 12% admission rate and 87% graduation rate define the measurable tradeoff for candidates evaluating this service-academy setting.

Key program details

• +15 space systems awards
• +Observatory work
• +Remote sensing focus
• +Observational astronomy

Official program source reviewed August 29, 2026: courses.westpoint.edu.

Degree-level evidence

The online curriculum couples substantial mathematics and physics with astronomy and planetary-science topics, engineering methods, and computational tools used in research. Students analyze space-telescope images, examine exoplanets and cosmology, and study early stars, giving the remote format concrete data-centered work rather than lecture topics alone.

ASU Digital's planetary sciences degree combines cosmology, galaxies, and exoplanets with internships and telescope work, backed by 26 awards.

The source identifies internships and telescope-based work. Federal data records 26 awards and ranks the entry 3 of 5 at the 73.1 peer median, while in-state tuition is $11,478.

Key program details

• +26 planetary science awards
• +Internships and telescope work
• +Published exoplanets
• +Planetary science
• +Cosmology and galaxies

Official program source reviewed August 28, 2026: degrees.asu.edu.

Degree-level evidence

The capstone puts teams on real aerospace problems and requires project planning, computer-based analysis, manufacturing considerations, safety, reliability, engineering ethics, and written and oral communication. Students can also shape electives toward design and manufacturing, advanced materials, propulsion and thermo-fluids, robotics and control, or electrical systems, extending the required core into technical specialization.

South Carolina’s aerospace bachelor’s curriculum combines aerodynamics, structures, propulsion, flight dynamics, orbital mechanics, laboratories, and team-based capstone design.

The federal aerospace bachelor’s record reports 30 awards and a 72.5 score, corresponding to position 39 among 73 national peers.

Key program details

• +Undergraduate research and internships
• +Technical specialization electives
• +Aerospace laboratories
• +Flight and orbital mechanics
• +Team-based capstone design

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: sc.edu.

Degree-level evidence

Students learn to design, test, and operate complex aerospace systems while integrating several technologies from a systems perspective. Faculty and student research includes uncrewed aircraft, remote sensing, space instruments, and satellites, so the published program combines core engineering principles with projects tied to current aeronautics and astronautics work.

Colorado Boulder’s aerospace bachelor’s emphasizes systems integration, aerodynamics, guidance and control, remote sensing, structural design, space instruments, and satellite work.

Its federal aerospace bachelor’s row contains 206 awards and a 72.3 score, corresponding to position 40 within 73 national field-and-level records.

Key program details

• +Independent research project
• +Five-year combined degree
• +Remote sensing and satellites
• +Systems engineering perspective
• +128-credit curriculum

Official program source reviewed August 28, 2026: colorado.edu.

Degree-level evidence

The major’s broader science base adds chemistry, programming, calculus, linear algebra, and differential equations to the astronomy sequence. Stellar structure, cosmology, classical mechanics, and upper-level physics electives follow, while additional electromagnetism and quantum mechanics courses are recommended for students preparing for graduate astronomy and more advanced physics coursework and research.

Baylor’s Astronomy BS combines physics, astronomy, mathematics, research, observation, stellar structure, and cosmology in a course-heavy science plan.

Baylor’s federal astrophysics bachelor’s row records 8 awards and a 72 score, which corresponds to position 21 among 37 national peers.

Key program details

• +Research results dissemination
• +Stellar structure and cosmology
• +Observational astronomy
• +Mathematical and computational physics
• +Physics and astronomy coursework

Official program source reviewed August 28, 2026: catalog.baylor.edu.

Degree-level evidence

Program outcomes make the research expectations concrete: students compare published sources with measured results, build mathematical models for collected data, and explain conclusions through integrated text, data, analysis, and graphics. They also practice planning multistep investigations and presenting research in both oral and written formats for technical audiences.

Franklin and Marshall’s astrophysics major combines satellite data, ground-based observations, astronomy coursework, and professor-guided independent or collaborative research.

The federal astrophysics bachelor’s row lists 7 awards and a 71.6 score, corresponding to position 22 among 37 national peers.

Key program details

• +Galaxies through black holes
• +Professor-guided research
• +Independent and collaborative research
• +Satellite and ground-based observations

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: fandm.edu.

Degree-level evidence

Astronomy requirements include three introductory courses, two choices among Astronomy 310, 320, and 330, and additional advanced work. Physics contributes 24 credits, mathematics contributes 13, and the senior assessment combines a two-part written comprehensive examination with a one-hour joint oral examination.

Whitman’s Physics-Astronomy major requires 22 astronomy, 24 physics, and 13 mathematics credits before written and oral senior examinations.

Whitman calls the degree Physics-Astronomy, while IPEDS places this bachelor’s record in Astrophysics. The federal row reports 6 awards and a 71.1 score, corresponding to position 23 among 37 national peers.

Key program details

• +6 astrophysics awards
• +Written and oral senior exams
• +13 mathematics credits
• +24 physics credits
• +22 astronomy credits

Official program source reviewed August 30, 2026: catalog.whitman.edu.

Degree-level evidence

Project options include satellite development, uncrewed aircraft testing, and work in subsonic or supersonic tunnels. Those settings let students apply aerodynamics, astronautics, propulsion, and systems engineering to hardware with measurable behavior. Internships add an industry setting beyond the campus laboratories during the accredited undergraduate design sequence at Pomona.

