Electronics Engineering Technology, Bachelor of Science
Electronics Engineering Technology concentration
Mechatronics concentration
Program Overview
The Bachelor of Science in Electronics Engineering Technology program focuses on real-world application of engineering principles. Students in the Bachelor of Science in Electronics Engineering Technology programs will take a hands-on approach, utilizing a variety of electronic systems and tools to analyze and solve real world problems. The program focuses on needed skills and competencies to develop solutions for automation and robotics systems. Through a capstone experience, students will implement, test, and demonstrate a solution to a problem statement related to engineering technology systems utilizing acquired skills in Programmable Logic Controllers and microcontrollers programming.
With the new emerging technologies, a skilled workforce in the electronics field has been and will continue to be in demand for the maintenance, repair, installation, quality assurance, and research and development fields.
Program Objectives
Graduates of the Bachelor of Science in Electronics Engineering Technology program are expected to attain the following objectives within a few years of graduation:
- Apply acquired technical and analytical skills as it relates to their professional positions in electrical, electronic, and related industries
- Apply relative mathematical, science, and engineering methods to solve technical problems
- Analyze and implement complex systems including both hardware and software
- Pursue lifelong learning and successful professional careers
- Perform as effective team members through adequate oral and written communication skills
- Relate and exercise an educated judgment in regards to their professional and ethical responsibilities
Program Outcomes
Students in the Bachelor of Science in Electronics Engineering Technology program learn to design and build electronic systems through a strong foundation in analog and digital electronics. They are able to apply the acquired engineering and mathematical principles to implement and maintain computers and control systems.
Upon completion of the Bachelor of Science in Electronics Engineering Technology, graduates will be able to:
- Apply basic knowledge of mathematics, science, and engineering to solve engineering problems
- Integrate various systems containing hardware and software components
- Synthesize hardware and software solutions to meet specific operational requirements of engineering problems
- Interpret testing results to solve technical problems and improve processes
- Apply written, oral, and graphical communication in both technical and non- technical environments
- Perform as an effective team member or leader
For additional information about the program link to: http://www.ecpi.edu/technology/?intcmp=technology-btn. To see the Student Consumer Information link to: https://www.ecpi.edu/student-consumer-services, which provides additional information on the future careers, success, cost, and financing for this program. For information on the University Completion and Graduation Rates, please see About ECPI University on the ECPI website.
In 2.5 years, through our year-round schedule, you can earn a Bachelor of Science in Electronics Engineering Technology.
Concentration Outcomes
Electronics Engineering Technology Concentration
Students enrolled in the Electronics Engineering Technology concentration will apply acquired knowledge to design and repair computer, control and embedded systems as well as implementing industrial automation solutions. Graduates of the Electronics Engineering concentration will use interactive hands-on education in technology to achieve the following outcomes:
- Design and configure computer, communication, and control systems
- Analyze typical circuits used in communication systems
Mechatronics Concentration
Students enrolled in the Mechatronics concentration will apply acquired knowledge to design and repair mechanical, electronics, and control systems. Graduates of the Mechatronics
concentration will use interactive hands-on education in technology to achieve the following outcomes:
- Create 2D and 3D designs for engineering parts using CAD software
- Implement hydraulic and pneumatic systems
- Analyze forces and their effects on systems
About Electronics Engineering Technology
Graduates of this degree program are able to design, install, maintain, and repair electrical and electronic equipment. They serve as a link between engineers and technicians in the workplace, and often work with engineers from the conception of an electronic product until its final production. They assist engineers in the development, testing, production, and quality assurance of components such as circuit boards, wireless phones, medical equipment, and control systems. Electronics Engineering Technologists are needed in many industries and can find employment in work environments where electronics are used extensively.
Some positions may require background checks, drug screening, and/or security clearances, depending on the position and industry.
The curriculum provides graduates with the education and foundation needed for employment in a variety of industries in the private and public sector, including the computer industry, homeland security, automation and manufacturing, and education. Electronics Engineering Technology graduates are employed in a wide spectrum of areas, in positions such as: Engineering Consultant, Electrical Engineering or Computer Engineering Technologist, Product Engineer, or Project Manager. Graduates of the Mechatronics concentration area may also be employed as Automation Engineers and might enjoy a career working with robotics.
Recommended Certifications
Certifications are not required for completion of this program; however, ECPI encourages student to obtain all appropriate certifications to increase potential job opportunities. ECPI provides students in this program with vouchers which allow the student to take certification exams at a greatly reduced cost. Available certifications for this program include Fiber Optics Installer (FOI), Fiber Optics Technician (FOT), A+ Certification, Network+ Certification, Security+ Certification, GMDSS - Global Maritime Distress and Safety System Maintainer License, GROL - General Radiotelephone Operator's License, and Associate CET.
