Mechanical Engineering Technology

Prepare for a Career in Mechanical Engineering Technology

As automation, robotics, and advanced manufacturing technologies continue to transform industry, skilled mechanical engineering technicians are in high demand. The Mechanical Engineering Technology program at Pitt Community College will prepare you to meet this demand in exciting career roles. 

When you study engineering technology at Pitt, you’ll work with experienced faculty to build a solid foundation in advanced manufacturing technologies such as 3-D printing, programmable logic controllers, and robotics. Through a combination of theory and hands-on training, you’ll learn to use the latest mechanical engineering software and tools, such as AutoCAD and Solidworks

Mechanical Engineering Diploma and Certificate Options

The Mechanical Engineering Technology program offers multiple pathways to help you build specialized skills and meet your career goals. As you progress through the program, you may earn certificates or a diploma in specific areas of engineering technology, allowing you to gain additional credentials while working toward your degree.

• Mechanical Engineering Software
• Mechanical Fundamentals
• Manufacturing Processes Fundamentals
• MET Highschool Path I (CTE)
• MET Highschool Path II (CTE)

Why Choose Pitt Community College for Your Mechanical Engineering Technology?

The Mechanical Engineering Technology program is a five-semester program that combines rigorous coursework with hands-on learning in modern labs and classrooms. At PCC, students benefit from small class sizes, individualized advising, career coaching, and access to faculty with extensive industry experience who bring real-world knowledge into the classroom.

Students gain experience with mechanical engineering software and industry tools, along with key standards such as ANSI, OSHA, GD&T, and ISO. These skills help prepare graduates for careers in engineering and manufacturing environments. Internship opportunities, part-time employment, and career coaching support students in building experience and preparing for the workforce or transfer to a four-year program.

The Mechanical Engineering Technology program prepares students for successful careers in industry by providing a strong foundation in applied engineering principles, hands-on technical skills, and emerging technologies. The program is committed to student success, workforce readiness, and lifelong learning through high-quality instruction, industry-relevant curriculum, and practical experiences. It supports the economic and technological needs of the region by developing skilled graduates who can contribute effectively to modern engineering and manufacturing environments.

Career Opportunities for Mechanical Engineering Technology Graduates

The U.S. Bureau of Labor Statistics expects about 3,700 new openings in the mechanical engineering technology field each year by 2032. This means that you will have many chances to find the ideal position as a mechanical engineering tech doing that you love.

Graduates of our Mechanical Engineering Technology program are ready to enter the workforce as mechanical drafters, engineering planners, coordinators, or technicians. They also have the fundamental skills in theory and mechanical engineering software to transfer to East Carolina University’s Bachelor of Science in Industrial Technology program to study mechanical design and increase their career outlook even more.

Earning a mechanical engineering certificate or diploma can increase your career opportunities even further, as well as help you carve a career path that aligns with your skills and interests. You can also join our Technical Honor Society to build a network, learn from your peers, and show potential employers your dedication to the field of engineering technology.

Graduating from our Mechanical Engineering Technology program can qualify you for a wide range of positions in mechanical engineering tech and related fields. Fields you could enter include:

• Drafting
• Process specification
• Tooling selection
• Automation programming
• Project facilitation
• Robotics