Mechanical Engineering Technology

A student wearing protective welding gear and a leather welding jacket works with a welding torch on a metal fabrication project in a mechanical engineering technology lab.

Build the Skills to Design, Create, and Improve

Mechanical Engineering Technology combines engineering concepts with hands-on training to prepare you for careers in design, manufacturing, automation, testing, and other technical fields. You'll work with modern tools and technology while gaining real-world experience in CAD, CNC machining, manufacturing, fluid power, and mechanical systems.

Graduates of the Mechanical Engineering Technology program are prepared for entry-level careers in engineering technology, manufacturing, design, testing, automation, and technical support. The program also provides a strong foundation for students who want to continue their education at a four-year college.
View Detailed Program Information

You Will Thrive In This Program If...

You enjoy figuring out how things work, from machines and mechanical systems to new technologies.
You like designing, building, and solving problems, especially through hands-on projects and technical work.
You enjoy math, science, and technology and want to apply what you learn to real-world challenges.
You are detail-oriented and work well with others, especially when testing, building, and improving mechanical systems.
A mechanical engineering technology lab features hands-on training equipment for electrical controls and pneumatic instrumentation, with multiple workstations and industrial training modules.

Learn in Modern Engineering Labs

Take your learning beyond the classroom with hands-on experience in specialized engineering and manufacturing labs. You'll use industry-relevant equipment and technology to design, build, test, and improve mechanical systems while developing skills you can take directly into the workplace.

Our labs include:

  • CAD & GD&T Lab – Create technical drawings and 3D designs while learning industry standards for precision and manufacturing.
  • Machine Tool Operations Lab – Gain experience with machining and manufacturing equipment.
  • Fluid Mechanics & Fluid Power Lab – Explore hydraulic and pneumatic systems used in industry.
  • Materials Testing & Analysis Lab – Test materials and learn how their properties affect performance.
  • Instrumentation & Controls Lab – Work with sensors, controls, and systems used to monitor and operate equipment.
  • Thermodynamics & Heat Power Lab – Apply principles of heat, energy, and mechanical systems.
  • Manufacturing & Automation Lab – Learn about modern manufacturing processes, automation, and production systems.
  • Welding Lab – Develop foundational welding skills used in manufacturing and mechanical applications.
  • Mechanical Systems Lab – Work with mechanical systems and apply engineering concepts through hands-on projects.
94%
of graduates are employed or continue their education within 6 months of graduation
40%
of graduates continue their education at institutions such as Alfred State College, Rochester Institute of Technology, and the University at Buffalo.
100%
of students get internships while in the Mechanical Engineering Program.
For More Information:
Temesgen Kasa
North - Bretschger Hall Bldg. B
716-851-1507
kasa@ecc.edu

Frequently Asked Questions

What is Mechanical Engineering Technology?

Mechanical Engineering Technology is an applied engineering program that combines engineering theory with hands-on technical training. Students learn to design, test, manufacture, and improve mechanical systems using modern engineering tools and technologies.

What careers can I pursue with this degree?

Graduates are prepared for careers in:

  • Mechanical Engineering Technology
  • Manufacturing and Production
  • CAD Design and Drafting
  • CNC Programming and Operations
  • Quality Assurance and Testing
  • Automation and Control Systems
  • Product Development
  • Engineering Support and Technical Services

The program is designed to prepare students for entry-level engineering technology positions across a wide range of industries.

Do I need prior engineering experience to enroll?

No prior engineering experience is required. The program is designed to provide students with the foundational knowledge and technical skills needed for success in Mechanical Engineering Technology. Students learn progressively through coursework and laboratory experiences.

What engineering software and technologies will I use?

Students gain experience with Computer-Aided Design (CAD), Geometric Dimensioning and Tolerancing (GD&T), CNC/CAM technologies, instrumentation systems, manufacturing equipment, and other modern engineering tools used by industry professionals.

What facilities will I have access to?
Students have access to specialized laboratories including CAD and GD&T labs, Fluid Mechanics and Fluid Power Systems labs, Materials Testing labs, Instrumentation and Controls labs, Manufacturing and Automation facilities, Welding labs, and Mechanical Systems laboratories.
Are internships available?

Internships may be available through employer partnerships and industry connections. Students are encouraged to work with faculty advisors and Career Services to explore internship, co-op, and employment opportunities related to their career goals. A program-specific internship placement rate was not publicly available

What makes SUNY Erie's program unique?

The program emphasizes experiential learning through extensive laboratory work, modern engineering technologies, and real-world applications. Students gain practical experience while building a strong foundation in engineering principles and technical problem-solving.

Accreditation Statement

Our program is accredited by the Mechanical Engineering Technology Accreditation Commission of ABET, under the commission's General Criteria and Program Criteria for Mechanical Engineering Technology.