When you set your mind to something, you make it happen. Working hard to find a solution, you test and tinker. Chase possibilities and arrive at sound solutions. In this ABET-accredited program, you’ll hone these talents and develop the skills to become a leader in the dynamic field of electronics and computer engineering. Learn industry standards. Apply circuit design principles. Analyze sophisticated networks. And take the lead to manage projects from kickoff to completion.
Your coursework will cover classes specific to your area of specialization along with foundational concepts and lessons that invite fresh perspectives.
8
Semesters
48
Courses
128
Credits
Fall 2026
6 courses 16 credits
67% program-specific courses
Spring 2026
6 courses 19 credits
67% program-specific courses
Fall 2027
7 courses 17 credits
71% program-specific courses
Spring 2027
5 courses 14 credits
40% program-specific courses
Fall 2028
7 courses 18 credits
71% program-specific courses
Spring 2028
6 courses 15 credits
100% program-specific courses
Fall 2029
6 courses 15 credits
50% program-specific courses
Spring 2029
5 courses 14 credits
60% program-specific courses
Please Note: The outlined curriculum assumes a fall semester start for students completing a full credit load schedule without additional developmental math requirements. Students beginning in the spring and summer, taking less than a full load, and/or requiring developmental coursework follow an altered curriculum sequence. Speak to your academic advisor or school office with questions.
17
Average Class Size
Extensive Hands-On Experience
ABET
Accredited Program
Creating aerospace and electronics components for the United States’ Department of Defense is a tall order. Thanks to their innovative approach and talented team, QorTek, Inc. has become a world leader doing exactly that. In this video, you’ll get a glimpse of their facility, learn about the organization’s mission, and meet the Penn College graduates who are pushing the needle forward in their field.
Get hands-on experience in specialized labs using industry-standard equipment, embedded controller boards, and other tools just like you'll see in the real world.
Electronics overlaps areas of IT and electrical. Not sure which one might be right for you? Take a look at the similarities and differences below.
Electronics and IT overlap in software and networking skills, but they’re also very different. IT is the software/people side, while electronics is the hardware/machine side of computing.
As an electronic student you’ll learn how to design, implement, and troubleshoot software and hardware (sensors, microprocessors, and output devices.) You’ll also learn how to write software to work with hardware to control electronic equipment, and how to troubleshoot PLCs (Programmable Logic Controllers) and the equipment connected to them.
As an IT student you’ll learn how to work mostly with traditional computers to develop software applications used by individuals and businesses, cybersecurity, connecting computers (networking), and technical support.
Areas of overlap in electronics and electrical include programming and troubleshooting of automation systems, such as PLC software and hardware. Electronics work more in the initial programming and engineering areas whereas electrical positions usually involve more hands-on work as a technician.
Electronics students experience lower voltage systems, and typically encounter voltages less than 120V in their work environment. Electronics involves microprocessor-based controllers and PLC programming.
Electrical students are involved in the installation, commissioning, maintenance, and troubleshooting of residential/commercial/industrial systems, motor control & drives, PLCs, and basic electronics.
Think Penn College might be a good fit for you? Make plans to visit and discover what hands-on learning is all about.
As a Electronics & Computer Engineering Technology student at Penn College, you may be elgible for 130 scholarships.
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Student
Electronics & Computer Engineering Technology
When opportunity knocks, Aleah’s ready to seize it. She’s an ROTC cadet, student tutor, aspiring electronics engineer, and the list goes on.
Student
Electronics & Computer Engineering Technology
David dove headfirst into the dual learning environment available at Penn College.
Faculty
Electronics & Computer Engineering Technology
Ken brings decades of experience and invaluable insight to every course he teaches.
Alumni
Electronics & Computer Engineering Technology
Get to know this grad who's working as a senior PCB design engineer at Google.
Alumni
Electronics & Computer Engineering Technology
Lester was told that he wasn't the college type. Boy did he prove them wrong.
Alumni
Electronics & Computer Engineering Technology
His love of computers and video games turned into a career with Amazon Web Services.
Internships are key for career preparation. Apply your know-how in the workplace and learn about the industry first-hand.
Dedicated to advancing technological innovation and excellence for the benefit of humanity, the Penn College IEEE Student Branch meets regularly to work on professional soft skills, projects, and leadership.
