519-888-4567 x32178
Location: 
E3 3134B
Research Expertise
  • 5-Axis numerically controlled machining
  • Automated polishing
  • Complex curve machining methods: Principle Axis Method (PAM) and Multi-Point Method (MPM)
  • Design of Numerical Control (NC) machines and controllers
  • Efficient tool path planning
  • Flank milling
  • Gouge detection and avoidance mechanisms
  • Machined surface evaluation
  • Surface finish estimation

5-Axis Surface Machining Lab

Group(s): 
Lightweighting and Fabrication→Advanced manufacturing, Precision machining control; A to D profiles
519-888-4567 x35214
Location: 
EC4 1013
Research Expertise
  • Modeling and Identification
  • Optimal trajectory generation
  • Precision motion control

Precision Controls Laboratory

Group(s): 
Lightweighting and Fabrication→Advanced manufacturing, Precision machining control; E to H profiles
519-888-4567 x33730 or x31583
Location: 
DC 2708, DC 1708
Research Expertise
  • Application of experimental modal analysis to mathematical models of structures
  • Machine health monitoring techniques
  • Modelling, monitoring and control of machining chatter
  • Sculptured surface machining strategies
Group(s): 
Lightweighting and Fabrication→Precision machining control; I to M profiles