Graduates are skilled in applying engineering principles, creating solutions with societal impact and adapting new knowledge for continuous growth. Master of Science in Aerospace Engineering Advance your career with the M.S. in Aerospace Engineering, which provides you with advanced knowledge in spacecraft and aircraft design. The program blends theoretical and practical training, covering areas like computational fluid dynamics, rotorcraft aerodynamics and hypersonic propulsion. Graduates will be able to design, analyze and optimize aerospace systems, with career opportunities at companies like NASA and SpaceX. Master of Science in Airworthiness Engineering Ensure the safety and performance of aircraft systems with the M.S. in Airworthiness Engineering. The curriculum focuses on airworthiness principles, civil and military regulatory frameworks and innovative airworthiness compliance solutions across a system’s lifecycle. Expertise in aircraft certification and engineering analysis prepares graduates for careers in testing, certification and regulatory compliance, supporting aviation safety across the aircraft lifecycle. Master of Science in Systems Engineering The M.S. in Systems Engineering provides the technical and management skills needed to address complex engineering challenges. The curriculum applies systems engineering principles across industries, from early design through system testing. Graduates develop proficiency in systems processes, technology and leadership, preparing them for roles in technical engineering and engineering management.
Bachelor of Science in Engineering Build your future with the B.S. in Engineering. This multidisciplinary program blends aeronautical, mechanical, electrical and systems engineering, giving students the skills to solve complex engineering problems, design solutions and work effectively in diverse teams. From design and experimentation to teamwork and innovation, students gain real-world experience applying science and math to practical problems. Graduates are prepared for engineering roles or continued research and advanced study.
Bachelor of Science in Engineering Technology
Turn ideas into engineered solutions with this hands-on degree. The B.S. in Engineering Technology builds essential problem-solving skills, design techniques and engineering judgment for technical fields. Through research, virtual labs and a capstone course, students gain practical experience and a strong engineering foundation. Graduates are prepared to apply modern tools, lead technical teams and communicate effectively across technical and nontechnical environments.
Bachelor of Science in Mechanical Engineering
The B.S. in Mechanical Engineering provides a strong foundation in the design and analysis of mechanical systems, preparing students to tackle complex challenges in aerospace, energy, robotics and advanced manufacturing. Students explore topics such as robotics, energy systems and aerospace applications. The program emphasizes real-world problem-solving and practical design skills, equipping graduates with the knowledge and experience needed to succeed in a wide range of technical engineering careers. Bachelor of Science in Software Engineering The B.S. in Software Engineering readies you for careers across industries like aerospace and video game development. You’ll build skills in teamwork, software design, quality assurance and professional documentation while collaborating in multidisciplinary teams to solve complex engineering problems and design systems.
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