Bachelor of Science in Engineering Technology

Temple University’s Bachelor of Science in Engineering Technology focuses on applying engineering principles to practical, real-world challenges, helping students bridge the gap between engineering design and production. This 124-credit program suits students who enjoy hands-on problem-solving, manufacturing, machinery, and technology, with opportunities to explore areas such as materials, electrical systems, mechanical design, and manufacturing processes.

Curriculum Structure:

Year 1: Engineering Foundations:

Students develop their mathematical, scientific, and problem-solving skills while learning how engineering technology is used in industry. Courses such as Introduction to Engineering and Engineering Technology, Introduction to Engineering Problem Solving, and Fundamentals of Mechanical Engineering Design introduce engineering concepts, design methods, and practical approaches to technical challenges.

Year 2: Applied Engineering Principles:

Students begin to explore how materials, mechanical forces, fluids, and electrical systems behave in real-world applications. Courses such as Applied Strength of Materials, Applied Engineering Statics, and Electrical Devices & Systems I help students understand how components and systems are analysed, selected, and used in engineering projects.

Year 3: Materials, Manufacturing, and Project Management:

Students strengthen their applied technical knowledge and learn how to manage engineering work within manufacturing and production environments. Applied Materials Technology, Additive Manufacturing – 3D Printing, and Project Management in Engineering Technology introduce material selection, modern manufacturing techniques, and the coordination of technical projects.

Year 4: Industry Application and Capstone Design:

In their final year, students apply their accumulated knowledge to engineering design, manufacturing systems, and professional project work. Courses such as Manufacturing Systems Design, Entrepreneurial Engineering, and Engineering Technology and Mechanical Engineering Technology Capstone Project II help students integrate technical, business, and teamwork skills to address practical engineering challenges.

Focus Areas:

Applied mechanical engineering, electrical devices and systems, materials technology, additive manufacturing, fluid mechanics, engineering statics, manufacturing systems, quality control, project management, computer technology through approved technical electives.

Learning Outcomes:

Apply mathematics and engineering principles to practical technical problems, evaluate materials and mechanical systems, support manufacturing and production processes, use technical communication and project-management skills, and develop solutions through applied engineering design and testing.

Professional Alignment (Accreditation):

Temple University’s Bachelor of Science in Engineering Technology is accredited by the Engineering Technology Accreditation Commission of ABET under its General Criteria. This accreditation demonstrates that the program meets established quality standards for engineering technology education.

Reputation and Employability:

Temple’s Engineering Technology program emphasises practical skills that can be applied across manufacturing, maintenance, construction, technical services, and production. The university identifies career paths such as engineering technician, electronics technician, field engineer, draftsman, computer technician, and machinist, while offering students access to career coaching and job-search resources.