Diploma Programs
PMI’s training programs are designed to provide students with the theory and hands-on instruction necessary to begin a career in manufacturing- without any “fluff.” Each diploma program offers concentrated lessons in a specific manufacturing discipline, allowing students to train and enter the workforce in a timely manner.
In Meadville, PMI offers 7 different diploma programs. Select a program below to learn more:
- CNC Operator
- CNC Machinist
- Electric Arc Welding
- Mechatronics Technology
- Plastics Technology
- Quality Control Technology
- Robotics Technology
CNC Operator
560 Clock Hours/25 Semester Credit Hours
Length of Time for Completion: Approx. 20 Weeks
This program will enable the beginning student to gain theory, application and practice of setup and operation of 2-axis CNC lathes and 3-axis CNC mills and be able to read and edit relating CNC program. The student will gain fundamental theories of manual applications in drilling operations, turning and milling and build upon these principles to become proficient in setup and operation of CNC lathes and mills. This course will prepare the student for a position as an intermediate level CNC operator.
CNC Machinist
1,032 Clock Hours/50 Semester Credit Hours
Length of Time for Completion: Approx. 35 Weeks
This program will enable the beginning machining student to gain theory, application and practice of programming, setup and operation of 2-axis CNC lathes and 3-axis CNC mills. The student will gain fundamental manual applications in drilling operations, turning and milling and build upon these principles to become proficient in setup and operation of CNC lathes and mills and then apply the setup and operations to develop key programming and editing abilities. This course will prepare the student for an entry level position that has equivalent knowledge to a second year CNC machinist.
Electric Arc Welding
560 Clock Hours/24 Semester Credit Hours
Length of Time for Completion: Approx. 14 weeks
This program prepares students for a career as a skilled welder in the metal fabrication industry. Students will be able to demonstrate the proper usage of safety tools and methods. Students will demonstrate working knowledge and comprehension of blueprints and math as it pertains to this field. Students will gain understanding of various filler metals and their proper applications as well as the classifications and properties of the materials used in the welding and fabrication industry. Areas of instruction include shielded metal arc, gas metal arc, gas tungsten arc, flux cored arc and robotic welding.
Mechatronics Technology
996 Clock Hours/48 Semester Credit Hours
Length of Time for Completion: Approx. 34 Weeks
This program will provide students with entry-level competencies for the electrical, mechanical and automation industries. Students will learn industrial three phase and single-phase electrical systems, motor control, and develop troubleshooting and repair skills in industrial electrical machining and hydraulic systems. Upon completion a student will be able to demonstrate an understanding of CNC machining, programmable logic controllers, robotic programming and hydraulic systems. Students will also learn the basic safety principles for industrial equipment. This program provides entry-level skills for an Industrial Electrician, Industrial Maintenance and Machine Repair, and Electrical/Hydraulic Technician.
Plastics Technology
632 Clock Hours/37 Semester Credit Hours
Length of Time for Completion: Approx. 21 weeks
This program exposes students to theory/lab principles with practical applications of safety, mold setting procedures, and machine settings in relationship to the thermoplastic injection molding industry. This program covers material and machine conditions, mold repair/maintenance, injection mold design, thermoplastics and more. This program will also present a brief introduction to SMED (Single Minute Exchange Dies) followed by practical application(s) using equipment, tools and instruments found on the manufacturing floor.
Quality Control Technology
336 Clock Hours/19 Semester Credit Hours
Length of Time for Completion: Approx. 15 Weeks
This program prepares students to work in the Quality control area of the Tooling and Machining Industry, as well as other manufacturing settings. This program provides the basic technical knowledge and skills required for manufacturing consistency. A student will gain basic knowledge in Quality, Statistical Process Control, geometric dimensioning and tolerancing, and preparation for the CQI certification exam. The combination of theory and lab training will allow students to enter the workforce in entry-level positions such as Process Inspectors, Quality Control Coordinators, Quality Control Inspectors and Quality Assurance Assistants.
Robotics Technology
1,007 Clock hours/53 Semester Credit Hours
Length of time for completion of the program: Approx. 33 wks.
This program will provide the student with entry-level competencies in installation, setup, programming, tooling, troubleshooting, and repair of industrial robots. With an emphasis on safety, students will learn basic mechanical, electrical, hydraulic and pneumatic principles to aid in the troubleshooting and repair of industrial robots. Students will also learn to design tooling, fixturing, grippers and end effectors for use in performing manufacturing operations. Students are exposed to programming robot vision systems. The program culminates with students having the opportunity to integrate robotic systems with other manufacturing machines to build a functioning work cell.
