MSc in Engineering - Naval Architecture and Marine Engineering in Ann Arbor United States | University of Michigan Ann Arbor

Our dedicated and enthusiastic alumni network bridges current students and recent graduates with leading industries and institutions. NAME careers are dynamic, diverse, and constantly progressing, with our graduates at the forefront of this evolution. The Naval Architecture and Marine Engineering program enables engineers to specialize in emerging and expanding fields. The curriculum is organized into three primary focus areas: Engineering for marine environments involves evaluating intricate systems, including their hydrodynamic properties, structural stability, and dynamic behaviors. Marine mechanics forms the core of these assessments, encompassing the study of fundamental marine system physics and the creation of analytical tools. From ships to offshore oil platforms or renewable energy devices, all marine systems rely on the same foundational mechanics and computational modeling techniques.

Naval architects play pivotal roles in cutting-edge marine design, whether by implementing innovative design solutions or overseeing integrated development teams. They may also lead marine system management initiatives. The Department's approach emphasizes multidisciplinary engineering and concurrent design, incorporating performance, manufacturing, and lifecycle considerations from the outset. Modern marine design frequently involves collaborative, cross-functional teams. Specialized studies in this field can focus on comprehensive design, marine engineering, maritime systems management, shipbuilding, or optimization techniques for uncertain conditions.

Underwater marine robots cannot utilize GPS, requiring them to employ computer vision and acoustic navigation systems for autonomous mapping and movement. This technology underpins research in autonomous underwater and ground vehicles, automotive safety systems, and automated ship hull inspections. Creating autonomous robots also involves developing sophisticated control algorithms. Beyond robotics, significant work is being done to optimize control systems for marine and automotive propulsion, fuel cells, and energy storage solutions.