Cal Poly Pomona’s ABET-accredited aerospace bachelor’s program combines aeronautics and astronautics with laboratories, satellite projects, wind tunnels, rockets, and uncrewed aircraft.

The record’s 118 bachelor’s awards and 70.2 score fit undergraduates who want aircraft and spacecraft work tied to physical demonstration.

Key program details

• +Uncrewed aircraft testing
• +Subsonic and supersonic tunnels
• +Satellite projects
• +Aeronautics and astronautics
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: cpp.edu.

Degree-level evidence

The sequence is intentionally integrated: aerodynamics and structures feed into flight dynamics, control, and propulsion before students tackle the paired design courses. Those culminating projects require technical decisions across a complete vehicle and carry the prescribed curriculum from engineering fundamentals into aerospace system design and evaluation.

Alabama’s Aerospace Engineering BS builds 126 credits around mathematics, physics, programming, aerodynamics, structures, propulsion, flight mechanics, and integrated design.

A 70.2 score accompanies 92 bachelor’s awards, supporting students who want a prescribed technical progression ending in aerospace design work.

Key program details

• +Propulsion systems coursework
• +Flight dynamics and control
• +Two integrated design courses
• +126-credit curriculum

Official program source reviewed August 28, 2026: catalog.ua.edu.

Degree-level evidence

The practical toolkit includes astronomical computing in Linux, document preparation, and programming, plus work with specialized software, a planetarium, an observatory, and rooftop telescopes. Students can carry summer research or a thesis through to a conference presentation or professional publication, making communication part of the research arc.

Whitman's astronomy source combines gravitational waves and exoplanets with internships, thesis work, observatory work, and telescope-based study.

The source adds internships, a thesis, observatory work, and telescope-based work. Federal data reports 1 award and a 69.9 score, placing the entry 36 of 57 against a 76.5 peer median.

Key program details

• +Observatory and telescope work
• +Internships and thesis
• +Exoplanets and galaxies
• +Gravitational waves

Official program source reviewed August 28, 2026: whitman.edu.

Degree-level evidence

Guided research sits inside a quantitatively demanding plan that reaches quantum theory, computational methods, telescope techniques, and galactic and extragalactic astrophysics. You learn to collect and analyze astronomical evidence, so the major goes beyond a broad survey and prepares you to study celestial systems through observation, calculation, and independent inquiry.

Arizona’s Astronomy BS uses mathematics, physics, astrophysics, observation, instrumentation, and computation to prepare students for graduate study or technical work.

With 21 bachelor’s awards and a 68.6 score, this path fits students seeking a research-oriented foundation in astronomy and planetary science.

Key program details

• +Galactic astrophysics
• +Quantum theory
• +Computational methods
• +Observational techniques
• +Guided astronomy research

Official program source reviewed August 28, 2026: arizona.edu.

Degree-level evidence

Another published outcome covers experimentation: graduates should be able to develop and conduct tests, analyze and interpret data, and use engineering judgment to reach conclusions. The outcomes also cover communication, team leadership, ethical responsibility, and continued learning. The program’s early-career objectives add innovative problem-solving, collaborative work, professional development, and advanced study.

UAH’s Aerospace Engineering Program connects design and experimentation with professional judgment, teamwork, and communication, and its federal record reports 116 bachelor’s awards.

A 68.5 score and 45-of-73 peer position supply direct award and ranking evidence for students reviewing bachelor’s programs nationally in this field.

Key program details

• +116 bachelor’s awards
• +Ethical engineering judgment
• +Team leadership and communication
• +Experimentation and data analysis
• +Design within real-world constraints

Published degree abbreviation

BSAE

Learning emphasis

Design, experimentation, and analysis

Professional emphasis

Communication, teamwork, and ethical judgment

Official program source reviewed August 28, 2026: uah.edu.

Degree-level evidence

Hands-on training covers fluid mechanics, propulsion, structures, controls, and electronics, while design work reaches aircraft, spacecraft, missiles, rockets, and satellites. Students can build workplace experience through the university co-op program at aerospace employers and choose from more than 600 campus organizations, including aircraft and rocket design groups.

Cincinnati's ABET-accredited B.S. connects propulsion and fluid mechanics to co-op experience and flight testing, supported by 64 federal awards.

Federal data reports 64 awards and ranks the entry 46 of 73 at 68.4. The score trails the 75.5 peer median, while $11,685 in-state tuition is below the $12,180 peer median.

Key program details

• +64 aerospace awards
• +Flight testing
• +Co-op experience
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: ceas.uc.edu.

Degree-level evidence

Spacecraft work extends beyond propulsion and orbit analysis into attitude determination, communications, the space environment, and systems integration. The consecutive capstone sequence asks teams to turn that mix into a designed space system, while experimentation and internships offer separate ways to test classroom decisions against practical engineering work throughout the undergraduate program.

ASU’s Astronautics BSE culminates in a two-semester spacecraft design project after study in orbital mechanics, rocket propulsion, structures, and telecommunications.

Its 67.9 score and 109 bachelor’s awards fit students committed to spacecraft systems and a consecutive-semester capstone experience in Tempe.

Key program details

• +Space telecommunications
• +Spacecraft attitude control
• +Rocket propulsion
• +Two-semester capstone
• +ABET-accredited BSE

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: degrees.asu.edu.

