Aerospace Engineering Major Standardization v1.0

Aerospace Engineering

Major

As an Aerospace Engineering major at West Point, you will master the science and design of aircraft and spacecraft that enable modern military operations. You will learn by doing — modeling systems, testing designs, and leading engineering teams to solve real defense challenges in air and space.

Apply to the academy

Connect with our admissions team

Aerospace Engineering at West Point

Design the systems that defend the nation. Lead in air and space.

Aerospace Engineering at West Point prepares cadets to design, analyze, and lead the development of aircraft, spacecraft, and advanced defense systems. Through rigorous study of aerodynamics, propulsion, structures, and control systems, cadets develop the technical judgment and disciplined problem-solving skills required of Army officers operating in complex, multi-domain environments.

This is engineering education built for leadership, not abstraction.

Quick Facts

Degree Type: BS

Department: Department of Mechanical and Aerospace Engineering (MAE)

Program length: 4 years

Avg. Class Size

Student to Faculty Ratio

Core Themes and Focus Areas

Aerodynamics and fluid mechanics

Propulsion systems, including air-breathing and rocket engines

Aerospace structures and materials

Stability, control, and dynamic modeling

Aircraft and spacecraft system design

Multidisciplinary engineering integration

Engineering ethics, safety, and decision-making

Cadet Quote Placeholder

“Aerospace Engineering challenged me to think like both a designer and a leader. I learned how to turn theory into real systems, and how the decisions we make in engineering directly affect mission success.”

Get more information

The West Point Advantage

West Point integrates rigorous aerospace engineering education with officer development and direct Army mission relevance. Cadets design, test, and evaluate technologies that mirror real defense challenges rather than studying theory alone.

Hands-On Engineering From Day One

Cadets engage in computational modeling, wind tunnel testing, propulsion analysis, and structured design projects early in the curriculum. Introductory aeronautics and aerodynamics courses include laboratory experiments and flight data analysis that connect equations to actual system behavior.

Learning is grounded in measurable performance, not abstract theory.

Capstone Design for Real Defense Problems

The two-semester capstone sequence challenges cadets to solve open-ended engineering problems sponsored by defense partners. Teams design aircraft or spacecraft systems while addressing safety margins, mission requirements, manufacturability, and operational constraints.

Projects reflect real acquisition processes and require formal design reviews and technical justification.

Faculty With Operational and Research Experience

Faculty in the Department of Mechanical and Aerospace Engineering combine advanced academic credentials with operational assignments and sponsored research experience. Many have served in engineering or command roles and maintain active collaboration with Army agencies.

Cadets learn from instructors who understand how engineering tradeoffs affect mission capability and system survivability.

Access to the Center for Applied Engineering

Through the Center for Applied Engineering, cadets contribute to funded research addressing current Army modernization priorities. Projects include hypersonic rocket launches, missile system analysis, additive manufacturing, and energy resilience modeling.

Cadets regularly contribute to technical presentations, publications, and patent filings while still undergraduates.

Leadership in Technical Environments

Engineering courses require team-based design, formal briefings, and technical risk assessment. Cadets learn to justify decisions, defend tradeoffs, and communicate complex engineering analysis to both technical and non-technical audiences.

Technical credibility becomes a foundation for command responsibility.

The Journey Continues: A Career Built on Engineering Leadership

Service first. Innovation that endures.

An Aerospace Engineering graduate begins as an Army officer entrusted with people, equipment, and mission execution. From the outset, technical education strengthens operational leadership.

Commissioning Pathways

Aerospace Engineering aligns with branches that rely on technical depth, systems thinking, and disciplined leadership

Branch	Description
Aviation	Lead rotary or fixed wing units while understanding the aerodynamics, propulsion, and control systems that underpin Army aviation.
Air Defense Artillery	Operate and manage missile defense systems that integrate sensing, guidance, and aerospace technologies.
Corps of Engineers	Lead engineering formations responsible for complex infrastructure, mobility systems, and technical problem solving.
Cyber Corps	Apply analytical rigor to secure and defend networked systems that support modern aviation and defense platforms.
Military Intelligence	Assess emerging aerospace and missile technologies and support operational decision making.
Functional Areas: Space Operations and Acquisition	Later in your career, manage satellite systems, missile programs, aviation modernization initiatives, and advanced technology acquisition efforts.

