Manufacturing Technology
Machinists and tool and die makers set up and operate machine tools to produce precision metal parts, instruments, and tools.
Machinists and tool and die makers work in machine shops, toolrooms, and factories. Although many work full time during regular business hours, overtime may be common, as is evening and weekend work.
Training Programs at DATC
DATC Manufacturing Technology Certificate
400 Hours (5 months)
The Manufacturing Technology program prepares students for high-tech manufacturing careers. In addition to learning how to produce industrial products, students will get hands-on experience in automation, robotics, composite materials technology, plastic injection molding, and welding. Students will also learn basic computer controlled machine operation and maintenance. Graduates will have foundational skills required for entry-level employment or may continue their education to specialize in any of the instructional areas.
DATC Injection Molding Certificate
765 Hours (5 months)
The Injection Molding program prepares students for a fun, rewarding, and high-paying career as an injection molding process technician in a growing industry. Currently there are dozens of Utah companies that employ technicians to mold parts used in products ranging from lifesaving medical devices to cars and electronics. Students will work hands-on with highly trained and skilled instructors on state-of the-art equipment. As part of that training, students will safely setup, operate, and maintain injection molding machines and auxiliary equipment; perform injection molding changeovers; and collaborate with the product development team to improve processes. Students will receive training in operating and programming robotics. During the program, students will prepare capital equipment justifications, in order to support profitable purchases, and calculate cost estimate used to secure future business. After completing the program, students will work with one of our placement specialists to find employment that utilizes these newly gained skills.
DATC Composite Materials Technology Certificate
900 Hours (10 months)
The Composite Materials Technology program at Davis Technical College prepares students to work in industries such as aerospace, automotive, bridge building, marine, sporting goods, and parts assembly. This program introduces basic composite materials, techniques, and procedures and progresses through advanced composite skills. Students will demonstrate industry standards concerning safety, composite terminology, hand lay-ups, and composite inspection and repair. Our instructors are from the aerospace industry and have years of hands-on experience. Students who complete this program will be prepared for entry-level employment as a composite technician.
Training Programs at MTECH
MTECH Automated Manufacturing Certificate
900 Hours
Our program focuses on a hands-on approach to specialize students in manufacturing equipment maintenance, operation, and the design of processes for new products being built. Students enrolled in Automated Manufacturing will learn how to design a product through a 3D computer-automated drafting program, and prototype this product using 3D printers, then how to build this product as quickly and efficiently as possible. Students will also learn several different systems that are used to create high-quality products consistently, including hydraulic and pneumatic, electronic, motor control, programmable logic controllers, and finish with assembly line robotics and mechatronics.
Training Programs at SLCC
SLCC Manufacturing Engineering AAS
67-69 Credits
The Associate of Applied Science degree in Engineering Technology with emphases in either “Product Design Engineering Technology (PDET), “Mechanical Engineering Technology (MET), or “Manufacturing Engineering Technology (MFET) provides the student with a solid foundation in electronics theory and application, as well as established and emerging technologies. This program is designed for students who intend to enter the work force after obtaining the AAS degree or transfer to other USHE institutions. The courses emphasize mastery of theory as well as attainment of skills and competencies through Lab experiences that are vital to workforce needs.
Training Programs at Snow
Snow College Industrial Mechanics Technology AAS
69-71 Credits
Snow College offers an Industrial Mechanics Technology program on its Richfield campus. The program consists of 69-71 semester hours of instruction that prepares students to meet job entry requirements.
The Industrial Mechanics program is designed to give students a basic knowledge of maintaining and repairing a variety of machines and mechanical systems. You will be working with mathematics, blueprint reading, welding, electronics and computers. Through lecture and practical lab experience, students will learn industrial mechanics skills needed in today's industry.
Students pay regular college tuition plus the cost of tools, coveralls, and safety equipment during their training. The purchased equipment is the personal property of the student.
A one-year certificate and an Associate of Applied Science degree are offered in this program.
Training Programs at UVU
18 Credits
The Certificate of Proficiency in Advanced Manufacturing is designed to provide entry-level manufacturing technician skills that are needed in expanding the manufacturing industry in Utah Valley. Although the term "advanced" might be confusing for a program providing entry-level skills, nationally this is the term that is being used. The program focuses on the basic skills used in advanced manufacturing processes expanding across the nation. The components of the certificate will include basic manufacturing skills with hands-on activities on equipment used in local facilities. Graduates of this certificate will have a basic understanding of advanced manufacturing operations with an emphasis on solving problems in the organization. While this program offers an entry-level certification for individuals pursuing a career in manufacturing, it has been designed to enable individuals the opportunity to continually expand and upgrade their applied skills as well as to maintain a thorough mastery of evolving manufacturing technologies.