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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. At Penn College, 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.
Next steps...
You're on your way to becoming a tomorrow maker.
At Penn College, we believe your educational experience should go beyond specialized skills. Real-world ready means taking a broader approach that builds communication skills, inspires collaboration, and encourages exploration of arts, history, and science.
Specialization requires in-depth knowledge and high-level proficiency. Students learn and apply major-specific concepts, skills, and methods.
Perspectives are points of view, offering a variety of ways of understanding, interacting, and influencing the world. Students identify, explain, and utilize the approaches used by academics and professionals to study, analyze, or understand problems, and offer solutions.
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.
"This major is a mix between theory and lab. One hour of theory and three hours of lab. That’s why I came here. I learn a lot better doing."
Jorgette Grosso, Deployment Engineer, RightHand Robotics, Inc.
Electronics & Computer Engineering Technology
Think Penn College might be a good fit for you? Make plans to visit and discover what hands-on learning is all about. Academic Tours allow you to explore labs and get to the core of your future program. If you’re looking for a deeper dive into your academic area of interest, opt for a Self-Scheduled Personal Tour. Comprehensive COVID-19 safety protocols are in place.
Oct 8
Open House
Friday, October 88:30 AM - 2:30 PM Eastern Time (U.S.)
Oct 23
Open House
Saturday, October 238:30 AM - 2:30 PM Eastern Time (U.S.)
Nov 6
Open House
Saturday, November 68:30 AM - 2:30 PM Eastern Time (U.S.)
Nov 19
Open House
Friday, November 198:30 AM - 2:30 PM Eastern Time (U.S.)
More tour dates are on the way.
But let's customize a tour for you now. Call, chat, or email for options.
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Let's customize a tour for you now. Call, chat, or email for options.
If you can't attend any of these dates Contact Admissions at 570.320.2400
Internships are key for career preparation. Apply your know-how in the workplace and learn about the industry first-hand.
Associate of Applied Science Degree (A.A.S.)
Associate of Applied Science Degree (A.A.S.)
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.
PPL Electric Utilities recently offered a Live Line Electrical Safety Exhibit and demonstration for students and first ...
About 50 Pennsylvania College of Technology engineering and electronics students per year will benefit from a recent addition to ...
For two years, Lauryn A. Stauffer has seen only male faces in her electronics classes at Pennsylvania College of Technology. ...
See the world via Williamsport. Take your education abroad and get hands-on experience learning about your industry on a global scale.
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 as explained on the Transfer to Penn College web page. Exceptions must be approved by the school dean.
Students are advised not to purchase new tools before meeting with faculty on the first day of classes.
It is suggested that students have at least the recommended tools. Instructors will help identify what tools are needed during the first day of class. Free lockers are located in the laboratory area.
View the Electronics & Computer Engineering Technology Tools.
Uniforms and tools are available for purchase through The College Store .
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.