Degree-level evidence

Laboratory work and a yearlong capstone move students from analysis into designing, building, and testing aerospace systems. Additional study in control systems, sensor integration, and mission reliability supports projects involving aircraft performance and space exploration, while faculty-led research offers another route into flight and space technology.

Embry-Riddle's bachelor's aerospace record joins autonomous systems and rocket systems with capstone work, internships, and 327 federal awards.

Its 327 awards exceed the peer median of 70, while the 67.6 score sits below the 75.5 median and ranks 50 of 73. Institution tuition is $42,408.

Key program details

• +327 aerospace awards
• +Published internships
• +Capstone or senior design
• +Rocket systems
• +Autonomous systems

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: erau.edu.

Degree-level evidence

The engineering core moves from computer-aided design and programming through statics, dynamics, strength of materials, electrical science, and laboratory work. Astronomy can enter through the basic-science requirement, where choices include the solar system, stars and galaxies, or observational astronomy before advanced aerospace design and capstone work.

Oklahoma State’s Aerospace Engineering BSAE builds a 123-hour curriculum around engineering science, applied aerodynamics, propulsion, astronomy choices, and culminating design work.

The federal aerospace bachelor’s entry reports 83 awards and a 67.2 score, corresponding to position 51 among 73 national field-and-level records.

Key program details

• +Capstone or senior design
• +Applied aerodynamics coursework
• +2.00 minimum overall GPA
• +123 total curriculum hours

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.okstate.edu.

Degree-level evidence

The industry-sponsored capstone carries orbital mechanics and vehicle design into a team project with an external problem context. On campus, high-speed tunnels support hypersonic testing and let students connect programming and fluid mechanics with measured material and flow behavior. Fast-flight design therefore has both a computational and experimental setting.

Arizona’s Aerospace Engineering BS combines spacecraft and aircraft design with aerodynamics, controls, gas dynamics, mechanics, thermodynamics, and an industry-sponsored capstone.

A 66.5 score and 56 bachelor’s awards fit students who want vehicle design paired with laboratory exposure to hypersonic flow.

Key program details

• +Hypersonic testing
• +Aircraft and spacecraft design
• +Orbital mechanics
• +Mach 4 and 5 tunnels
• +Industry-sponsored capstone

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: arizona.edu.

Degree-level evidence

The Grad Track pathway gives high-performing undergraduates provisional entry to graduate study and lets approved coursework count toward a later master’s or doctorate while they finish the bachelor’s degree. Related advanced sequences cover composite structures, manufacturing systems, computer-aided design, and product realization.

Missouri S&T's bachelor's aerospace source identifies materials and structures, paired with 74 awards above the peer median and a 66 score below it.

The federal entry reports 74 awards, above the peer median of 70, while a 66 score places it 54 of 73 and below the 75.5 median. In-state tuition is $13,656.

Key program details

• +$13,656 in-state tuition
• +Rank 54 of 73
• +74 bachelor's awards
• +Materials and structures

Official program source reviewed August 28, 2026: mae.mst.edu.

Degree-level evidence

Undergraduate research has included monitoring the Deep Impact mission at Kitt Peak, work connected to the Relativistic Heavy Ion Collider, and development and testing of night-vision optics. Students can also use telescope observations or data from space-based observatories as the basis for faculty-guided projects.

Florida Tech's Astronomy and Astrophysics B.S. offers broad observational subjects and field experience, while 26 awards contrast with a 66 federal score.

Florida Tech also identifies internships, observatory work, and telescope-based work. Federal data reports 26 awards and ranks the entry 7 of 8 at 66, with $44,620 tuition below the $45,595 peer median.

Key program details

• +26 federal awards
• +Observatory and telescope work
• +Published internships
• +Exoplanets and black holes
• +Orbital mechanics and cosmology

Official program source reviewed August 28, 2026: fit.edu.

Degree-level evidence

The Astronomy BS is intended for graduate study or immediate work requiring applied mathematics, physics, and quantitative problem solving. Student research has addressed how supermassive black holes form and grow, while faculty and alumni connections support internships and jobs related to the major.

Stonehill's Physics and Astronomy program ties planetary science, exoplanets, and black holes to research, internships, and telescope-based work.

Federal data reports 1 award and a 65.6 score, corresponding to rank 39 among 57. The score trails the 76.5 peer median, while the institution reports a 76% graduation rate.

Key program details

• +Internships and telescope work
• +Undergraduate research
• +Exoplanets and black holes
• +Planetary science

Official program source reviewed August 28, 2026: stonehill.edu.

Degree-level evidence

Clarkson places that work inside undergraduate research, internships, co-ops, SPEED teams, study abroad, and industry-sponsored design projects. Students can also shape the degree with minors or concentrations in fields such as robotics, manufacturing, materials, or biomedical engineering, while hands-on teams apply classroom engineering to competition and real-world problems in team settings.

Clarkson’s mechanical and aerospace department connects undergraduate study with aerodynamics, research, internships, co-ops, wind-tunnel work, and industry-sponsored design projects.

Twenty-eight aerospace bachelor’s awards and a 65 score fit candidates who value applied projects, workplace-linked learning, and research in Potsdam.

Key program details

• +Industry-sponsored design
• +Wind-tunnel work
• +Co-op experience
• +Engineering internships
• +Undergraduate research

Official program source reviewed August 28, 2026: clarkson.edu.

