UMD’s MS in Mechanical Engineering trains students in robotics, energy systems, fluid mechanics, and advanced manufacturing. The program emphasizes modeling, simulation, and prototyping, supporting innovation in automotive, aerospace, medical devices, and more.
Design of a robotic manipulator with real-time control feedback
CFD analysis of airflow around high-speed train designs
Prototype development for a solar-powered desalination unit
Thermal modeling of heat exchanger networks in industrial systems
Optimization of engine components using finite element analysis
Simulation of vehicle suspension dynamics under various terrains
Vibration analysis and damping for aerospace structures
Smart material integration in adaptive prosthetic devices
Modeling of combustion efficiency in micro gas turbines
Design and testing of aerodynamic drone propeller blades
Study of thermal fatigue in turbine blade materials
Design of a wearable device powered by body heat recovery
Dynamic simulation of gear trains in electric vehicles
Topology optimization of structural frames for lightweighting
Real-time kinematics control of bipedal walking robots
Evaluation of additive manufacturing tolerances for high-precision parts
Mechanical analysis of bio-inspired structures for load distribution
Development of HVAC systems for energy-neutral buildings
Design of autonomous underwater vehicle propulsion systems
Thermal-fluid analysis of high-performance battery cooling systems
Design efficient machines and sustainable systems through research and prototyping in UMD’s Mechanical Engineering MS.
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