Electronic Engineering Program

• Electronic Engineering Degree Program at a Glance
• Solid Engineering Foundation
• Applied Theory
  • Senior Design Projects
• Exploring the Electronic Engineering Field
  • Engineering Career Opportunities

Electronic Engineering Degree Program at a Glance

SCIT's Electronic Engineering Degree Program introduces students to the applications of electronic systems within a variety of industries. Courses concentrate on industrial electronics, software applications, biomedical electronics, and electronics system design by building on the foundations of both digital and analog electronics. The program aims to provide students with a diverse background in electronics engineering so that they may begin careers in a wide range of fields, from industrial systems to medical electronic devices.

Solid Engineering Foundation

Students begin by building a strong engineering foundation from the basics. Principles of electricity, digital and analog concepts along with a solid mathematical base will be the building blocks for a successful understanding of electronics engineering. The program is designed to start from the ground up.

Applied Theory

Engineering is an applied science – key term: Applied. Theoretical concepts discussed in lecture are cemented through application based labs to show students the practical elements of electronics theory. Due to a significant portion of the program containing lab work, students will be working in a variety of SCIT's state-of-the-art instructional lab facilities, from the Biomedical Lab to the Robotics & Automation Lab.

Senior Design Projects

All senior electronic engineering students participate in a full scale, hand-on design project course.

Exploring the Electronic Engineering Field

Electronic engineering is a discipline that involves the use and control of electric, electronic, or electromagnetic energy to develop components, devices, systems or equipment found in virtually all industries. Through the use of mathematics, digital and analog components are assembled in various "black box" systems that integrate together to form complex devices from TV's to medical imaging equipment.

Engineering Career Opportunities

Electronic Engineers are employed in a variety of industries such as manufacturing, research, business, communications, government, healthcare, commercial and other sectors.

Career options may include:
Product development and support, quality assurance, telecommunications, biomedical instrumentation, test engineering, applications engineering, field engineering and more.