Bachelor of Science in Applied Science Degree

The Electrical Engineering Technology  program is based on the "two-plus-two'' educational system which provides the student with the flexibility of earning an associate degree and a bachelor's degree according to his or her needs. After completing the requirements of the associate degree, the student may elect to either enter industry or, through an added two years of full-time study (averaging 17 hours per semester) or equivalent part-time study, earn the Bachelor of Science in Applied Science (BSAS).

The bachelor's degree program in electrical engineering technology prepares students for employment as engineering technologists or engineering designers. The students focus on analog and digital electronics communication systems, smart grid and power distribution, and computer networking systems. Co-op programs with various local companies enable EET students to gain experience and income during their junior and senior years. Many students work full or part-time while completing the BSAS degree taking evening classes. Students are encouraged to take the Fundamentals of Engineering (FE) exam as the first step toward professional registration.

Program Educational Objectives

Educational objectives for the electrical engineering technology programs have been developed by faculty and the program industrial advisory committee to support the university, college, and School of Engineering Technology missions. Graduates of the EET bachelor degree are prepared to assist in the design and testing of electrical systems and may function independently in some areas.

During their first few years after earning the electrical engineering technology degree at YSU, graduates will have demonstrated the ability to:

  • Secure employment in a technical career related to their Electrical Engineering Technology degree.
  • Communicate effectively in a professional environment.
  • Continue growth in professional knowledge and skills.
  • Achieve recognition consistent with their educational achievements.

Accreditation and Registration

The electrical engineering technology bachelor program is accredited by the ETAC Accreditation Commission of ABET, http://www.abet.org. In most states, including Ohio, West Virginia and Pennsylvania, bachelor's degree graduates are qualified to take the Fundamentals of Engineering (FE) exam, and, with sufficient work experience, the Professional Engineers (PE) exam. Graduates are also qualified to apply to the National Institute for Certification in Engineering Technologies (NICET) for certification procedures in various specialty areas, depending on academic major and employment area.

