Electrical Engineering Design Courses
ENEE 373 - Automatic Control Systems
Analysis & Design Analysis and synthesis of feedback control
systems for continuous and discrete time systems. Performance criteria. Routh-Hurwitz,
root locus, Nyquist, Bode, and state space methods for stability determination.
Analytic and computer aided techniques for design of systems to meet performance
standards.
Topics Covered:
- Transfer Functions
- Block Diagrams
- State Space Models
- Transient Response
- Stability
- Root Locus Analysis
- Root Locus Design
- Compensation
- PID Controllers
- Robust Control
- State Space Analysis
- Controllability/Observability
- Pole Placement
- State Observers
- Control System Design
ENEE
377 - Advanced Electronics
The purpose of this course is to
provide the student with an understanding of basic design and analysis
methods in digital and analog circuits. Mathematical
and experimental methods are examined to determine the limitations as
well as the power of these design techniques. Computer
simulation in circuit design and analysis is demonstrated extensively.
ENEE 472 - Power System Analysis & Design
Upon completion of this course, the student will be capable
of mathematically modeling the major elements of the power system and
solving simple power flow problems to determine voltages and currents. Symmetrical
component techniques are mastered in order to provide the capability
to analyze unbalanced faults. Design project.
All UTC Undergraduate Engineering Specialities:
Chemical |
Civil |
Electrical |
Environmental |
Industrial |
Mechanical |
