Provides an introduction to piping, valves installation, hydraulic and pneumatic testing. Laboratory exercises are designed to provide hands-on practice of concepts.

Provides an introduction to bearings, steam systems, distillation towers, heaters, coolers and furnaces. Laboratory exercises are designed to provide hands-on practice of concepts.

Provides an introduction to measuring tools, advanced trade math, bearing and coupling installation. Laboratory exercises are designed to provide hands-on practice of concepts.

Introduction to maintenance mechanics is designed to introduce students to the fundamentals of maintenance mechanics, with a focus on basic math skills, geometry, triangle trigonometry, safety, measuring devices and print reading. The course consists of both lecture and hands-on lab sessions to provide students with theoretical knowledge and practical skills required for maintenance mechanic roles.

This course is designed to provide intermediate-level knowledge and practical skills in maintenance mechanics focusing on maintenance principles, troubleshooting, machine installation and power transmission.

This course is designed to equip maintenance mechanics with essential skills and practices to ensure quality maintenance work in various industrial settings. Through a combination of lectures and hands-on laboratory sessions, students will gain proficiency implementing Lean tools to optimize maintenance processes.

Topics include setting base plates, pre-alignment, belt, seal, and chain installation. Laboratory exercises are designed to provide hands-on practice of concepts.

Topics include preventative and predictive maintenance, advanced blueprint reading and compressor systems. Laboratory exercises are designed to provide hands-on practice of concepts.

Topics include laser alignment, troubleshooting and repairing hydraulic systems, troubleshooting and repairing pumps. Laboratory exercises are designed to provide hands-on practice of concepts.

Course covers the basic operation of a robotic arm, including safety, programming, testing a running a robot.

Mechanical components discuss some of the necessary equipment needed for mechanical systems. The course will focus on the construction of valves, pumps and piping along with the maintenance and installation of each.

This course offers a comprehensive introduction to fluid power systems, focusing on both hydraulics and pneumatics. Students will explore the principles, components and applications of hydraulic and pneumatic systems, covering the design and analysis of fluid power circuits, as well as essential maintenance and troubleshooting techniques.

This course provides comprehensive training in manual machining operations including hands-on experience with lathes, milling machines, bandsaws and drill presses. Students will learn the fundamental techniques for operating these machines, emphasizing precision, accuracy and efficiency. The course also includes a thorough review of machine safety protocols to ensure a safe working environment. Through a combination of lectures, demonstrations and practical exercises students will develop the skills necessary to perform basic machining tasks and understand the principles behind each operation.

This course will teach students how to program computer-controlled milling machines. Conversational language will be used and G codes will be discussed.

This course will teach students to program and run CNC Lathes and Milling Machines. Both G Code and conversational language will be included. No previous knowledge of computers is required.

This course serves as a culmination of the Indust. Maint. Certificate program. A project is designed and completed that demonstrates competencies and skills learned within the MTEC and IM courses of the program. NCCER Examinations are prepared for and taken.

Cooperative work experience placements must be approved by the academic division.