Participation in SkillsUSA gives students a chance to compete in more than 80 national competitions.
Your college experience is about more than the classroom. Join one of 65+ clubs and organizations, or create your own.
See the world via Williamsport. Take your education abroad and get hands-on experience learning about your industry on a global scale.
The B.S. in Electronics and Computer Engineering Technology program is accredited by the Engineering Technology Accreditation Commission of ABET, under the commission’s General Criteria and Program Criteria for Computer Engineering Technology and Electrical and Electronics Engineering Technology.
Students must acquire their own tools and laptop computer as noted below.
See the Tool List for this major.
The B.S. in Electronics and Computer Engineering Technology program is accredited by the Engineering Technology Accreditation Commission of ABET, under the commission’s General Criteria and Program Criteria for Computer Engineering Technology and Electrical and Electronics Engineering Technology.
This four-year degree major allows transfer from associate-degree majors in electrical/electronics/computer engineering technology from other institutions, as well as those offered by Penn College. This major is subject to the transfer standards established by the College (see http://www.pct.edu/admissions/transfer/Transferring-Credits). Exceptions must be approved the school dean.
Electronics & Computer Engineering Technology Program Review Executive Summary
Cadence University Program Member
Cadence products presently used at Penn College. Read More
Alternative Credit refers to academic credits earned through means other than traditional college course completion, including: credit by exam, articulation, proof of competency gained in high school, work/life experience, and advanced placement.
Visit the Alternative Credit Options page for requirements and procedures and for information on credit through Advanced Placement.
Electronics & Computer Engineering Technology Advisory Committee Members
Ross Bird
VP of Operations
QorTek
Mr. Eli Hughes
Co-founder
Tzero
Mr. Carl J Krause
Vice President - Operations
KB Systems Inc.
Mr. Nelson May
Director of Systems
Gerhart
Mr. Chris Roush
Vice President
Multi-Dimensional Integration
Mr. Jonathan S Schall
Controls Engineering Manager
First Quality Products
Mr. Leonard D Schwartz
Technical Instructor
OWL Services
Mr. Roman J Scicchitano
Senior Supervisor, Electrical Engineering - Power/Analog
L3Harris Technologies, Inc.
Mr. Gregory C Stanek
Technical Services Supervisor
Lutron Electronics Company, Inc.
Mr. Thomas J VanSant Jr.
Measurements Engineer
Corning, Inc.
Associate Professor, Electronics & Computer Engineering Technology
Assistant Professor, Electronics & Computer Engineering Technology, Department Head
Assistant Professor, Electronics & Computer Engineering Technology
Associate Professor, Electronics & Computer Engineering Technology
Instructor, Electronics & Computer Engineering Technology
Instructor, Electronics & Computer Engineering Technology
Instructor, Electronics/Automation and Robotics
Assistant Professor, Electronics & Computer Engineering Technology
Instructor, Electronics/Automation and Robotics
Automation Engineering Technology : Mechatronics
Bachelor of Science (B.S.)
Automation Engineering Technology : Robotics & Automation
Bachelor of Science (B.S.)
Electronics & Computer Engineering Technology : Electronics & Computer Engineering Emphasis
Associate of Applied Science (A.A.S.)
Electronics & Computer Engineering Technology : Robotics & Automation Emphasis
Associate of Applied Science (A.A.S.)
Nanofabrication Technology
Competency Credential
Engineering Design Technology
Bachelor of Science (B.S.)
Game & Simulation Programming
Bachelor of Science (B.S.)
Software Development & Information Management
Bachelor of Science (B.S.)
Information Assurance & Cyber Security
Bachelor of Science (B.S.)
Network Administration & Engineering Technology
Bachelor of Science (B.S.)
Building Automation Engineering Technology
Bachelor of Science (B.S.)
Electrical Construction
Associate of Applied Science (A.A.S.)
Information Technology : Network & User Support
Associate of Applied Science (A.A.S.)
Electrical Technology
Associate of Applied Science (A.A.S.)
Mechatronics Technology
Associate of Applied Science (A.A.S.)
Engineering CAD Technology
Associate of Applied Science (A.A.S.)