Manufacturing Maintenance Technicians make electrical and mechanical repairs to automated equipment in most industries. Today’s manufacturers want a well-rounded skill set that includes basic machining, hydraulics, pneumatics, electricity, computers and good communication skills.

At Crowder College, we understand just how important your future is, not just for you, but for your family as well. Obtaining an education in the field you love is just the beginning to a promising future! Let Crowder College help you accomplish your goals by enrolling in our Welding Technology Program which participates in the American Welding Society SENSE Program.

The Automotive Technology Program at Crowder College offers the latest technological training in Crowder’s state of the art automotive electronics lab and shop where you will gain hands-on experience in preparation for a career in the automotive field!

The Computer and Network Support Technology program (CNS) at Crowder College trains students to become a high demand technician and has actively participated with Cisco Certified Academy through Cisco Systems. Computers have become an integral part of today’s society…they’re everywhere! With this surge of computer growth, there is an ever-growing demand for computer and network support technicians.

The Construction Technology program prepares students for employment in the construction industry or in related occupations. The program is built around National Center for Construction Education and Research (NCCER) standards and is comprised of a core component covering basic employability skills, introductory carpentry, and construction management. 

Today’s diesel technicians are constantly being challenged to keep diesel-powered equipment running efficiently to meet the needs of businesses. Technicians service the equipment that moves freight, earth and people, drills for oil, powers farm tractors and generates electrical power.

Engineering Technology is a field that combines theory and practical knowledge to design, develop, and maintain cutting-edge products, systems, and infrastructures. It involves a hands-on, applied approach to engineering that emphasizes problem-solving, analysis and design and implementation rather than research and development.