Electronic Systems Engineering Technology

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Electronic Systems Engineering TechnologyElectronic Systems Engineering Technology is a continually expanding field offering exciting careers in electronic system design, manufacturing, maintenance, marketing, support, and management. Graduates have assumed major roles in a wide variety of professional areas. Some of these areas include communications, control systems, circuit design, system design, systems testing, computer system design, medical systems, and materials testing. As the country designs, upgrades, replaces and maintains the vast communications highway, most of the work will be done by electronics technicians.

Math, computer and technical skills all provide a base for career development that often leads to leadership and management positions in the broad field of electronics engineering.

Educational background: Applicants are advised that competency in algebra, trigonometry, and physics is important. Applicants without this background may take the prerequisite courses at STCC although this may lengthen the time needed to complete the degree program.

Students wishing to further their education in an engineering field should notify their STCC academic advisor early in their course of study so that arrangements can be made to facilitate the transfer process.

Minimum Grade Requirement: Students in Electronic Systems Engineering Technology must receive a grade of "D" or better. A QPA of 2.0 must be achieved for graduation.

Upon the successful completion of the requirements for this program, the degree of Associate in Science in Electronic Systems Engineering Technology will be awarded.

Electronic Systems Engineering Tech Program Goals

To prepare graduates with the necessary skills to test, install, manage, operate, and/or troubleshoot modern electronic systems commonly found in the communications, manufacturing, service and IT industries as well as R & D laboratories.

  1. The graduate should be able to demonstrate competence in the understanding and application of electronic components, systems, schematics and engineering documentation.
  2. The graduate should be able to demonstrate an understanding of DC & AC circuit theory, digital systems, semiconductors and integrated circuits.
  3. The graduate should be able to demonstrate a basic understanding of electro?mechanical systems, data acquisition theory, and the sensors and controls used in these systems.
  4. The graduate should be able to demonstrate competence in the understanding, installation and configuration, troubleshooting, and upgrading of common computer hardware and peripherals commonly used in the electronics industry.
  5. The graduate should be able to demonstrate a working knowledge of programmable devices including microprocessors and microcontrollers.
  6. The graduate should be able to communicate effectively, both orally and in writing.
  7. The graduate should be able to conduct research from a variety of sources. These include the internet, technical specifications and schematics, and related sources.

Programmatic Technical Standard (PDF)


(ESET.AS) Curriculum
Semester 1
No. Course Title Credits
ESET-141 ELECTRIC CIRCUITS 4
ESET-145 ELECTRIC CIRCUITS LAB 1
ESET-165 INTRODUCTION TO PROJECT MANAGEMENT 3
CSET-210 INTRODUCTION TO COMPUTER SYSTEMS 3
MATH-132 TECHNICAL MATHEMATICS 1 4
ENGL-100 ENGLISH COMPOSITION 1 3
Total: 18
Semester 2
No. Course Title Credits
ESET-151 TECHNICAL DOCUMENTATION USING WORD 1
ESET-152 TECHNICAL DOCUMENTATION USING VISIO 1
ESET-153 TECHNICAL DOCUMENTATION USING EXCEL 1
ESET-261 EMBEDDED CONTROLLERS 3
ESET-266 EMBEDDED SYSTEMS LAB 1
ESET-271 INSTRUMENTATION AND MEASUREMENT 4
MATH-232 TECHNICAL MATHEMATICS 2 4
ENGL-200 ENGLISH COMPOSITION 2: AN INTRODUCTION TO LITERATURE (or) 3
ENGL-203 FUNDAMENTALS OF ORAL COMMUNICATION (or) 3
ENGL-202 TECHNICAL REPORT WRITING 3
Total: 18
Semester 3
No. Course Title Credits
ESET-341 CIRCUIT THEORY 4
ESET-344 COMMUNICATIONS SYSTEMS 4
ESET-353 HOME AND SMALL BUSINESS NETWORKING 3
ESET-365 PROJECT RESEARCH AND DEVELOPMENT 2
ESET-371 SENSORS AND DATA ACQUISITION 4
Total: 17
Semester 4
No. Course Title Credits
ESET-465 SENIOR PROJECTS IN E.S.E.T. 3
ESET-471 ESET-471 SENSOR SYSTEMS 4
PHYS-119 TECHNICAL PHYSICS (or) 4
PHYS-130 COLLEGE PHYSICS 1 (or) 4
PHYS-132 UNIVERSITY PHYSICS 1 (or) 4
MATH-155 CALCULUS 1 4
ELSOC GENERAL SOCIAL SCIENCE ELECTIVE 3
Total: 14

Notes:

  1. MATH-132 and MATH-232 must be completed and passed by the start of semester 3.

Department Personnel
Name Title Office Ext Email
Edward Bigos Professor / Co-Dept. Chair 17/637 4544 bigos
Richard Jagodowski Professor 17/637 4594 jagodowski
Arvind Karnik Professor 17/633 4560 karnik
Gary Mullett Professor 17/635 4600 gmullett
Diane Snyder Professor 17/631 4945 dsnyder
Gordon Snyder Executive Director of NCTT TP/103 6552 gsnyder
Eliano Soares Staff Assistant 17/209 4593 esoares
Ronald Stone Electronics Technician II 17/613 4577 rstone
Peter Vangel Professor 17/635 4665 vangel
Barbara Washburn Professor / Co-Dept. Chair 17/631 4587 washburn