The PhD in Mechanical Engineering at MIT enables students to push boundaries in design, materials, dynamics, and control. These projects cover experimental, theoretical, and simulation-based research across robotics, thermofluids, biomedical systems, and sustainable manufacturing.
Multiphase Flow Modeling in Microchannels for Biomedical Applications
Soft Robotic Grippers for Delicate Object Manipulation
AI-Based Fault Diagnosis in High-Speed Rotating Machinery
Topology Optimization of Load-Bearing Aerospace Structures
Smart Materials Integration for Morphing Wing Technology
Autonomous Underwater Vehicle Dynamics and Control
Real-Time Feedback Systems in Exoskeleton Design
Microelectromechanical Systems (MEMS) for Sensing Applications
Bioinspired Surface Design for Drag Reduction
Control Theory Application in Wind Turbine Load Mitigation
Design of Self-Healing Polymers for Structural Health Monitoring
Multi-Scale Simulation of Heat Transfer in Nanofluids
Data-Driven Modeling for Predictive Maintenance in Manufacturing
Vibration-Based Energy Harvesting for Wearable Devices
Mechanics of Human-Implant Interfaces in Orthopedic Engineering
Laser-Based Additive Manufacturing Process Optimization
AI-Assisted Path Planning for Industrial Manipulator Arms
Thermal Management in Electric Vehicle Battery Packs
Flexible Sensor Arrays for Prosthetic Limb Feedback Systems
High-Speed CFD Simulation of Supersonic Jet Exhaust
Design and Testing of Bioinspired Underactuated Robotic Hands
Topology-Informed Lattice Structures for Impact Absorption
Real-Time Control of Quadrotors in Constrained Environments
Model-Based Design of Microfluidic Systems for DNA Sorting
Nanoindentation Techniques for Material Characterization
From biomechanics to microfluidics, our mechanical research experts guide PhD students through simulation, modeling, and experimental design.
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