Precision Machining - Optical Fabrication
- Department of Applied Technologies
Study optical fabrication, then get to work in Rochester, the world leader in optics.
Monroe Community College has one of the best-equipped college machining programs in New York State. In our precision machining certificate program, you’ll learn the most current optical fabrication techniques. Journeyman machinists with years of professional experience will be your teachers.
Look forward to part-time work opportunities— about 90 percent of our students hold jobs. And in just one year, you’ll graduate with a certificate and a bundle of skills that prepare you for immediate employment.
Local Optics Shops Hire Optical Fabrication Machinists Trained at MCC
Optical fabricators manufacture components used in lasers, fiber optics, and digital imaging. You’ll learn the principles and practices of precision metalworking. Then, you’ll apply your skills to these technologies, and more.
We designed this one-year program so you’ll be ready to work in precision machining immediately after earning your certificate. Many Rochester area manufacturers hire our graduates, for example:
- PEKO Precision Products
- Rochester Precision Optics
- Gleason Corporation
- Advantech Industries
- Sydor Optics
- JML Optics
Your job title could be:
- Computer-controlled machine tool operator
- Metal and plastic/optician
- Machinist—optical, aircraft, or automotive
- First-line supervisor of production and operating workers
To find out more about the precision machining – optical fabrication certificate from Monroe Community College, contact the admissions office at email@example.com or (585) 292-2200.
Precision Machining Careers.
PRECISION MACHINING - OPTICAL FABRICATION
School(s): Applied Sciences & TechnologiesCIP Code: 15.00613
MCC Program Code: PM04
NYSED Code (BRI): 31779
This certificate program is designed to prepare graduates for employment in the precision machining industry with special emphasis on optical fabrication. Optical fabrication is the manufacturing of optical components used in lasers, fiber optics, and digital imaging. Students will learn the principles and practices of precision metalworking and then apply these skills to the materials used in fiber optics, digital imaging, lasers, and other technological applications.
(Housed in the Applied Technologies Department)
Program Learning Outcomes
1. Demonstrate necessary soft skills to acquire a job within a manufacturing industry.
2. Perform manual machine part production to industry standards.
3. Perform computer numerical machine part production to industry standards.
4. Demonstrate measurement techniques necessary for successful employment.
5. Compose machine tool programs necessary for successful employment.
6. Demonstrate written technical communication skills.
7. Apply mathematical skills to solve industrial problems.
8. Interpret engineering models for part production.
9. Follow standard safety practices used in industry.
Requirements for Program Entrance
Algebra (1 year high school math or placement into Level 4 Math at MCC).
|Distribution Requirements||Credit Hours|
|FIRST SEMESTER: 16 Credit Hours|
|TAM 105 Machine Project Laboratory OR|
|TAM 121 Mathematics for Machinists I||3|
|TAM 131 Machine Shop Print Reading I||3|
|OPT 110 Introduction to Optical Technology||3|
|OPT 131 Optical Elements and Ray Optics||4|
|SECOND SEMESTER: 15-16 Credit Hours|
|ENG 101 College Composition OR|
ENG 200 Advanced Composition OR
CRC 101 Practical Computer Literacy
|OPT 135 Measurement and Analysis OR |
TAM 138 Dimensional Metrology
|OPT 151 Optical Instruments and Testing||4|
|TAM 139 CNC Vertical Machine Tool Programming I||3|
|TAM 205 CNC Machine Project Laboratory||2|
|OPT 135 Measurement and Analysis||4|
|OPT 201 Photo Science||4|
|OPT 211 Wave Optics and Applications||4|
|OPT 213 Optical Processes||4|
|OPT 215 Electro-Optical Devices and Systems||5|
|OPT 235 Advanced Optical Manufacturing||3|
NOTE: Students currently working in the precision machining industry may substitute a TAM/OPT elective for TAM 105, based on work experience and approval of a faculty advisor.
All students enrolled in the program should take the MCC placement exam for advisement prior to registration. It is recommended that students have a minimum of 2 years of high school math or place MTH 104 or higher on the placement exam prior to enrolling in this program. Please seek advisement from the TAM/OPT Coordinator or faculty prior to registration. Call 585-292-3725 for advisement times.