Study Automation Mechanical Engineering Technology
Major in Mechanical Engineering Technology with an Emphasis in AutomationUse simulation software to model and analyze complex automation systems.
Students engage in hands-on programming of Programmable Logic Controllers (PLCs) to control various industrial processes, gaining experience in real-time automation applications.
Work on integrating robotic systems into manufacturing processes, covering aspects such as end-effector design, programming, and coordination with other automated systems. In the classroom, configure and troubleshoot networked devices crucial for seamless operation in automated environments.
Topics unique to the Automation emphasis in the Mechanical Engineering Technology major:
- Introductory Electronics: : Learn about electricity, electromagnetism, and the operation of test equipment.
- Logic Circuits: Build block circuits in logic systems and computers.
- Automation: Develop expertise in PLC interfacing and programming, control systems and communication, as well as variable frequency drivers and automation applications.
- Network Systems: Experiment with local and wide area networking. Develop operating systems and interconnecting strategies.
- Kinematics: Calculate displacement, velocity, and acceleration of machine elements using graphics, mathematical and computer-assisted methods.
Mechanical Engineering Technology graduates with Automation emphasis find jobs as:
- Electronics Technician: Troubleshoot and repair electronic systems in various industries,
- Automation Engineer: Design and implement automated systems for increased efficiency in manufacturing and industrial processes
- Network Systems Administrator: Manage and maintain computer networks within organizations.
- Control Systems Engineer: Design and optimize control systems for machinery and processes.
- Robotics Engineer: Develop and enhance robotic systems for applications in manufacturing, healthcare, and other industries.
- Mechanical Design Engineer: Design and analyze mechanical systems and components, incorporating principles of motion and kinetics learned in the study of Kinematics.
Our graduates gain more than just the technical skills needed to gain employment in this fast-changing industry; they gain the leadership skills necessary to succeed at the highest corporate levels.
Additional information
for the School of Automotive and Engineering Technology
Catalog – see program guides