UMD’s Mechanical Engineering program equips students to solve complex problems involving motion, heat, energy, and materials. The curriculum includes mechanics, thermodynamics, fluid dynamics, robotics, and materials science. Students gain hands-on experience through lab work, design challenges, and internships. The program emphasizes sustainable engineering, innovation, and collaboration, preparing graduates for careers in aerospace, automotive, biomedical devices, and manufacturing.
Design and testing of a robotic arm using servo motors
Simulation of heat exchangers for industrial systems
Developing a wind-powered water pumping mechanism
Analysis and design of an autonomous ground vehicle
Vibration analysis of rotating mechanical components
CAD modeling of mechanical linkages in SolidWorks
Design of a low-emission internal combustion engine
Optimization of a solar thermal power system
Creating a pneumatic lift system for warehouse automation
Design and analysis of a drone airframe for load optimization
Developing a wearable exoskeleton prototype for lifting assistance
Testing fluid flow in microchannels for biomedical applications
Mechanical design of a 3D-printed bicycle frame
Finite element analysis of a bridge under variable loads
Energy efficiency analysis of HVAC systems in buildings
Mechatronic integration for home automation solutions
Designing a regenerative braking system for bicycles
Mathematical modeling of projectile motion in sports equipment
Building a mini Stirling engine and performance analysis
Design of a hydraulic lift for small vehicle maintenance
Drive mechanical innovation in energy, transportation, robotics, and more with UMD’s ME program.
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