Process Estimation and Control

Recent Undergraduate Projects:

• Control of a Magnetic Suspension System Using Position Error and Electromagnet Current by Gary Boline and Andrew Michalets
• DC Motor-Clutch-Generator Control Workstation by Simon Benik and Adam Olson
• Electric Motor Control with Regenerative Braking by Cody Doremus and Keegan Roach
• Design of Simulink-based 2-DOF Robot by Chris Edwards and Emberly Smith
• Design of Simulink-Based Electomechanical Control Workstation for Load Disturbance Testing by Laith Slaton and Adesegun Sun-basorun
• Active Suspension System by Blake Boe and Tyson Richards
• Active Suspension System Test Platform by Brian Groth and Melanie Hagar
• Design of Disturbance Rejection Controllers
  for a Magnetic Suspension System by Jon Dunlap
• Fuzzy Logic Control of a Magnetic Suspesion System Using xPC Target by Stephan Friederichs
• Active Suspension System Test Platform by Craig Chan, Mike Abidoye
• Active Suspension System by Chiao Liu, Brandon Nayden, and Jerry Campell
• Motor Controlled Oscillating Pendulum Arm by Nick Myers
• PC-based Control Workstation for Controller Algorithm Evaluation by Joe Faivre and Matt Johnson
• Small Scale Robotic Arm by Ben Boyle and Kitera Hayes
• Attitude Determination of a Land Vechicle using Inertial Measurement Units by Brian Bleeker and Rob MacMillan
• Control of a Magnetic Levitation System by Marwan Karrar Abbadi
• Design of a Control Workstation for Controller Algorithm Testing by Aaron Mahaffey and Dave Tastsides
• Using a Neural Network Model to Design and Implement Conventional and Radial-Basis Function Neural Controllers by Thuong Le
• Active Suspension System by Patrice Jackson and Shawn Downey
• Embedded Control Workstation by Doug Carlton and Darrel Glenn
• Microcontroller Implementation of a Small Robot Arm Controller by Megan Bern and Ritesh Patel
• Magnetic Levitation Trains...
• More...