United States Air Force Academy

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Materials that Enable Air, Space, and Weapons Systems

Aerospace Materials (Minor)

A cadet examines a computer displaying microscopic images in a lab. The setting is dim with a focus on scientific research and analysis.

The Aerospace Materials minor is an interdisciplinary program that integrates science, engineering, humanities, and social sciences to examine the materials that enable air, space, and weapons systems. The curriculum focuses on materials used in aircraft, helicopters, spacecraft, and advanced weapon platforms, including structural materials; high-temperature materials for propulsion; and materials supporting energy conversion, communications, avionics, and related systems.

Through this minor, cadets study the science, engineering, and application of aerospace materials across their full lifecycle, from design and development to selection, performance and sustainability. Coursework emphasizes the relationships among processing, structure, properties, and performance; materials selection for aerospace structures, propulsion, and systems; recycling and sustainability considerations; and the broader societal, economic and environmental factors that influence material innovation. Together, these perspectives prepare future officers to contribute to a technically proficient workforce and help ensure the Air Force, Space Force, and Department of War maintain a decisive technological advantage.

Potential Job Assignments
Within the Air Force Outside the Air Force
  • 62E – Developmental Engineer
  • 63A – Acquisition
  • 32EX- Civil Engineering
  • 11X – Pilot
  • 21AX – Aircraft Maintenance
  • 21RX – Logistics Readiness
  • 13S – Space Operations
  • Maintenance Engineer
  • Scientist
Sample Courses

Materials Science for Engineers (mandatory)
Aircraft Design
Chemistry of Advanced Materials
Applied Statistical Modeling

Suggested Course Sequence

Structural Materials Track
Aero Engr 482 Aircraft Design
Astro Engr 351 Rocket Propulsion
Chem 465 Chemistry of Advanced Materials
Civ Engr 373 Behavior and Design of Steel Members
Civ Engr 474 Behavior and Design of Concrete Members
Mech Engr 350 Mechanical Behavior of Materials
Mech Engr 440 Physical Metallurgy
Mech Engr 445 Failure Analysis and Prevention
Mech Engr 450 Aerospace Composite Materials
Functional Materials Track
Chem 440 Polymer Chemistry
Chem 465 Chemistry of Advanced Materials
ECE 321 Electronics I
ECE 322 Electronics II
ECE 373 Digital VLSI Circuits
Mech Engr 440 Physical Metallurgy
Phys 473 Solid State Physics
Computational Materials and Informatics Track
Chem 440 Polymer Chemistry
Chem 465 Chemistry of Advanced Materials
Comp Sci 362 Computer Simulation
Comp Sci 471 Artificial Intelligence
Math 346 Engineering Math
Math 378 Applied Statistical Modeling
Phys 473 Solid State Physics

Cadet-designed Custom Materials Tracks will be subject to the DFME Head’s approval.

Choice Humanities/Social Science courses
English 375 Literature, Language, and Science
Philos 330 Introduction to the Philosophy of Science
History 321 STEM at War: History of Technology and Warfare
Creative Art 315 Drawing and Visual Design
Mgt 478 Supply Chain Management
MSS 302 Future Conflict and Disruptive Technologies
Pol Sci 445 Global Governance and International Relations
CONTACT US

Dr. T. V. Jayaraman
Assistant Professor
tanjore.jayaraman@afacademy.af.edu
(719) 333-8559