Degree-level evidence

Mathematics, physical science, and engineering fundamentals support analysis, design, testing, and performance prediction for aircraft, missiles, and spacecraft. The school also connects aerospace methods to vehicles and structures outside flight, showing how the degree’s fluid and structural work can transfer to other engineering problems.

Mississippi State's bachelor's aerospace source joins spacecraft design and guidance with co-op, wind-tunnel, and flight-testing experience, while tuition sits below peers.

Federal data reports 64 awards and a 64.5 score, placing the entry 57 of 73. Both trail peer medians of 70 and 75.5, while $10,052 in-state tuition is below $12,180.

Key program details

• +$10,052 in-state tuition
• +Wind-tunnel and flight testing
• +Co-op experience
• +Guidance and control
• +Spacecraft design

Official program source reviewed August 28, 2026: ae.msstate.edu.

Degree-level evidence

Telescope imaging and optical-system testing give the program two complementary forms of hands-on work: collecting astronomical data and checking the instruments that produce it. Undergraduate research can then connect those techniques with stellar evolution, galactic structure, plasma physics, or spacecraft-related questions while using the observatory facilities available on the Prescott campus.

Embry-Riddle Prescott’s Astronomy BS blends observation, physics, data analysis, telescope imaging, stellar evolution, planetary motion, and galactic structure.

Six bachelor’s awards and a 64.4 score fit students seeking applied astronomy work tied to aerospace, technology, and advanced study.

Key program details

• +Galactic structure
• +Stellar evolution
• +Optical-system testing
• +Undergraduate research
• +Telescope imaging

Official program source reviewed August 28, 2026: erau.edu.

Degree-level evidence

The curriculum parallels the physics bachelor’s plans, adding mechanics, electricity and magnetism, thermal physics, quantum physics, astronomy, astrophysics, and student research. The university observatory connects that preparation to telescope work, while the major’s emphasis on mathematics, modeling, analytical reasoning, and writing supports quantitative problem solving.

Cincinnati's Physics Astrophysics program offers astronomy, galaxy study, observatory work, and telescope-based work, with in-state tuition below its peer median.

Federal data records 2 awards and ranks the entry 28 of 37 at 64.3, below the 75.3 peer median. The institution's $11,685 in-state tuition is below the $50,636 peer median.

Key program details

• +$11,685 in-state tuition
• +Telescope-based work
• +Observatory work
• +Astronomy and galaxies

Official program source reviewed August 28, 2026: artsci.uc.edu.

Degree-level evidence

Students choose aeronautical or astronautical specialization while using wind tunnels, propulsion laboratories, and flight-testing resources. That choice changes the vehicle context, but both routes keep aerodynamics, propulsion, and design close to physical testing, giving undergraduates a way to see how a modeled system behaves in practice during project work at Prescott.

Embry-Riddle Prescott’s aerospace bachelor’s offering combines aeronautical or astronautical specialization with propulsion, structures, controls, laboratories, and design projects.

The 64.2 score and 149 recorded awards fit undergraduates seeking aircraft or spacecraft design supported by laboratory and project work.

Key program details

• +Flight-testing research
• +Propulsion laboratories
• +Wind-tunnel facilities
• +Astronautical specialization
• +Aeronautical specialization

Official program source reviewed August 28, 2026: erau.edu.

Degree-level evidence

Undergraduate research can move into wind-tunnel testing, uncrewed aircraft, or space communications, adding project work to the accredited classroom sequence. That is a distinctive combination for students who want computational fluid dynamics and orbital mechanics to connect with hardware, experiments, and communication systems before graduation at Tuskegee.

Tuskegee’s ABET-accredited Aerospace Science Engineering BS spans aerodynamics, propulsion, orbital mechanics, structures, uncrewed aircraft, and space communications.

The program’s 63.9 score and eight federal awards fit students seeking an accredited aerospace curriculum with research participation at the bachelor’s level.

Key program details

• +Space communications
• +Uncrewed aircraft systems
• +Wind-tunnel work
• +Undergraduate research
• +ABET-accredited BS

Accreditation

ABET-accredited curriculum

Official program source reviewed August 28, 2026: tuskegee.edu.

Degree-level evidence

Laboratory and research experiences build analytical problem solving around questions ranging from solar-cell materials to the nature of mass, space, and the universe’s evolution. The department uses that work to prepare students for graduate study or professional paths in astronomy, astrophysics, and related physical sciences. Undergraduate projects add a culminating research experience.

Kansas’s astronomy BS emphasizes physics and astronomy, laboratory and research experiences, analytical skills, and preparation for professional or graduate work.

Seven bachelor’s awards with a 63.9 score fit students seeking a specialized science route grounded in physical-universe study and research.

Key program details

• +Culminating project
• +Plasma physics
• +Cosmology and galaxies
• +Astronomy research experience
• +Substantial physics emphasis

Culminating work

Capstone or senior design

Official program source reviewed August 29, 2026: catalog.ku.edu.

Degree-level evidence

The sequence begins with basic science, mathematics, and communication before moving into aerodynamics, flight dynamics and control, propulsion, structures, manufacturing, instrumentation, and spacecraft systems. Students therefore reach the culminating vehicle-design work after studying both the main aerospace subdomains and the tools used to build and test systems.

Kansas advances aerospace students from science and mathematics foundations into aerodynamics, propulsion, structures, flight dynamics, instrumentation, spacecraft systems, and vehicle design.

Sixty-nine bachelor’s awards and a 63.6 score fit students seeking an integrated sequence across major aerospace engineering disciplines and design.

