Area of Study Engineering

Explore flight and space systems through aerodynamics, propulsion, structures and controls. Apply engineering methods in labs, design projects that advance aircraft performance and contribute to the future of space exploration.

Where innovation must meet safety and regulatory standards. Study certification, compliance and reliability evaluation to ensure aircraft and space systems perform dependably throughout their operational life.

Study how infrastructure is planned, designed and built. Explore structural analysis, construction methods and environmental considerations. You’ll learn how engineering decisions shape transportation systems, public works and community development.

Where hardware meets software in aerospace contexts. You’ll study digital systems, embedded programming and electronics while developing the technical knowledge needed to design complex systems integral to aviation, uncrewed vehicles and space applications.

Bridge electrical systems and computing design at an advanced level. You’ll explore systems-level integration, signal processing and hardware/software interplay to lead design efforts in aerospace, defense and technology enterprises.

Investigate how electrical systems power and control modern aerospace vehicles and infrastructure. You’ll study circuit theory, electromagnetics and control systems while developing technical knowledge applicable in aviation, industry and research.

Pursue the highest level of research and innovation in computing and electronics. You’ll engage in advanced study and investigation, shaping new technologies and contributing to academic or industry leadership in aerospace systems and software.

Where innovation meets application. Study mechanical, electrical and systems concepts that shape aerospace technology. You’ll develop a multidisciplinary foundation for designing, testing and improving complex engineering systems used in research and industry.

Gain a strong start in the principles of design, analysis and technical problem solving. You’ll explore topics in mechanical, electrical and systems engineering that prepare you to advance in engineering.

Explore the physical laws that drive innovation in flight and space systems. Study optics, quantum mechanics and instrumentation, applying physics to research and development projects that advance aerospace and technology.

Apply engineering principles to solve practical industry challenges. You’ll work with virtual labs and simulation tools to analyze systems, improve design efficiency and evaluate results that drive progress across aviation and aerospace operations.

Study how motion, energy and materials shape the design of machines and structures. You’ll apply theory to projects that improve aircraft, spacecraft and advanced technologies used across the aerospace industry.

Study how complex software systems are designed, built and maintained. You’ll gain hands-on experience developing secure, high-performance applications that support aviation, aerospace and technology industries.

Where engineering and space science connect. Study orbital mechanics, propulsion, communications and systems integration. You’ll learn how satellites and spacecraft are designed, tested and operated across government, commercial and research sectors.

Focus on how complex projects are planned, built and maintained. Study modeling, integration and process improvement to understand how large engineering systems achieve reliability, efficiency and mission success.

Focus on the engineering that powers next-generation autonomous vehicles. Study control systems, sensor integration and mission reliability to design technologies that expand how humans and machines work together.