Program Outline
To receive the Bachelor of Science in Electronics Engineering Technology, students must earn 124 semester credit hours. The program requires a minimum of 8 semesters, which is equivalent to 30 months or 120 weeks of instruction. The program requirements are as follows:
Program Requirements
Core Curriculum
52 semester credit hours
| ELECTRICITY | |
| EET110 | Electric Circuits I | 3 |
| EET111 | Electric Circuits II | 3 |
| EET111L | Electric Circuits LAB | 1 |
| EET310 | Circuit Analysis | 3 |
| | |
| ANALOG ELECTRONICS | |
| EET120 | Semiconductor Devices | 3 |
| EET121 | Electronic Systems Applications | 3 |
| EET220 | Industrial Applications | 3 |
| EET221L | Instrumentation and Measurement LAB | 1 |
| | |
| DIGITAL ELECTRONICS | |
| EET130 | Digital Systems I | 3 |
| EET230 | Digital Systems II | 3 |
| EET230L | Digital Systems LAB | 1 |
| | |
| NETWORKING | |
| CST160 | Introduction to Networking | 3 |
| | |
| PROGRAMMING | |
| SDC100 | Introduction to Programming | 3 |
| EET207 | Applied Engineering Programming | 3 |
| | |
| CONTROL SYSTEMS | |
| EET231 | Introduction to Programmable Logic Controllers | 3 |
| EET231L | Introduction to Programmable Logic Controllers LAB | 1 |
| EET331 | Programmable Controllers and Robotics | 3 |
| EET331L | Programmable Controllers and Robotics LAB | 1 |
| | |
| EMBEDDED AND DRIVE SYSTEMS | |
| ***ONE LECTURE COURSE AND CORRESPONDING LAB FROM THE FOLLOWING: | |
| EET390 | Motor Drives | 3 |
| EET390L | Motor Drives LAB | 1 |
| or | |
| EET430 | Microcontrollers | 3 |
| EET430L | Microcontrollers LAB | 1 |
| | |
| SENIOR PROJECT | |
| EET411 | Senior Project | 3 |
| EET411L | Senior Project LAB | 1 |
Arts and Sciences*
31 semester credit hours
*For allowable substitutions of arts and sciences courses, see the Arts & Sciences Department page.
Self-Integration
10 semester credit hours
| COR191 | Career Orientation | 1 |
| CST120 | Computer Configuration I | 3 |
| ET102 | Engineering Math and Software Applications | 3 |
| FOR110 | Essentials for Success | 3 |
Concentration Requirements
Electronics Engineering Technology
16 semester credit hours plus electives
| EET280 | Introduction to Communication Systems | 3 |
| EET320 | Semiconductor Processing | 3 |
| EET333 | Robotics Programming and Machine Learning | 3 |
| EET333L | Robotics Programming and Machine Learning Lab | 1 |
| EET380 | Digital Communications I | 3 |
| CYB200 | Network Protocols and Services | 3 |
Mechatronics
16 semester credit hours plus electives
Electives
15 semester credit hours
Students must meet all pre-requisite requirements for their chosen electives
Business Group
| BUS102 | Fundamentals of Customer Service | 3 |
| BUS121 | Introduction to Business | 3 |
| BUS242 | Emerging Technologies | 3 |
| BUS328 | Business Process Improvement | 3 |
| BUS328L | Business Process Improvement Lab | 1 |
| PMT472 | Applied Project Management | 3 |
| PMT472L | Applied Project Management Lab | 1 |
Electronics Group
| EET233 | Robotics and Smart Manufacturing (SM) | 3 |
| EET233L | Robotics and Smart Manufacturing (SM) Lab | 1 |
| EET301 | Special Topics in Engineering Technology | 3 |
| EET350 | Overview of Electronic Security Devices | 3 |
| EET352 | Engineering Economics | 3 |
Math Group
Mechanical Group
| MET114 | Introduction to Geometric Dimensioning and Tolerancing (GD&T) | 3 |
| MET213 | Advanced 3D Modeling | 3 |
| MET221 | Manufacturing Processes | 3 |
| MET223 | Applied Machine Tools | 3 |
| MET224 | CNC Machines Operation | 3 |
| MET230L | Hydraulics and Pneumatics Systems LAB | 1 |
| MET311 | Mechanisms | 3 |
| MET313 | Applied Strength of Materials | 3 |
| MET330 | Applied Fluid Mechanics | 3 |
| MET330L | Applied Fluid Mechanics LAB | 1 |
Externship Group
Information Systems Group
| CST140 | Introduction to Operating Systems | 3 |
| CYB120 | Introduction to Python Programming | 3 |
| SDC100L | Introduction to Programming Lab | 1 |