Key program details

• +Senior design work
• +Spacecraft systems
• +Propulsion and structures
• +Flight dynamics control
• +Aerospace vehicle design

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.ku.edu.

Degree-level evidence

The elective block can turn the common core toward astrobiology, planetary science, galaxies and cosmology, exoplanets, the interstellar medium, instrumentation, senior research, or an internship. Observational methods also satisfy the university’s writing-intensive requirement, connecting data collection with the communication skills used in scientific research, teaching, industry, education, and graduate study.

George Mason’s 120-credit Astronomy BS combines 58 physics and astronomy credits with mathematics, observation, simulation, research, internships, and science communication.

The federal astronomy bachelor’s row reports 1 award and a 63.6 score, corresponding to position 43 among 57 national entries.

Key program details

• +Research or internship option
• +Observational astronomy methods
• +Computer simulation in astronomy
• +120 total credits

Official program source reviewed August 28, 2026: catalog.gmu.edu.

Degree-level evidence

A department colloquium series brings Ball State and visiting faculty into regular discussions of current research. Students can also join the physics student society, take part in projects, and pursue jobs or internships connected to the field, extending astronomy study beyond scheduled classroom work.

Ball State connects physics and astronomy study with faculty research, internships, departmental activities, and access to its campus planetarium.

Four astronomy bachelor’s awards and a 62.9 score fit students who value departmental participation alongside an Indiana public-university setting and research.

Key program details

• +Black holes
• +Astronomy and galaxies
• +Campus planetarium access
• +Student internship opportunities
• +Faculty astronomy research

Official program source reviewed August 28, 2026: bsu.edu.

Degree-level evidence

Flagstaff’s research setting lets students work with research-grade telescope observations and the software used to process CCD images. Internships and faculty projects extend that practice into computational astrophysics, galaxies, exoplanets, and planetary systems, so observation is paired with analysis rather than treated as a stand-alone laboratory exercise for undergraduates.

NAU’s astronomy bachelor’s setting connects telescope data, CCD imaging, planetary science, exoplanets, computational astrophysics, and research or internship opportunities.

Four recorded bachelor’s awards and a 62.4 score fit students interested in observation and computational work within Flagstaff’s astronomy community.

Key program details

• +Astronomy internships
• +Planetary science research
• +Computational astrophysics
• +CCD imaging analysis
• +Research-grade telescope data

Official program source reviewed August 28, 2026: nau.edu.

Degree-level evidence

Faculty-guided research can begin in the first year through projects supported by NASA, the National Science Foundation, and the Department of Energy. The Breyo Observatory lets students capture galaxy images and analyze spectra with a university-run telescope, while the curriculum adds Python data analysis and visualization to observational work.

Siena pairs observatory and telescope work with an astrophysics record whose clearest numerical edge is tuition affordability within its cohort.

Federal data records 1 award and ranks the entry 29 of 37 with a 62.3 score. The institution's $44,505 tuition is below the $50,636 peer median, giving price-focused candidates a concrete counterweight to the score.

Key program details

• +$44,505 tuition
• +1 astrophysics award
• +Galaxy evolution focus
• +Observatory and telescope work

Official program source reviewed August 28, 2026: siena.edu.

Degree-level evidence

The major begins with core work aligned to physics, then adds laboratory experience and faculty-guided research. Published project areas include astrophysics, observational astronomy, complex fluids, materials science, and ultrafast physics, and undergraduate participation can develop into work submitted for publication in scientific journals. The program also emphasizes scientific investigation.

DePaul’s astrophysics bachelor’s curriculum combines core physics with instrumentation, observational data analysis, computational work, laboratory experience, and faculty research projects.

One recorded bachelor’s award, a 62.2 score, and a 30-of-37 peer position fit applicants prioritizing flexible technical work and research participation.

Key program details

• +Star formation coursework
• +Laboratory experience
• +Faculty research projects
• +Theoretical computational work
• +Observational data analysis

Official program source reviewed August 28, 2026: depaul.edu.

Degree-level evidence

The program is an on-campus, ABET-accredited engineering degree whose curriculum ends with a vehicle design project. Across the sequence, students connect propulsion and combustion, structural mechanics, material behavior, and optimization, so the laboratory component feeds into the final task of integrating an aerospace vehicle under realistic engineering constraints.

UTA’s 130-credit aerospace BS combines laboratory work across flight, fluids, propulsion, structures, and optimization with a culminating vehicle design project.

Its federal bachelor’s row contains 50 awards and a 62.1 score, corresponding to national position 62 within a 73-entry field group.

Key program details

• +Laboratory aerospace experiences
• +Structural dynamics
• +Vehicle design project
• +130 credit hours

Official program source reviewed August 28, 2026: uta.edu.

Degree-level evidence

Students can focus on aeronautical engineering, astronautical engineering, or uncrewed aerial systems. The first two concentrations each pair specialized flight or propulsion work with a dedicated senior design sequence, while competition courses, flight simulation, guided-missile systems, cooperative education, and paid research create additional applied routes.

WVU's ABET-accredited BSAE combines flight dynamics and uncrewed aircraft with capstone work, research, internships, and 98 federal awards.

WVU also identifies undergraduate research and internships. Federal data records 98 awards, above the peer median of 70, while a 62 score places the entry 63 of 73.

