Students develop expertise in electronics engineering, instrumentation, programmable logic controllers, hydraulic and pneumatic control systems, robotics, and operating systems. You’ll gain experience with computer systems, embedded systems, application development basics, cloud computing concepts, and information technology integration.
The engineering program includes training in machine learning applications, project management techniques, and the technical skills used across manufacturing and engineering technology sectors. You’ll learn programming languages including C for engineers, work with computer architecture and hardware systems, and gain hands-on experience with the tools and technologies that electrical engineers work with in industry settings. Coursework in physics, advanced math, chemistry, and engineering science provides the theoretical knowledge foundation needed for success in technical roles.
Students also develop problem-solving abilities and learn to apply research methods, data analysis, and engineering principles to diagnose and repair complex systems across multiple engineering disciplines.