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The Walker Department of Mechanical Engineering provides two advanced degree programs in Mechanical Engineering and Operations Research & Industrial Engineering, delivering core expertise alongside research-focused instruction across diverse disciplines. The mechanical engineering graduate curriculum aims to cultivate future pioneers in the field—visionaries who will revolutionize energy, materials, and information systems to address societal challenges.
The Dynamic Systems & Control specialization explores foundational theories and techniques for developing and managing both engineered and natural systems. This interdisciplinary approach fosters inventive engineering solutions for applications involving complex, multi-scale systems with interacting energy components. Key research domains encompass acoustics, applied mechanics, bioengineering, computational methods, material behavior and design, electromechanical systems, control theory, multibody dynamics, and system modeling. Application areas range from innovative transducer development to biomechanical studies at microscopic and human scales, power/vehicle system dynamics, and advancements in signal processing. Program alumni pursue careers in automotive/aerospace sectors, national research facilities, and entrepreneurial ventures.