Key program details

• +98 aerospace awards
• +Capstone and undergraduate research
• +Uncrewed aircraft
• +Flight dynamics
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: wvu.edu.

Degree-level evidence

The published degree plan totals 120 credits, combining the university’s general education foundation with the astronomy major and a defined elective portion. That structure places the observational and spectroscopy work inside a broad arts degree while preserving room for coursework selected beyond the core and major.

Manoa's Astronomy BA joins cosmology, spectroscopy, and observational astronomy with internships and observatory work, then reports 2 federal awards.

The federal entry contains 2 awards and a 62 score, corresponding to rank 46 among 57. Both trail peer medians of 6 and 76.5, while in-state tuition is $11,304.

Key program details

• +2 astronomy awards
• +Internships and observatory work
• +Spectroscopy focus
• +Observational astronomy
• +Cosmology and galaxies

Official program source reviewed August 28, 2026: catalog.manoa.hawaii.edu.

Degree-level evidence

Beyond the required sequence, the department frames astronomy through galaxies, observational astronomy, solar physics, and telescope-based work. Its flexible physics-and-astronomy setting also supports faculty-guided research, giving students a way to connect the major’s mathematical foundation with questions investigated through observatory practice.

Ohio Wesleyan’s astronomy route combines physics and mathematics with observational study, galaxy science, and access to telescope-based research.

Its federal astronomy bachelor’s row reports 1 award and a 61.9 score, corresponding to position 47 within 57 national field-and-level records.

Key program details

• +Telescope-based department research
• +Upper-level astronomy elective
• +ASTR 110 and ASTR 111
• +Bachelor of Arts astronomy path

Official program source reviewed August 28, 2026: owu.edu.

Degree-level evidence

Several semester-long cooperative education assignments with aerospace corporations or government entities are required. Because those placements follow aerospace industry rules, full program admission is limited to United States citizens and permanent resident aliens. Students need to factor both the recurring work placements and the eligibility rule into their degree planning.

Akron combines an ABET-accredited aerospace systems curriculum with co-op, capstone, and an accelerated master's path, while reporting 23 awards.

Akron also identifies co-op experience, capstone or senior design, and an accelerated bachelor's-to-master's option. Federal data ranks the entry 64 of 73 at 61.8, with $10,735 in-state tuition below the $12,180 peer median.

Key program details

• +23 aerospace awards
• +Accelerated bachelor's-to-master's option
• +Capstone or senior design
• +Co-op experience
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Additional path

Accelerated bachelor’s-to-master’s option

Official program source reviewed August 28, 2026: bulletin.uakron.edu.

Degree-level evidence

Students complete at least 45 semester hours in physics and astronomy. The degree combines Newtonian mechanics, electromagnetism, thermodynamics, special relativity, stars, interstellar matter, and galaxies with laboratory and computer-programming work, giving the theoretical and observational curriculum a practical quantitative component.

Ohio University's astrophysics major spans stellar physics, galaxies, remote sensing, internships, and observatory work, while its 61.6 score trails the peer median.

Ohio University's source also identifies internships and observatory work. Federal data records 5 awards, matching the peer median, and ranks the entry 32 of 37 at 61.6, with $14,158 in-state tuition below $50,636.

Key program details

• +$14,158 in-state tuition
• +Internships and observatory work
• +Remote sensing
• +Interstellar medium
• +Stellar physics and galaxies

Official program source reviewed August 29, 2026: ohio.edu.

Degree-level evidence

A rigorous mathematics and physics foundation builds problem solving, data analysis, scientific communication, physical reasoning, and computational skill. Beyond the rooftop observatory, students can use Wayne State’s remote New Mexico observatory, and the accelerated graduate option permits qualified majors to begin master’s coursework during the bachelor’s degree.

Wayne State's astronomy B.S. links astrophysics and dark matter with observatory work, while its $14,274 in-state tuition sits below the peer median.

Federal data records 3 awards and a 61.5 score, corresponding to rank 49 among 57. The score trails the 76.5 peer median, while $14,274 in-state tuition is below $19,472.

Key program details

• +$14,274 in-state tuition
• +Observatory work
• +Dark matter
• +Astrophysics focus

Official program source reviewed August 28, 2026: clas.wayne.edu.

Degree-level evidence

The sequence introduces research programs in the sophomore year, adds undergraduate research in both junior and senior study, and finishes with a senior capstone seminar. Six technical-elective credits can come from upper-level astronomy, physics, mathematics, statistics, computing, electrical engineering, or mechanical engineering, giving the physics-heavy plan room for a selected specialty.

Montana State’s physics option combines astronomy and astrophysics with computation, observational techniques, thermodynamics, undergraduate research, and a senior capstone.

Two bachelor’s awards and a 61.5 score fit undergraduates seeking physics depth plus direct research and observing experience in Bozeman.

Key program details

• +Theoretical astrophysics
• +Computational physics methods
• +Senior capstone seminar
• +Undergraduate research
• +Observational astronomy techniques

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.montana.edu.

Degree-level evidence

The two majors serve different goals: the astronomy BA retains broad academic range, while the astrophysics BS places more weight on advanced study and professional preparation. Students can extend the senior project through the Summer Scholarship and Research Program, research forums, off-campus grants, internships, and observatory work.

Ohio Wesleyan’s Astrophysics and Astronomy majors pair a physics-and-mathematics foundation with senior research on stars, galaxies, black holes, and planetary systems.

