Applied Engineering
This is an advanced course that will provide the student with the
opportunity to research, develop and construct an automated system. The
system that the students construct can be electro-mechanical, hydraulic,
pneumatic or a combination of the three. The system will be controlled
by either a programmable logic controller, a PC, or an IBM-XT, or FANUC
RH system. An appropriate compliment would be Probability & Statistics
in the Mathematics Dept.
|
Students enrolled in the Automation/Robotics classes are
involved in many
different phases of the manufacturing process.
They are responsible for
the design and fabrication of the machines and the programs
to operate them.
The students must first write their program for the PLC. |
This student is learning the programming basics on the same type of PLC used in industry today. |
|
|
The terminal box contains the main inputs and outputs as well as main control switches. |
|
The PLC (Programmable Logic Controller) is on the left above the terminal box. It contains the progam used to control each of the machines functions. Each cylinder has a pneumatic valve to activate it. All of these valves are attached togther by the manifold which is beside the PLC. |
|
The three axis pick and place robot was entirely designed by the students. It connects the sorting and packaging operations. |
|
The finished product. |
HOME
about | curriculum
| video-conferencing | alternative
energies | applied engineering
visual communications techonology | engineering
graphics | student portforlios
For more information contact: Rick Tincu, Mike Pierno, Dennis Carter, or Bernie Simms.