University of New Haven
University of New Haven,
300 Boston Post Road,
West Haven, CT 06516
1-800 DIAL-UNH or 1-800-342-5864
University of New Haven Faculty

Andrew Fish

University of New Haven: Faculty

University of New Haven: Faculty University of New Haven: Faculty University of New Haven: Faculty
University of New Haven: FacultyUniversity of New Haven: Andrew Fish University of New Haven: Faculty
University of New Haven: Faculty
University of New Haven: Faculty Andrew Fish
University of New Haven: Faculty University of New Haven: Faculty
Title: Professor of Electrical and Computer Engineering
University of New Haven: Faculty University of New Haven: Faculty
College: Tagliatela College of Engineering
Dept: Electrical & Computer Engineering and Computer Science
Phone: 203.932.7163
Fax: 203.931.6091
Email: afish@newhaven.edu
Office: Buckman Hall, B-243

Education

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


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


Courses Taught

Graduate Courses
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)

Undergraduate courses
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 (controls topics)