The federal astrophysics bachelor’s record carries 1 award and a 60.1 score, placing it at position 33 among 37 national peers.

Key program details

• +Undergraduate research opportunities
• +Black holes and galaxy evolution
• +Bachelor of Science astrophysics path
• +Year-long senior research project

Official program source reviewed August 28, 2026: owu.edu.

Degree-level evidence

The published plan totals 124 credits, with the full requirement assigned to university core and major study. That concentrated structure keeps the bachelor of science centered on its prescribed quantitative and astrophysics sequence, complementing the internships and observatory experience named elsewhere in the program material.

Manoa's Astrophysics BS combines cosmology, stellar physics, spectroscopy, internships, and observatory work, while in-state tuition sits below the peer median.

Federal data reports 4 awards and a 59.8 score, placing the entry 34 of 37. Its $11,304 in-state tuition is below the $50,636 peer median, while awards sit just below 5.

Key program details

• +$11,304 in-state tuition
• +Internships and observatory work
• +Spectroscopy focus
• +Observational astronomy
• +Stellar physics and galaxies

Official program source reviewed August 28, 2026: catalog.manoa.hawaii.edu.

Degree-level evidence

Students operate a campus observatory telescope and can remotely use instruments in Arizona, Chile, and the Canary Islands through the SARA Consortium. Faculty access to the Hubble and Gemini telescopes, along with student and faculty research projects, expands the observing environment beyond campus. These resources support student-led observing and faculty projects.

Valparaiso astronomy students operate a campus telescope, access remote observatories, join faculty research, and choose pathways aligned with graduate study or employment.

Two recorded awards and a 59.8 score fit students prioritizing direct observing experience and multiple academic routes through space science.

Key program details

• +Three concentration choices
• +Astrophysics concentration
• +Faculty research initiatives
• +Remote observatory access
• +Campus telescope operation

Official program source reviewed August 28, 2026: valpo.edu.

Degree-level evidence

The facilities pair a projection dome, star projector, and full-dome digital projector with atomic-force microscopy, spectroscopy, photolithography, laser systems, and astronomy-analysis tools. Students train on planetarium equipment and present shows, adding public communication to the concentration’s technical work. They also use Ohio Supercomputer Facility resources and global imaging telescope data.

Youngstown State’s Physics and Astronomy program offers a physics bachelor’s with an astronomy concentration, hands-on equipment training, and astronomy data analysis.

Its federal astronomy bachelor’s record includes 2 awards and a 59 score, which maps to position 53 across 57 national peers.

Key program details

• +Planetarium equipment training
• +Ohio Supercomputer Facility access
• +Global telescope imaging data
• +Physics BS astronomy concentration

Official program source reviewed August 30, 2026: catalog.ysu.edu.

Degree-level evidence

The aerospace concentration sits inside a 121-credit engineering physics degree, with at least 48 credits at the upper-division level. Named requirements include two aerodynamics courses, orbital mechanics, aerospace structures, flight dynamics and controls, propulsion, aerospace systems engineering, an aerofluids laboratory, thermodynamics, numerical methods, mechanics of materials, and engineering physics senior design.

New Mexico State joins engineering physics with an aerospace concentration covering aerodynamics, propulsion, orbital mechanics, structures, flight dynamics, thermodynamics, and systems engineering.

Sixty-two bachelor’s awards and a 58.9 score fit students seeking physics-centered preparation for technical employment or later engineering study and design.

Key program details

• +Senior design experience
• +Aerofluids laboratory
• +Aerospace systems engineering
• +Orbital mechanics
• +Engineering physics foundation

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalogs.nmsu.edu.

Degree-level evidence

The 123-credit plan moves through aircraft structures, computer-aided design, engineering computing, statics, dynamics, controls, thermal-fluid laboratories, signals and circuits, aircraft performance, finite-element methods, and spacecraft design before two capstone courses. Specialization choices include internships, additive manufacturing, space applications, systems engineering, and undergraduate research.

Kent State's bachelor's aerospace option documents ABET accreditation, spacecraft design, orbital mechanics, capstone work, research, internships, and co-op experience.

Kent State also identifies capstone or senior design, undergraduate research, internships, and co-op experience. Federal data records 18 awards and ranks the entry 68 of 73 with a 58.9 score.

Key program details

• +Internships and co-op experience
• +Capstone and undergraduate research
• +Guidance and control
• +Spacecraft design and orbital mechanics
• +ABET-accredited curriculum

Accreditation

ABET-accredited curriculum

Culminating work

Capstone or senior design

Official program source reviewed August 28, 2026: catalog.kent.edu.

Degree-level evidence

Each student completes a final project with a faculty adviser to demonstrate knowledge across the major. Central Michigan also reports undergraduate participation in research assistantships and presentations at national venues, adding a public research outcome to the program’s individualized advising and observational work.

Central Michigan's astronomy major connects black holes and spectroscopy to observatory and telescope work, while 6 awards match the peer median.

Federal data records 6 awards, equal to the peer median, and a 58.9 score that places the entry 54 of 57. Its $15,030 in-state tuition is below the $19,472 peer median.

Key program details

• +6 astronomy awards
• +Observatory and telescope work
• +Spectroscopy focus
• +Observational astronomy
• +Black holes

Official program source reviewed August 28, 2026: cmich.edu.

