Mechanical technology classes include both classwork and hands-on experience with machines. Students will learn practical skills to repair, create, and test new materials. Programs are based on the principles of mechanical engineering and take 2-4 years.
Courses in a mechanical technology program are comprehensive and rich in mathematics, science, and engineering. Typically, undergraduate programs require 120-140 credits, which include core courses and various electives. Students can go into robotics, computer-aided design, and automation control upon the completion of these manufacturing programs.
Here are some common concepts taught in mechanical technology courses:
- Hand tool skills
- Computer applications
- Non-traditional methods of welding
- Engineering drawing
- Basic manufacturing skills
List of Mechanical Technology Courses
This introductory course provides students with practical information on mechanical concepts and processes. The lab portion of the course gives students experience in reading blueprints and deciding which pieces go together to make something work. Often, students take machines apart and put them back together for further practical understanding.
This hands-on course gives students the opportunity to weld materials together. They practice using equipment safely and taking necessary precautions, such as wearing safety goggles. Students become familiar with the many different types of welding, allowing them to specialize in the area they prefer.
Mechanical Processes and Materials
Introductory courses in mechanical technology processes familiarize students with different types of industrial materials, such as metals, plastics, and ceramics. Students gain experience welding the various materials to observe how they respond and how welding affects their strength. They measure pieces to determine the proper quantity of each material for projects. They also inspect each finished product to determine its effectiveness and recreate it if necessary.
Mechanical Technology Quality Control
Before materials are ready for public use, they must be assessed for quality. In this course, students test the three factors that industrial engineers inspect, which are calibration, statistical control, and dimension. Students gain experience inspecting the materials in the lab portion of the class, after becoming thoroughly familiar with what each factor means and how it's tested.