Electronics Engineering Technology - Photonics Certificate

Program Code:

Degree:

Certificate

This program may be completed at QCC Worcester (Main Campus).
This program may be completed face-to-face.

Connections:

Credits from this certificate can be applied to the following associate degree(s):

Electronics Engineering Technology - Biomedical Instrumentation Option

Electronics Engineering Technology - Mechatronics Option

Electronics Engineering Technology - Photonics Option

Program Contact Email:

electronics@qcc.mass.edu

Additional Information

Goals

Program Goals:

The primary goal of the Photonics Certificate is to provide students an educational pathway to high-wage, high-tech jobs in areas such as manufacturing, telecommunications, medical devices and systems, security systems, clean energy systems, and research throughout Central Massachusetts. A secondary goal is to provide employed individuals with opportunities to upgrade and broaden their skills and knowledge, either to become more effective in their current positions or to open new career paths. Students will also build a foundation of knowledge that forms the basis for further study in electronics and photonics.

Student Learning Outcomes:

Upon completion of the program, graduates will be able to:

Given schematics, wiring diagrams, mechanical drawings, and/or instructions, build and test electronic and electronically-controlled systems.
Use multimeters, oscilloscopes, power supplies, and function generators to analyze and troubleshoot circuits.
Use algebra to analyze and solve problems involving electrical and electronic circuits.
Assemble electronic systems using proper soldering and wiring techniques.
Analyze problems involving photonics applications, and propose and evaluate solutions.
Demonstrate an understanding of electro-optical systems, such as lasers.
Troubleshoot and repair electro-optical and photonic systems.
Communicate effectively verbally and in writing.
Write technical reports using a word processor.
Collect, sort, and analyze data using a spreadsheet.
Work effectively as a member of a team toward the solution of problems.

Classes

Curriculum:

Course Title	Course #	Semester Offered	Credits	Prerequisites
Semester 1 Apply and get accepted to this program (Program Code: CP). Register for and successfully complete all courses to graduate in two semesters. For students wishing to develop CAD skills, MNT 101 recommended. Meet with Academic Advisor to discuss associate degree (Program Code: EEBI, EEMO, EEPH); or create an account on the QCC job board to search for internships, co-ops and jobs.
Electronics I	ELT 103	F/S	4	Placement into college level English, MAT 095 with a grade of “C” or higher or approp place score
Introduction to Photonics	ELT 120	F	4	Placement into college level English, MAT 095 with a grade of “C” or higher or approp place score
Digital Circuits	ELT 121	F/S	4	Placement into college level English, MAT 095 with a grade of “C” or higher or approp place score
College Mathematics I: Pre-Calculus OR	MAT 123	F/S/SU	3-4	MAT 100 or approp place score
Mathematics for Technicians I OR	MAT 147	F/S/SU		MAT 095 with a grade of “C” or higher or approp place score
Mechanical CAD I	MNT 101	F/S		MAT 095 with a grade of “C” or higher or approp place score
		Total	15-16
Semester 2 Apply to associate degree (Program Code: EEBI, EEMO, EEPH); or if seeking employment, meet with Career Services for career readiness preparation and to learn more about QCC’s job board. Submit an Intent to Graduate Form, located on The Q.
Electronics II	ELT 104	F/S	4	ELT 103
Embedded Microcontrollers	ELT 130	F/S	4	ELT 103, ELT 121
Photonics Technology	ELT 222	S	4	ELT 120
		Total	12
Total Credits Required:			27-28

Elective Information

Cost & Requirements

Program Admissions Requirements:

Students should note that some first semester courses carry minimum prerequisites. Refer to the program grid.

High School Diploma or GED/HiSET.

Admissions Process:

Admissions inquiries should be directed to admissions [at] qcc.mass.edu. Prospective students may apply to the program of their choice by following the enrollment steps at www.QCC.edu/enrollment-steps.

Technical Performance Standards:

See the Technical Performance Standards page. (Note: Not all programs have technical performance standards).

Credit for Prior Learning:

Credit for Prior Learning (CPL) allows students to use skills they already have towards a college degree or certificate. Work, life, volunteer and military experience may be translated into credit, allowing students to take fewer classes and earn their degree faster. CPL eliminates redundancies for students who have already earned credentials or mastered skills required for their program of study. Email experience [at] qcc.mass.edu for more information and eligibility.

CORI, SORI, Fingerprinting & Drug Testing:

Criminal Offender Record Information (CORI) and Sex Offender Registry Information (SORI) checks are not required. Fingerprinting and drug testing are not required.

Additional Cost:

See the Program Fees page.

Career

Career Outlook:

Please consult the Massachusetts Career Information System at https://masscis.intocareers.org/ or the Occupational Outlook Handbook at www.bls.gov/ooh/ for specific occupational information. The CIP code for this program is 15.0304.

Transfer Articulations & Opportunities:

Prospective students may learn more about transfer articulation agreements at www.QCC.edu/agreements. More information regarding transfer opportunities is available at www.QCC.edu/transfer.

Career Exploration:

Students can take an online Career Assessment through Career Coach to determine their strengths, then browse through occupations compatible with their interests and assessment results. To access the online assessment and for more information about particular careers and related academic programs at QCC, visit www.QCC.edu/career-assessment.

The actual median salary and position may vary depending on the employee’s educational level and years of experience

Photonics partnerships: QCC is a partner in the Manufacturing USA Institute called AIM Photonics. See how integrated photonics will change our lives in the 21^st century, watch the video.