![]() |
![]() |
![]() ![]() |
![]() ![]() |
![]() ![]() |
![]() | |||
The Control Systems and Robotics lab is a multi-purpose facility. As well as offering labs in control systems and robotics, this facility is also used for a communications lab and fourth year design projects. | |||
ELEC 320 Electrical Properties of Materials Investigate how materials can be manipulated and applied to obtain desired characteristics. Detect magnetic fields with a germanium crystal, and apply calibration techniques to obtain a high quality sensor. Explore detailed characteristics of diodes, bipolar transistors and mosfets to see both interesting applications and limitations due to current, voltage and environmental factors. |
![]() |
CENG 290 Digital Design: I Investigate how basic electronic gates work and progress to designing a simple computer memory system. |
|
![]() |
ELEC 360 Control Theory and Systems: I Learn all about how to control motors (and virtually anything). Use feedback techniques to assemble and test a DC servo control system. Also, try programming a robot arm for the first time. |
||
ELEC 454 Microwave Engineering Using computer simulation, design, build and test an efficient two-stage amplifier that operates in the Giga-hertz range. |
|||
CENG/ELEC 499 Design Project(example-Robot Maze) One of the more popular design projects is the robot maze. The purpose is to design and build a robot from industrial LEGO(TM) and a microcontroller. Then by adding sensors and a software algorithm, which you design, make the robot rapidly and successfully navigate through a complex environment. (See also Microelectronics Lab web page) |
![]() |
||
|