Learn how commissioning works

Post-Graduate Opportunities

Aerospace Engineering majors are well positioned for advanced technical development throughout their Army careers.

Graduates routinely compete for:

National Defense Science and Engineering Graduate Fellowships

Rhodes, Marshall, Churchill, and other competitive scholarships

Army funded master’s and doctoral programs in aerospace, mechanical engineering, systems engineering, or related fields

Officers may also serve in research and development organizations such as the Army Research Laboratory, DEVCOM centers, Redstone Arsenal, or other Department of Defense agencies.

Explore scholarships and graduate opportunities

What Aerospace Engineering Officers Do: Across a Career

Early Career: Lead Soldiers and Systems

New officers lead platoons and manage complex equipment in training and deployed environments.

They are responsible for maintaining readiness, managing risk, and applying disciplined engineering thinking to real world challenges involving aircraft systems, missile platforms, or ground based technologies.

Mid Career: Command and Specialize

As officers progress, many pursue graduate education or transition into specialized roles such as Space Operations or Acquisition.

They may command companies, manage aviation assets, oversee system integration efforts, or contribute to modernization programs focused on propulsion, materials, or control systems.

Leadership expands from tactical execution to program level responsibility.

Senior Career: Shape Capability at Scale

At senior levels, Aerospace Engineering officers influence how the Army designs, fields, and sustains advanced platforms.

They may serve in battalion or brigade command, lead acquisition programs, or advise senior leaders on technology integration and risk management across multi-domain operations.

Their decisions affect force modernization and national defense readiness.

Missions and Real-World Impact

Aerospace Engineering officers operate where technology directly affects mission success. Their work includes:

Leading aviation formations in complex operational environments

Managing missile and air defense systems

Overseeing integration of new aerospace technologies

Advising commanders on technical feasibility and performance limitations

Contributing to the development of next generation platforms

Officers apply aerodynamic analysis, propulsion performance tradeoffs, and structural safety margins to decisions that directly affect equipment readiness and mission success.

Beyond Initial Service: A Foundation that Transfers

Aerospace Engineering graduates serve first as Army officers. Over time, they develop leadership credibility, technical authority, and experience managing high consequence systems.

After fulfilling their service obligation, many continue in uniform in expanded leadership roles. Others transition into aerospace industry, advanced engineering, policy, research, or graduate education.

The engineering foundation matters. The leadership experience endures.

Questions Prospective Cadets Ask

Clear answers to help you decide – and take the next step

Do I need to be exceptional at math and physics to choose this major?: You need a strong foundation and a willingness to work hard, not perfection. Aerospace Engineering is rigorous, but cadets are selected for potential, discipline, and commitment to growth.
Structured coursework, faculty mentorship, and small class sizes are designed to help motivated cadets succeed.
What sets Aerospace Engineering at West Point apart from similar programs?: Most aerospace programs focus primarily on technical mastery. At West Point, aerospace engineering is integrated with leadership development and Army mission relevance.
You do not just design aircraft and spacecraft. You prepare to lead Soldiers and manage the systems that support aviation, missile defense, and space operations.
What career outcomes does this major lead to?: Aerospace Engineering majors commission into branches such as Aviation, Air Defense Artillery, Engineers, Cyber, and Military Intelligence.
Over time, officers may transition into Space Operations or Acquisition roles, manage modernization programs, or pursue advanced technical education funded by the Army.
Is research required?: Research is not required, but it is widely available and encouraged.
Cadets can participate in independent study, capstone design projects, and funded research through the Center for Applied Engineering, often working on real Department of Defense challenges.
Can I add a minor or pursue an honors track?: Yes. Cadets may pursue complementary minors or enroll in the Honors Program, which includes advanced scholarly work beyond the standard curriculum.
Advisors help cadets balance academic depth with commissioning requirements.
What does this cost?: West Point provides a fully funded education. Tuition, room, and board are covered in exchange for service as an Army officer after graduation.
This allows cadets to focus on academics and leadership development without traditional college debt.

