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The BS in Aerospace Science Engineering at Tuskegee University is a four-year, on-campus program accredited by ABET. The curriculum prepares students for careers in the aerospace industry, government, or graduate study by combining strong fundamentals in math and science with specialised aerospace engineering courses and hands-on design experiences.
Curriculum structure:
Year 1: You’ll start with foundational courses such as MATH 0207 Calculus I, MATH 0208 Calculus II, PHYS 0307 General Physics I, PHYS 0311 General Physics II, CHEM 0235 General Chemistry, ENGL 0101 English Composition I, ENGL 0102 English Composition II, and CSCI 0205/0229 FORTRAN or C++ Programming. Orientation (OREN 0100/0101) and physical education electives round out your first year.
Year 2: The second year focuses on advanced mathematics and core engineering principles with MATH 0209 Calculus III, MATH 0307 Differential Equations, PHYS 0314 General Physics II Lab, MENG 0211 Statics, MENG 0212 Dynamics, and MENG 0237 Probability & Statistics for Engineers. You’ll also begin your aerospace journey with AENG 0242 Aerospace Structures I and AENG 0267 Flight Mechanics, along with social science electives.
Year 3: You’ll advance into specialized aerospace engineering topics including AENG 0244 Aerodynamics I, AENG 0317 Instrumentation, AENG 0367 Aerospace Design & Analysis, AENG 0342 Aerospace Structures II, and AENG 0344 Aerodynamics II. Supporting courses include MENG 0311 Thermodynamics, AENG 0390 Engineering Ethics & Society, AENG 0392 Aerospace R&D Seminar, and humanities/fine arts electives.
Year 4: The final year features advanced and integrative courses such as MATH 0461 Engineering Math, AENG 0340 Fundamentals of Aero Mechanics, AENG 0346 Fundamentals of Propulsion, AENG 0370 Aircraft Stability & Control, AENG 0460 Flight Control Systems, and AENG 0467 Flight Vehicle Design. You’ll also take AENG 0401 Aerospace Seminar, AENG 0441 EIT Review, MENG 0429 Engineering Economics, and technical electives (e.g., Aeroelasticity, Satellite Design, Advanced Orbital Mechanics). The year culminates in a capstone design project.
Focus areas: Aerodynamics, aerospace structures, propulsion, flight mechanics, stability and control, flight vehicle design, instrumentation, engineering ethics.
Learning outcomes: Graduates will be able to analyse and design aerospace vehicles and systems, apply advanced engineering principles, utilise modern laboratory and computational tools, and integrate ethical and societal considerations into engineering problem-solving.
Professional alignment (accreditation): Accredited by the Engineering Accreditation Commission of ABET.
Reputation (employability rankings): Tuskegee University’s program is nationally recognised, especially as the only ABET-accredited aerospace engineering program at a historically black institution, with graduates employed across the aerospace industry, military, NASA, and government agencies.
Tuskegee University’s Bachelor of Science in Aerospace Science Engineering is an ABET-accredited program (131 credit hours) that provides students with a rigorous foundation in both aeronautics and astronautics, blending theory with extensive hands-on experience.
Facilities & Experiential Learning:
Wind Tunnels: Students use a 12 ft x 3 ft closed-circuit, low-turbulence wind tunnel with computerised pressure and load data acquisition, and a 1 ft x 1 ft low-speed open-circuit wind tunnel for aerodynamic testing and experiments.
Water Tunnels: Two open-surface water tunnels equipped with state-of-the-art volumetric particle image velocimetry instrumentation allow for advanced flow diagnostics and visualisation.
Propulsion Laboratory: A fully instrumented jet engine is available for hands-on study of air-breathing propulsion systems, supporting coursework in jet and rocket propulsion.
Aerospace Instrumentation Laboratory: Students learn measurement and data acquisition techniques essential for aerospace testing and research.
Structures Laboratory: This lab supports experimental work in aerospace structures, including stress analysis and materials testing.
Flight Vehicle Design Laboratory: Used for senior design projects, this lab provides resources for the design, analysis, and construction of flight vehicles.
Flight Controls Laboratory: Students gain practical experience with flight control systems, including stability and control experiments.
Dedicated Computer Laboratory: The program provides access to engineering software for CAD, finite element analysis (FEA), and computational fluid dynamics (CFD) for aerospace vehicle design and analysis.
Flight Simulator: A simulator with three large out-of-window displays enables virtual flight testing and complements coursework in flight mechanics and controls.
Design-Build-Fly & Rocket Projects: Students participate in the design, construction, and testing of unmanned aerial systems and rockets as part of experiential learning and technical electives
Graduates of Tuskegee University’s BS in Aerospace Science Engineering program are highly sought after for roles such as aerospace engineer, propulsion specialist, flight vehicle designer, and systems analyst with top employers like Lockheed Martin, NASA, Boeing, and the U.S. Department of Defence. You’ll gain the technical expertise and leadership skills to design, analyse, and innovate in the rapidly evolving aerospace industry.
Career Preparation & Outcomes
University Services for Career Success: You’ll benefit from personalised faculty advising, membership in the AIAA student chapter, and hands-on experience in the Aerospace Science Engineering Building, which features two wind tunnels, a jet engine lab, and flight simulators.
Employment Stats & Salary Figures: Tuskegee aerospace graduates are employed by industry leaders such as Lockheed Martin, NASA, and Boeing, with the national median salary for aerospace engineers at $130,720 (U.S. Bureau of Labour Statistics, 2023).
University–Industry Partnerships: The program partners with organisations like Lockheed Martin, GE Aviation, Collins Aerospace, and the Georgia Tech Research Institute, offering internships, mentorship, and industry panels featuring alumni in leadership roles.
Long-Term Accreditation Value: The BS in Aerospace Science Engineering is fully accredited by the Engineering Accreditation Commission of ABET, ensuring your degree is globally recognised.
Graduation Outcomes: You’ll graduate with expertise in aerodynamics, propulsion, flight mechanics, aerospace structures, and orbital mechanics, completing 131 credit hours and a senior design project, with a minimum grade of C required in all core and technical courses.
Further Academic Progression: After earning your BS in Aerospace Science Engineering at Tuskegee, you’ll be well-prepared to pursue graduate study (MS) in aerospace or systems engineering, or to seek advanced certifications and leadership roles in aerospace, defence, and government sectors
Official transcripts from Grade 9 to Grade 11th. For 12th Grade your school counselor should send the predictedCommonApp personal essay (uo to 650 words)Letter of recommendation from a high school counselor, teacher, or community leaderOfficial ACT or SAT scoresMathematics - Three (3) years (This must include one year of Algebra I, one year of Algebra II, and one year of Geometry, Trigonometry, Calculus, or Analysis)Test-Optional Admission is for applicants with a minimum unweighted 3.0 grade point average. These applicants are not required to submit test scores from standardized college admission tests such as the ACT or SAT. Test-optional consideration is an alternative for applicants who meet the minimum grade point average requirement but feel that their test scores do not adequately reflect their level of academic achievement and/or accurately predict their potentialHighlight research experience, science competitions, or unique extracurriculars in your applicationPortfolio, project links, or YouTube channel to enhance your application (optional)Apply via the CommonApp or the TU Applicant PortalAerospace EngineerAerodynamics EngineerPropulsion EngineerAircraft Design EngineerFlight Test EngineerSpacecraft Systems EngineerStructural AnalystSystems Integration EngineerResearch and Development EngineerAerospace Instrumentation Engineer
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Tuskegee University
