Composite Materials Technology: Program Overview, Universities, Careers & Salaries

Program Overview

Prepared for careers at the forefront of advanced materials innovation, this program equips students with foundational engineering principles and hands-on technical expertise essential for supporting professionals in the design, production, and application of composite materials across high-performance industries. Graduates are trained to contribute effectively in sectors including aerospace, automotive, marine, biomedical engineering, and renewable energy.

• Computer-Aided Design and Drafting (CAD/CAM): Mastery of digital modeling tools used to create precise technical drawings and simulations for composite part development and manufacturing workflows.
• Composite Materials and Processes: In-depth study of fiber-reinforced polymers, matrix systems, and fabrication techniques such as layup, vacuum bagging, and autoclave curing.
• Composite Manufacturing: Practical training in the systematic production of composite components using controlled environments and industry-standard processes.
• Composite Repair Techniques: Instruction in diagnosing damage and executing durable, code-compliant repairs to maintain structural integrity in critical applications.
• Material Science Fundamentals: Exploration of the physical and chemical properties of materials, including strength, durability, thermal behavior, and failure mechanisms in composite systems.
• Mold Manufacturing and Production: Skills in designing, constructing, and maintaining molds used to shape composite parts with precision and repeatability.
• Composite Maintenance Protocols: Understanding of inspection standards, non-destructive testing methods, and maintenance schedules for safe, long-term operation of composite structures.