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

Feb. 15 – Application & Summer Leaders Experience (SLE) open
April 15 – SLE application closes
Fall (Senior Year) – Nomination applications due
Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Current Cadet CTAs

What You’ll Study

As an Aerospace Engineering major at West Point, you will move from mastering engineering fundamentals to designing complete air and space systems. The curriculum builds from mathematics, physics, and core mechanics to advanced application in aerodynamics, propulsion, structures, and control. Throughout the program, you apply analysis, modeling, and design in contexts that mirror real Army aviation, missile, and space challenges.

How the Curriculum Builds Your Expertise

Foundational Knowledge: Develop a strong base in calculus, physics, dynamics, thermodynamics, and fluid mechanics to understand how aircraft and spacecraft move, generate lift, and manage energy.
Advanced Application: Apply those principles to propulsion systems, aerospace structures, aerodynamics, and stability and control. You will model systems, conduct laboratory experiments, and evaluate real performance tradeoffs.
Leadership and Military Relevance: Integrate engineering design with safety, ethics, and risk management. Through team-based projects and seminar work, you learn to communicate technical decisions and lead multidisciplinary teams in complex environments.

Course Highlights

Course	What You'll Learn
Introduction to Aerospace Engineering (AE201)	Learn structured programming, modeling, and solid modeling tools used in aerospace analysis. This course prepares you to translate engineering concepts into computational and design solutions.
Aerodynamics (AE481)	Analyze lift, drag, and flow behavior over airfoils and wings. You will model airflow and interpret experimental data relevant to aircraft performance and mission capability.
Propulsion (AE354)	Study air-breathing engines and rocket propulsion systems. This course prepares you to evaluate thrust, efficiency, and system tradeoffs in aviation and missile platforms.
Aerospace Structures (AE364)	Examine stress, strain, and structural behavior of aerospace components. You will assess safety margins and structural integrity under flight and ground loads.
Stability and Control (AE473)	Analyze aircraft static and dynamic stability. This course prepares you to evaluate and design control systems that ensure safe and effective flight.
Fluid Mechanics (ME362)	Apply conservation principles to the behavior of liquids and gases. This foundation supports aerodynamics, propulsion, and thermal system analysis.
Dynamic Modeling and Control (XE472)	Model complex engineering systems and apply control theory to dynamic problems. This course prepares you to manage system response in high consequence environments.
Aerospace System Design (AE483)	Conduct mission-based aircraft and spacecraft design projects. You will evaluate requirements, generate alternatives, and justify design decisions under real constraints.

View the Full Mechanical and Aerospace Engineering Curriculum

Year-by-Year Snapshot

First Year- Engineering Foundations

Build analytical and scientific literacy in mathematics, physics, and engineering mechanics.

Sample courses:
- Calculus and Engineering Mathematics
- Physics II

Second Year-Core Aerospace Principles

Develop understanding of motion, energy, and fluid behavior.

Sample courses:
- Dynamics
- Thermodynamics

Third Year- Aerospace Systems and Analysis

Apply theory to aircraft and propulsion systems.

Sample courses:
- Aerodynamics
- Aerospace Structures

Senior Year- Design and Integration

Integrate knowledge across disciplines to solve complex engineering problems.

Sample courses:
- Aerospace System Design
- Stability and Control

Capstone Design Experience

The Aerospace Engineering capstone sequence spans two semesters and serves as the integrative experience of the major. In Aerospace Engineering Design I and II, cadets work in teams to solve open-ended, client-based engineering problems that reflect real defense challenges.

You will define requirements, conduct modeling and analysis, evaluate alternatives, and produce a fully justified design solution while addressing safety, ethical, economic, and operational considerations. The capstone prepares you to lead technical teams, manage risk, and communicate engineering decisions with clarity and confidence.

