Mechanical Engineering Technology The City University of New York

Overview

The Mechanical Engineering Technology B.Tech. at The City University of New York provides students with a robust foundation in the scientific principles essential for modern mechanical design. This curriculum is specifically designed to balance rigorous theoretical study with extensive hands-on experience in professional-grade laboratory environments. Students develop the technical expertise required to solve complex engineering problems while mastering the latest production methods used in the global manufacturing sector.

By integrating mathematical foundations with practical applications, the programme ensures that graduates are well-versed in the lifecycle of product development.

Why Mechanical Engineering Technology at The City University of New York?

The university provides access to well-equipped laboratories that allow students to apply classroom theories to real-world scenarios. This emphasis on experiential learning ensures that students are not only familiar with the mathematical principles of mechanics but are also proficient in using industry-standard tools for rapid prototyping and solids modeling. The facility-driven approach helps bridge the gap between academic study and professional practice, making it a distinctive choice for aspiring engineering technologists.

Tuition Fee Breakdown

• International fee: USD 620 per credit
• National fee: USD 620 per credit
• Local fee: USD 305 per credit

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum focuses on the core competencies of mechanical design and manufacturing. Modules may include:

• Machine Design
• Solids Modeling
• Applied Mechanics
• Production Methods
• Rapid Prototyping
• Mechanical Design Principles

The Mechanical Engineering Technology B.Tech. at The City University of New York provides students with a robust foundation in the scientific principles essential for modern mechanical design. This curriculum is specifically designed to balance rigorous theoretical study with extensive hands-on experience in professional-grade laboratory environments. Students develop the technical expertise required to solve complex engineering problems while mastering the latest production methods used in the global manufacturing sector. By integrating mathematical foundations with practical applications, the programme ensures that graduates are well-versed in the lifecycle of product development. The coursework focuses on the transition from initial conceptual models to physical prototypes, reflecting the current demands of the engineering technology field. This approach allows learners to gain confidence in their technical abilities while understanding the practical constraints of industrial production and mechanical systems. The university provides access to well-equipped laboratories that allow students to apply classroom theories to real-world scenarios. This emphasis on experiential learning ensures that students are not only familiar with the mathematical principles of mechanics but are also proficient in using industry-standard tools for rapid prototyping and solids modeling. The facility-driven approach helps bridge the gap between academic study and professional practice, making it a distinctive choice for aspiring engineering technologists. The curriculum focuses on the core competencies of mechanical design and manufacturing. Modules may include machine design, solids modeling, and applied mechanics. Students also explore production methods and rapid prototyping to ensure they are prepared for the modern workforce. The balanced curriculum provides the ideal mix of the scientific and mathematical principles upon which mechanical design is based with hands-on experience in our well-equipped labs. This ensures that every graduate has the skills needed to succeed in a competitive global market.

Accreditation

The program is accredited by the Engineering Technology Accreditation Commission of ABET