The Master of Engineering in Mechanical Engineering at the University of Wisconsin–Madison equips engineers with advanced skills in mechanical systems design, simulation, energy conversion, robotics, and product innovation. The program focuses on practical problem-solving, interdisciplinary collaboration, and preparing engineers for leadership in industry or advanced R&D.
Finite Element Analysis of a Bridge Structure Under Dynamic Loading
Topology Optimization in Lightweight Structural Design
Design and Control of a Robotic Arm for Industrial Applications
CFD Simulation of Heat Transfer in Heat Exchangers
Vibration Analysis of Multi-Body Mechanical Systems
AI-Powered Predictive Maintenance in Manufacturing Systems
Thermal Management in Electric Vehicle Battery Packs
Additive Manufacturing of High-Strength Lightweight Components
Development of a Smart HVAC Control System
Material Fatigue Testing in Aerospace Alloys
Energy Harvesting from Ambient Vibrations in Machinery
Design of an Autonomous Drone for Environmental Monitoring
Optimization of Gear Transmission for Noise and Efficiency
Multi-Objective Design of Internal Combustion Engine Components
Robotic Inspection System for Industrial Pipelines
Thermodynamic Cycle Simulation for Refrigeration Systems
Mechatronics Integration in Automated Assembly Lines
Modeling and Control of Hydraulic Actuation Systems
Design of a Human-Powered Water Purification Device
Evaluation of Composite Materials Under Cyclic Loads
Advance your expertise in mechanical design, simulation, and manufacturing systems to lead innovation in global engineering challenges.
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