View the Full Mechanical and Aerospace Engineering Curriculum

Faculty & Mentorship

Meet the Faculty

Aerospace Engineering at West Point is housed in the Department of Mechanical and Aerospace Engineering, where faculty combine advanced technical expertise with operational Army experience. Professors are not only scholars in aerodynamics, propulsion, structures, and systems design. Many are former Army officers, researchers, and practitioners who understand how engineering decisions affect mission success.

Classes are small, advising is personal, and mentorship is deliberate. Faculty work closely with cadets on academic planning, research, capstone projects, branch selection, and competitive scholarship applications.

Featured Faculty:

COL Aaron T. Hill, Jr.: Department Head and Professor. Leads the Department of Mechanical and Aerospace Engineering and brings extensive operational and engineering leadership experience.

Dr. F. Todd Davidson: Assistant Professor and Director of the Center for Applied Engineering. Guides cadets in applied research that supports Army modernization and real defense challenges.

Dr. [Faculty Name Placeholder]: Aerodynamics specialist mentoring cadets in wind tunnel testing, flight laboratories, and aircraft performance analysis.

Dr. [Faculty Name Placeholder]: Propulsion and thermodynamics expert supporting research and design projects in air-breathing and rocket systems.

Dr. [Faculty Name Placeholder]: Structures and materials faculty member guiding cadets in stress analysis, safety margins, and aerospace materials selection.

Department Culture:

The Department of Mechanical and Aerospace Engineering fosters a disciplined, collaborative learning community. Cadets are challenged to think critically, design responsibly, and communicate clearly in technical environments.

Faculty expect excellence while providing structured support that builds confidence and technical competence over four years.

Faculty Achievements:

MAE faculty lead funded research through the Center for Applied Engineering and collaborates with more than thirty Department of Defense sponsors and partners. Their work has resulted in patents, peer-reviewed publications, and technical presentations that include cadet contributors.

Faculty are recognized across the Academy for excellence in teaching and mentorship, ensuring undergraduates gain meaningful research and design experience before commissioning.

Student and Faculty Success Stories:

Cadets working with MAE faculty have contributed to the SPEAR-THOR hypersonic rocket program, launching a two-stage rocket to near space altitudes and presenting results at national aerospace forums.

Others have supported research at Redstone Arsenal, United Launch Alliance, and DEVCOM centers, applying modeling, flight test analysis, and system integration techniques in operational settings.

View the Full Faculty Directory

Expand Your Expertise

Aerospace Engineering at West Point provides a strong technical core, but it also allows you to shape your academic path around your interests and long term goals. Through honors options, independent study, technical electives, and carefully selected minors, you can deepen your expertise in areas such as space systems, propulsion, control systems, or advanced technology.

With faculty guidance, you can specialize while remaining aligned with commissioning requirements and Army mission needs.

Honors and Advanced Study

Honors Track in Aerospace Engineering
Qualified cadets may complete additional scholarly work beyond standard degree requirements, including approved engineering-based research. This path strengthens preparation for competitive graduate programs and technical Army assignments.

Independent Study and Research
Cadets may pursue advanced study through individual research courses, contributing to projects in aerodynamics, propulsion, structures, modeling, and system integration. Many work alongside faculty in the Center for Applied Engineering on sponsored research.

Pair Your Major with a Minor

Complement your Aerospace Engineering degree with a minor that expands analytical depth or broadens technical perspective.

Complimentary Minor	Opportunity
Electrical Engineering	Strengthen knowledge of circuits, signals, and embedded systems that support avionics and control systems. Access laboratory coursework and applied electronics facilities.
Computer Science	Develop programming, modeling, and simulation skills essential for aerospace analysis and autonomous systems. Apply computational tools to system design and data analysis.
Mathematics	Deepen theoretical foundations in differential equations, modeling, and advanced analysis used in aerodynamics and control theory. Enhance readiness for graduate study in engineering disciplines.
Space Science	Expand into orbital mechanics, satellite systems, and space operations. Engage with interdisciplinary projects related to launch systems and space missions.
Systems Engineering	Strengthen integration, risk assessment, and large scale system design capabilities. Apply systems thinking to complex aerospace platforms and multi-domain challenges.
Mechanical Engineering	Broaden exposure to manufacturing, materials, and mechanical design beyond aerospace applications. Leverage hands-on laboratory and design facilities within the MAE department.

