Study mechanical technology at JCC
The Mechanical Technology degree with a design concentration at Jamestown Community College prepares you for employment in mechanical or industrial engineering technology. Graduates can pursue roles such as machine and tool designer, industrial laboratory technician, inspector, production control technician, safety technician, and CAD operator. Graduates can also transfer and earn a bachelor's degree in mechanical engineering technology.
While at JCC, you’ll develop a broad range of skills in math, physics, and mechanical technology. You can choose either the machine tool concentration or the design concentration to complete the degree. The design concentration features courses in calculus, computer science, and computer programming. You’ll focus on learning how to develop concepts for manufactured products.
2021 median pay for industrial designers: $77,030/year according to the U.S. Bureau of Labor Statistics
Where to study at JCC
- Fully available on the Jamestown Campus
- Some courses must be completed on the Jamestown Campus
JCC’s Mechanical Technology degree with design concentration prepares you to immediately enter the workforce after graduation.
The MTI provides highly skilled training and industry-standard equipment to prepare for manufacturing careers.
Mechanical technology skills
After you complete the program, you will be able to:
- Design for strength and deflection resistance the basic mechanical components of a system.
- Analyze a thermodynamic or fluid system using the zeroth, first, and second laws of thermodynamics.
- Participate in and contribute to a formal design/manufacturing cycle.
- Create industrially acceptable CAD documentation of a product design.
- Generate a correct machining process for the manual production of a basic mechanical component.
- Recognize the basic manufacturing processes and be able to identify the strengths and weaknesses of each process.
- Write CNC programs to machine a basic part on a mill or lathe as is appropriate.
- Use computer software to present concepts, obtain, and analyze information.
MAT 1590: College Algebra and Trigonometry
MCT 1240: Engineering Drawing w/AutoCAD
MCT 1270: Machine Theory and Operation
MCT 1380: Introduction to Solid Modeling
MCT 2340: Dimensional Metrology
PHY 1500: Foundational Physics
- To complete the program in four semesters, students must start in the fall semester at the appropriate level of mathematics.
- Students with the appropriate mathematical background may opt for MAT 1600 or MAT 1710.
- Students with the appropriate background may opt for PHY 1610 or PHY 1710.
MAT 1600: Precalculus
MCT 1250: Statics for Technology
MCT 2380: Advanced Solid Modeling
MCT 1310: Industrial Safety & Quality
MCT 1340: Manufacturing Drawings and GD&T or
CSC 1510: Introduction to Computer Science or
CSC 1560: Computer Application Software I
INT 1555: Inquire
- MCT 1250 must be taken if a student is not taking ENR 1560 in semester 3. See your advisor.
- INT 1555 must be taken if a student is not taking ENR 1560 in semester 3. See your advisor.
CSC 1570: Programming Concepts & Applications
ENR 1560: Introduction to Engineering & Engineering Design
ENG 1510: College Composition I
MCT 2270: Mechanics of Energy Systems
Social Sciences Elective
Choose a course that fulfills the Cultural Understanding and/or Global Perspectives requirements
ENR 1560 must be taken if a student did not complete both INT 1555 AND MCT 1250. See your advisor.
ENG 1530: College Composition II
MCT 2230: Mechanics of Materials or
MCT 1310: Industrial Safety & Quality and
MCT 1320: Production Processes and Maintenance
MCT 2420: Manufacturing Processes I
Social Sciences Elective
SOC 1510: Introduction to Sociology
- Apply for graduation.
- MCT 2230 must be taken if a student did not take ENR 1560 in semester 3. See your advisor.
- MCT 1320 must be taken if a student has taken MCT 1310.