Date of last campus visit:   October, 2017

Accredited through:   2024

Next campus visit:      2023

Link to accrediting body:  ABET

COURSE TITLE S.H.
FIRST YEAR REQUIREMENT -STUDENT SUCCESS
YSU 1500Success Seminar1-2
or SS 1500 Strong Start Success Seminar
or HONR 1500 Intro to Honors
General Education Courses:
ENGL 1550Writing 13-4
or ENGL 1549 Writing 1 with Support
ENGL 1551Writing 23
CMST 1545Communication Foundations3
MATH 1513Algebra and Transcendental Function5
ECON 2610Principles 1: Microeconomics3
PHYS 1501Fundamentals of Physics 14
CHEM 1515
1515L
General Chemistry 1
and General Chemistry 1 Laboratory
4
PHIL 2626Engineering Ethics3
or PHIL 2625 Introduction to Professional Ethics
GER AH3
GER SS3
GER SPA3
GER SPA3
Courses in the major:
MATH 1570Applied Calculus 14
MATH 2670Applied Calculus 25
ENTC 1505Engineering Technology Concepts4
CCET 1503CAD Technology2
CCET 1504Drafting and Plan Reading2
EET 1501Circuit Theory 13
EET 1501LCircuit Theory 1 Lab1
EET 1502Circuit Theory 23
EET 1502LCircuit Theory 2 Lab1
EET 2605Electronics 13
EET 2605LElectronics 1 Laboratory1
EET 2620Digital Electronics2
EET 2620LDigital Electronics Lab1
EET 3710Electrical Machines3
EET 3710LElectrical Machines Lab1
EET 3712Programmable Logic Controllers3
EET 3712LPLC Laboratory1
EET 3715Industrial Instrumentation and Control3.0
EET 3735Microprocessor Architecture and Programming3
EET 3735LMicroprocessor Architecture and Programming Laboratory0
PHYS 1501Fundamentals of Physics 14
EET 3700Methods in Circuit Analysis3
EET 3745Microprocessor Systems 23
EET 3745LMicroprocessor Systems 2 Lab0
EET 3701Transform Circuit Analysis3
CCET 3705Computing for Technologists3
EET 3760LVariable Speed Drives Lab0
EET 3760Variable Speed Drives3
EET 4810Electrical System Design3
EET 4812Automation Systems Integration3.0
EET 4870Process Control Technology4
ENGL 3743Professional and Technical Writing3
Technical Elective: Select 3 hours3
Fiber Optics
Thermodynamics
Engineering Statistics
Engineering Economy
Robotics Technology
Robotics Technology Laboratory
EET Elective 37XX/48XX: Select 6 hours 6
Electronics 2
Electronics 2 Laboratory
Logic Systems Design
Logic Systems Design Lab
Communication Systems
Communication Systems Lab
Power System Studies
EET 4817
Power System Protection and Control
Power System Protection and Control Lab
Microprocessor Systems 3
Microprocessor Systems 3 Lab
Integrated Circuit Applications
Integrated Circuit Applications Lab
Special Topics in EET
EET 48XX
Total Semester Hours128-130
Plan of Study Grid
Year 1
FallS.H.
YSU 1500 Success Seminar 1
MATH 1513 Algebra and Transcendental Function 5
EET 1501 Circuit Theory 1 3
EET 1501L Circuit Theory 1 Lab 1
ENTC 1505 Engineering Technology Concepts 4
CCET 1503 CAD Technology 2
CCET 1504 Drafting and Plan Reading 2
 Semester Hours18
Spring
EET 1502 Circuit Theory 2 3
EET 1502L Circuit Theory 2 Lab 1
EET 2620 Digital Electronics 2
EET 2620L Digital Electronics Lab 1
MATH 1570 Applied Calculus 1 4
ENGL 1550
Writing 1
or Writing 1 with Support
3-4
PHYS 1501 Fundamentals of Physics 1 4
 Semester Hours18-19
Year 2
Fall
EET 2605 Electronics 1 3
EET 2605L Electronics 1 Laboratory 1
EET 3710 Electrical Machines 3
EET 3710L Electrical Machines Lab 1
ENGL 1551 Writing 2 3
CHEM 1515
1515L
General Chemistry 1
and General Chemistry 1 Laboratory
4
CHEM 1515L General Chemistry 1 Laboratory 0
 Semester Hours15
Spring
EET 3715 Industrial Instrumentation and Control 3.0
EET 3712 Programmable Logic Controllers 3
EET 3712L PLC Laboratory 1
ECON 2610 Principles 1: Microeconomics 3
PHIL 2625 Introduction to Professional Ethics 3
CMST 1545 Communication Foundations 3
 Semester Hours16
Year 3
Fall
MATH 2670 Applied Calculus 2 5
EET 3735 Microprocessor Architecture and Programming 3
EET 3735L Microprocessor Architecture and Programming Laboratory 0
EET 3700 Methods in Circuit Analysis 3
CSIS 2610 Programming and Problem-Solving 4
ENGL 3743 Professional and Technical Writing 3
 Semester Hours18
Spring
EET 3701 Transform Circuit Analysis 3
EET 3760
3760L
Variable Speed Drives
and Variable Speed Drives Lab
3
EET 3745 Microprocessor Systems 2 3
EET 3745L Microprocessor Systems 2 Lab 0
EET or Technical Elective 2 3
Social Science GER 1 3
 Semester Hours15
Year 4
Fall
EET 4812 Automation Systems Integration 3.0
EET 4810 Electrical System Design 3
EET Elective 2 3
CCET 3705 Computing for Technologists 3
Social & Personal Awareness GER 1 3
 Semester Hours15
Spring
EET 4870 Process Control Technology 4
EET Elective 2 3
Arts & Humanities GER 1 3
Social & Personal Awareness GER 1 3
 Semester Hours13
 Total Semester Hours128-129

program outcomes

BACHELOR OF SCIENCE IN APPLIED SCIENCE in Electrical engineering technology

Graduates of the Bachelor's Degree in Electrical Engineering Technology will possess the following competencies upon graduation:

  •  Learning Outcome 1: be able to apply principles of mathematics and applied science, to perform technical calculations and solve technical problems of the types commonly encountered in electrical engineering technology careers
  •  Learning Outcome 2: demonstrate the ability to identify, formulate, and present creative solutions to technical problems in a variety of specialty areas within the broad fields of electrical engineering technology.
  •  Learning Outcome 3: be able to function competently in a laboratory setting, making measurements, operating technical equipment, critically examining experimental results, and properly reporting on experimental results, including their potential for improvement
  •  Learning Outcome 4: be able to use modern computational tools for technical problem solving, including scientific calculators, computers, and appropriate software.
  •  Learning Outcome 5: demonstrate a broad education and knowledge of contemporary issues in a global and societal context, as necessary to develop professional and ethical responsibility, including responsibility to employers and to society at large.
  •  Learning Outcome 6: recognize the need for life-long learning and possess the skills to maintain and improve technical and non-technical abilities
  •  Learning Outcome 7: demonstrate an ability to communicate and function effectively with members of multi-disciplinary teams from a variety of backgrounds
  •  Learning Outcome 8: the ability to identify, formulate, and solve engineering problems in the following major electrical engineering technology disciplines: analog and digital electronics, communication systems, power, aerospace and computer systems.
  •  Learning Outcome 9: the knowledge of professional practice issues, with an understanding of social responsibilities and a respect for diversity