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

Feb. 15 – Application & Summer Leaders Experience (SLE) open
April 15 – SLE application closes
Fall (Senior Year) – Nomination applications due
Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Current Cadet CTAs

Experience Aerospace Engineering in Action at West Point

At West Point, Aerospace Engineering extends far beyond the classroom. Cadets design, build, test, and launch real systems through defense-sponsored research, flight laboratories, and multidisciplinary capstone projects tied directly to Army and national security priorities.

From hypersonic rocket launches and wind tunnel testing to aviation flight laboratories and Department of Defense-sponsored research, cadets conduct launch operations, analyze flight data, complete formal design reviews, and brief sponsors on system performance and risk.

Hands-On Opportunities

Internships and Field Work

Aerospace Engineering cadets participate in Academic Individual Advanced Development internships with organizations such as United Launch Alliance, Redstone Arsenal, DEVCOM centers, Picatinny Arsenal, and other Department of Defense partners.

Cadets observe flight testing, support missile and sensor evaluations, analyze propulsion systems, and apply classroom knowledge to real acquisition and development efforts.

Research Opportunities

Through the Center for Applied Engineering, cadets contribute to funded research projects that address current defense challenges.

Projects include hypersonic rocket development, energy resilience modeling, additive manufacturing for terminal effects, and aerospace system integration, often resulting in technical presentations, publications, and patents.

Leadership Opportunities

Applied learning is cadet led.

In capstone design and research teams such as SPEAR-THOR, cadets serve as project managers, systems leads, and test directors responsible for planning launches, managing risk, and briefing sponsors from across the Department of Defense.

Global Programs and Special Experiences

Cadets may participate in domestic and international research placements that expose them to launch operations, advanced manufacturing, and aerospace testing environments.

Cadets observe flight test data collection at Redstone Arsenal, support propulsion evaluation, and participate in launch vehicle operations alongside professional engineers.

Interdisciplinary Opportunities

Aerospace Engineering projects routinely integrate cadets from systems engineering, electrical engineering, computer science, and mechanical engineering.

Multidisciplinary capstones such as SPEAR and advanced technology projects reflect the integrated nature of modern air and space systems.

Partnerships with Army, Government, and Industry

The Department of Mechanical and Aerospace Engineering collaborates with more than thirty Department of Defense sponsors and partners.

Cadets work on real problems sponsored by DEVCOM, the Office of Naval Research, Boeing, and other agencies, contributing directly to modernization initiatives.

Explore Cadet Research

Cadet Life in This Major

A Community Driven by Innovation and Discipline

Aerospace Engineering cadets share more than demanding coursework. They share long design sessions, launch preparations, laboratory testing, and the responsibility of building systems that must perform under pressure.

Department Clubs

Cadets participate in engineering and aerospace-focused clubs that reinforce technical curiosity and professional development.

These groups connect cadets across class years and provide mentorship in research, design, and leadership.

Co-Curricular Experiences

Programs such as SPEAR and capstone design teams extend learning beyond the classroom.

Cadets design rockets, evaluate aircraft systems, and test engineering prototypes while strengthening teamwork and accountability.

Professional Associations

Cadets engage with organizations such as the American Institute of Aeronautics and Astronautics and other engineering societies.

Faculty encourage participation in technical conferences and forums that expand professional networks and expose cadets to industry and defense leaders.

Community Events

The Department of Mechanical and Aerospace Engineering hosts guest lectures, research showcases, and project demonstrations throughout the academic year.

These events highlight cadet achievement and strengthen connections with defense partners and alumni.

Conferences, Competitions, and Immersion Experiences

Cadets present research at national aerospace forums and participate in competitive engineering challenges.

Experiences such as hypersonic rocket launches, flight laboratories, and sponsored design reviews transform engineering theory into lived experience.

Explore more cadet experiences

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

Feb. 15 – Application & Summer Leaders Experience (SLE) open
April 15 – SLE application closes
Fall (Senior Year) – Nomination applications due
Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Current Cadet CTAs