Degree-level evidence

The department distinguishes a twelve-course astronomy BA from a sixteen-course astrophysics BS, with mathematics required before the major and four semesters of noncredit colloquium. Students may replace the culminating research course with approved independent, honors, or qualifying summer research plus an additional advanced course before completing the major.

Lycoming’s astrophysics bachelor’s requires 16 courses, four semesters of colloquium participation, and a capstone that can incorporate approved research experience.

The federal astrophysics bachelor’s entry reports 4 awards and a 58.2 score, with position 36 across 37 national field-and-level records.

Key program details

• +Approved research alternative
• +ASTR 448 capstone
• +Four non-credit colloquium semesters
• +16-course astrophysics major

Official program source reviewed August 30, 2026: lycoming.edu.

Degree-level evidence

Florida Tech’s membership in the Southeastern Association for Research in Astronomy gives students access to automated telescopes in Arizona, Chile, and the Canary Islands. Faculty also encourage undergraduate projects using campus telescopes or data from space observatories, including the Hubble and James Webb space telescopes.

Florida Tech's astronomy degree connects planetary science and orbital mechanics to internships and observatory work, but the associated record ranks 5 of 5.

The source adds internships, observatory work, and telescope-based work. Federal planetary science data reports 1 award and a 57.8 score, placing the entry 5 of 5 against a 73.1 peer median.

Key program details

• +Rank 5 of 5
• +Observatory and telescope work
• +Exoplanets and black holes
• +Planetary science
• +Orbital mechanics

Official program source reviewed August 28, 2026: fit.edu.

Degree-level evidence

Students use a maintained light aircraft to plan and conduct flight tests, collect data, and analyze the results. Published major courses include aerodynamics, control systems analysis, experiment design and analysis, and aircraft design.

SNHU’s campus BS in Aeronautical Engineering covers aircraft design, analysis, development, and manufacturing through projects and labs.

IPEDS classifies this degree under CIP 14.0201, the broad federal category for general aerospace, aeronautical, and astronautical or space engineering. The federal record reports eight recent bachelor’s awards.

Key program details

• +Hands-on projects and labs
• +Flight-test data analysis
• +Aircraft design sequence
• +On-campus delivery
• +Aeronautical Engineering BS

Degree-level evidence

Hands-on work at Daglen Observatory covers astronomical observation, data collection, and analysis. The program’s published outcomes connect those skills to graduate study and to immediate roles in planetariums, museums, scientific data analysis, industry, and laboratory settings, while retaining a foundation in theoretical astrophysics. Observational and theoretical training support both directions.

Benedictine’s astronomy degree combines observational and theoretical astronomy, astrophysics, data collection, analysis, and hands-on work at Daglen Observatory.

One bachelor’s award and a 57.4 score fit undergraduates who value direct observatory experience within a liberal arts curriculum and science study.

Key program details

• +Scientific method practice
• +Theoretical astrophysics
• +Observational astronomy
• +Astronomical data collection
• +Daglen Observatory experience

Official program source reviewed August 28, 2026: benedictine.edu.

Degree-level evidence

Facilities include wind and water tunnels, structural testing, flight simulation, controls, propulsion, astronautics, and prototyping laboratories. Students can also choose cooperative education that alternates formal coursework with relevant off-campus employment at aerospace companies, federal aviation organizations, and NASA centers. The published program also carries ABET accreditation and a defined credit sequence.

Wichita State’s aerospace bachelor’s spans aircraft and spacecraft, with 129 credits, five wind tunnels, design coursework, laboratories, and optional cooperative education.

Its federal bachelor’s entry reports 58 awards and a 57.2 score, corresponding to position 71 among 73 national field-and-level records.

Key program details

• +Voluntary cooperative education
• +Aircraft and spacecraft study
• +Five campus wind tunnels
• +129 semester credit hours

Official program source reviewed August 28, 2026: wichita.edu.

Degree-level evidence

Undergraduates work in a department with its own research-grade telescope near campus and access to supercomputing, space telescope data, and modern spectroscopic instrumentation. Small cohorts and active faculty research make that infrastructure available for hands-on projects, while the course plan combines physics, electronics, advanced laboratory work, and astronomy.

Wyoming's Astronomy and Astrophysics B.S. combines thermodynamics, black holes, and mission planning with observatory work and $5,190 in-state tuition.

Federal data records 2 awards and a 55.4 score, placing the entry 8 of 8 against a 72.4 peer median. In-state tuition of $5,190 is below the $45,595 median.

Key program details

• +$5,190 in-state tuition
• +Observatory and telescope work
• +Mission planning
• +Black holes
• +Thermodynamics focus

Official program source reviewed August 28, 2026: uwyo.edu.

Degree-level evidence

Students can pursue research in satellite technology, lunar exploration, robotics, guidance systems, microgravity manufacturing, propulsion, and simulated Martian soil. The Aerospace Center and its local facilities create the research setting, while nearby spaceflight activity and formal industry relationships reinforce the program’s applied, region-specific identity for undergraduate research on campus.

UTEP aerospace students can research satellites, lunar exploration, robotics, guidance, microgravity manufacturing, rocket propulsion, and Martian soil across five county facilities.

Its federal aerospace bachelor’s field reports 5 awards and a 55.2 score, corresponding to national position 72 among 73 records.

Key program details

• +Rocket propulsion systems
• +Lunar exploration research
• +Microgravity manufacturing
• +Five county research facilities

Official program source reviewed August 28, 2026: utep.edu.