Electrical Engineering Curriculum
Accredited by the Technology Accreditation
Commission of ABET
415N Charles Street, Baltimore, MD 21201
Phone: (410) 347-7700
Students In This Major:
- Utilize their computer in all of the major courses to enhance employability upon graduation.
- Acquire hands-on experience with programmable controllers, motors, generators, power systems, industrial electronics, and other related areas.
- Study under experienced faculty members in small class settings.
- Are recommended to have a laptop computer during their senior year.
More than 90% of graduates go directly into positions like:
- Project Control Technician
- Electronic Maintenance Technician
- Production Technician
- Field Service Technician
- Systems Test Engineer
- Quality Assurance Technician
- Field Project Technician
- Power Technician
- Communications Technician
The demand for Electrical Engineering Technicians is immense. There are simply are not enough qualified technicians entering the market place, and a large number of working technicians are approaching retirement age.
Employers Of SUNY Canton Graduates Includes:
- Brookfield Power
- National Grid
- Schneider Packing Equipment
- New York Power Authority
- C & S Engineers, Inc.
- SUNY Canton: B. Tech in Electrical Technology, Alternative & Renewable Energy Systems, and Industrial Technology: Management
- Rochester Institute of Technology
- SUNY Institute of Technology
- SUNY Alfred
Accredited by the Engineering Technology Accreditation Commission of ABET
415 N. Charles St.
Baltimore, MD 21201
- Refer to the table of high school course prerequisites for admission.
- Students must be qualified to enter Pre- Calculus Algebra (MATH 123)
- Students who do not meet the required high school mathematics prerequisites may still be admitted to the College, but they will have to complete all mathematics requirements before admission to this program.
PROGRAM REQUIREMENTS (Curriculum 0699)
(Starting Fall 2014)
Semester I Credits
|ELEC 101||Electric Circuits I||3|
|ELEC 109||Electric Circuits I Laboratory||1|
|ELEC 161||Electronic Fabrication||2|
|ENGS 102||Programming for Engineers||2|
|Expository Writing (GER 10) OR
Oral & Written Expression (GER 10)
|MATH 123||Pre-Calculus Algebra (GER 1)||4|
|FYEP 101||First Year Experience||1|
Semester II Credits
|ELEC 102||Electric Circuits 2||3|
|ELEC 129||Electric Circuits 2 Laboratory||1|
|ELEC 141||Industrial Controls||2|
|ELEC 165||Digital Fundamentals & Systems||3|
|ELEC 166||Digital Fundamentals & Systems Lab||1|
|MATH 161||Calculus I (GER 1)||4|
|English (Literature) (GER 7)||3|
Semester III Credits
|ELEC 215||Electrical Energy Conversion||4|
|ELEC 231||Electronic Circuits||4|
College Physics I (GER 2) OR
|Physics Lab I (GER 2) OR
University Physics I Lab (GER 2)
|SOET 116||Intro to CAD & Design||2|
Semester IV Credits
|ELEC 203||Engineering Technology Project||1|
|ELEC 243||Automated Control Systems||2|
|ELEC 332||Industrial Power Electronics||3|
College Physics II OR
|Physics Lab II OR
University Physics II Lab
|SOET 377||Engineering Ethics||1|
* Fulfills writing intensive requirement
Graduation Requirements: 64 Semester Credit Hours with a GPA of 2.0 minimum
Electrical Engineering Technology