Ph.D University of Connecticut
M.S Electrical Engineering , University of Iowa
M.S Mathematics , St. Mary's University
B.S Electrical Engineering , Worcester Polytechnic Institute
Andrew
Fish
Ph.D.
Professor
Tagliatela College of Engineering
Electrical & Computer Engineering and Computer Science
203-932-7163
AFish@newhaven.edu
BCKM243
Buckman Hall
Academic Credentials
- EE 604 - Discrete and Continuous Systems
- EE 605 - Computer Controlled Systems
- EE 606 - Robotic Control
- EE 607 - Adaptive Control
- EE 685 - Optimization of Engineering Systems
- EE 695 - Independent Study (Control Topics)
- EE 697-99 - Thesis (Control)
- EE 306 - Electronic Materials and Devices
- EE 211 - Principles of Electrical Engineering I
- EE 255 - Digital Systems I
- EE 302 - Systems Analysis
- EE 347 - Electronics I
- EE 348 - Electronics II
- EE 355 - Control Systems
- EE 346 - Digital Electronic Circuit
- EE 455 - Control System Design
- EE 457 - Design Preparation
- EE 458 - Electrical Engineering Design Laboratory
- EE 500 - Special Topics (Control Topics)
- EE 599 - Independent Study (Control Topics)
Education
Published Books and Articles
“THE NONLINEAR ADAPTIVE CONTROLLER FOR THE NONLINEAR BIPEDAL ROBOT WITH SEVEN DEGREES OF FREEDOM” by Kanjanapan Sukvichai and Andrew J. Fish Jr. ACC
“Orbit Behavior for a Class of Autonomous Nonlinear Continuous Dynamical Systems” by Andrew J. Fish Jr., Technical Notes IEEE Transactions on Automatic Control, accepted upon completion of revisions
“Bounded Solutions for a Class of Autonomous Nonlinear Continuous Dynamical Systems” by Andrew J. Fish Jr.DCDIS 4th International Conference on Engineering Applications and Computational Algorithms, (invited paper)
“An Empirical Comparison of Several Approaches to Solving the Traveling Salesman Problem”, by Rodney DellaFelice and A. Fish. 1999 10th Annual UTC Engineering Conference & Technology Expo
“Orbit Behavior for a Class of Autonomous Nonlinear Continuous Dynamical Systems” by Andrew J. Fish Jr., Technical Notes IEEE Transactions on Automatic Control, accepted upon completion of revisions
“Bounded Solutions for a Class of Autonomous Nonlinear Continuous Dynamical Systems” by Andrew J. Fish Jr.DCDIS 4th International Conference on Engineering Applications and Computational Algorithms, (invited paper)
“An Empirical Comparison of Several Approaches to Solving the Traveling Salesman Problem”, by Rodney DellaFelice and A. Fish. 1999 10th Annual UTC Engineering Conference & Technology Expo