









Manufacturing & Automation Research Laboratory
© 2003-2021
Director: T. Özel,
Ph.D. Professor Industrial & Systems Engg. Rutgers University
96 Frelinghuysen Road,
Piscataway, NJ 08854, USA (848) 445-1099 E-mail:
ozel@rutgers.edu
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Advanced Manufacturing
- Metal Additive Manufacturing (Laser Powder Bed Fusion, Wire-Fed Directed Energy Deposition)
- Smart Manufacturing (Physics-informed learning, In-situ process sensing & monitoring methods, Defect detection, Microstructure tailoring, Simulation modeling, Optimization, Digital twin)
- Laser material processing (Laser micro-machining, Pulsed laser exfoliation)
- Laser Induced Peridodic Surface Structuring (LIPSS)
- 3D Printing & Fused Filament Fabrication (Process monitoring, modeling, physics-informed learning)
- Biofabrication and 3D Bioprinting
- Advanced machining (Modeling, Physics-based simulation and optimization)
- Hybrid additive and substractive manufacturing
Mechatronics, Automation & Control Systems
- Cyber-physical systems and autonomous manufacturing
- Intelligent control using machine learning
- Robust and optimal control
- Precision control and mechatronics
Process & Surface Interaction
- Surface integrity, microstructure, & property predictions
- Surface texturing for improved friction, corrosition and wear resistance
- Surface topography, property and performance interaction
 Medical Device Manufacturing
- Design and prototyping of medical devices
- Orthopedic metal implants
- Surgical devices & tissue engineering
Micro/Nano-Manufacturing Processes
- High speed micro end milling
- Laser-assisted micro-machining
- Laser micro/nano machining
- Laser-based additive micro-manufacturing
Energy & Sustainability in Manufacturing
- Energy-efficiency and circular economy in manufacturing
- Clean energy and power generation systems
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