Harold and Inge Marcus Department of

Industrial and Manufacturing Engineering

The first Industrial Engineering department in the world


Manufacturing

Topics


  • Virtual Tools and Robotics Laboratory; Robotics and Control; Virtual Reality; Manufacturing and Human-Machine Systems (David Cannon)
  • LAAG Work-holding Technology; CAE Tools for Fixture Analysis, Synthesis, and Machine Tool Set UP ; Manufacturing Process Modeling and Simulation<; Manufacturing System Modeling and Simulation (Edward De Meter)
  • Control of Manufacturing Systems; Computer Aided Design and Manufacturing; Geometric Problems in Design & Manufacturing; Process Planning; Rapid Prototyping and Tooling (Sanjay Joshi)
  • Geometric Analysis of Mechanical Assemblies; Stochastic Models for Tolerance Control and Synthesis in Mechanical Assemblies; Optimization Models for Tolerance Allocation in the Manufacture of Discrete Parts; Machine Tool and Discrete Parts Metrology; Machining and Metal Cutting Tools (E. Amine Lehtihet)
  • Computer Aided Design and Manufacturing; Applications of Discrete Event Simulation; Coordinate Measuring Machine Systems; Material Handling in Manufacturing and Distribution (Deborah Medeiros)
  • Distributed Systems and Control; Sensing and Control of Machines and Processes; Applications of Nonlinear Systems and Control Theory; High-Performance Computing for Manufacturing Systems (Vittal Prabhu)
  • Engineering Design and Design Methodologies; Product Family and Product Platform Design; Statistical Approximations and Design of Experiments; Applied Optimization and Robust Design (Timothy Simpson)
  • Dimensional control of metalcasting and powder metal processes; Heat treatment quality control; Machinability of casting alloys; Foundry process improvement and economic analysis; Emissions reductions and performance improvements for foundry green sand systems; biomedical materials and devices; high performance cast steels (Robert Voigt)
  • Integrated Product. process and production engineering; Finite state control; Computer control of Manufacturing Systems; Medical device engineering; Simulation-Based Control (Richard Wysk)