Engineering Technology, BAS

Engineering Technology, BAS

Level:

Bachelor's Degree

Credits required:

120 credits

Cost per credit:

$405 *

Next start date:

January 5, 2026

An Engineering Degree for Hands-on People

Our engineering technology bachelor’s of applied science degree marries STEM theory and practical application to give you relevant technical knowledge and industry skills. It was designed with insights from current leading manufacturing organizations, so you’ll only learn those skills that are in-demand and necessary for a successful and fulfilling career.

This degree is online, but you’ll have ample opportunities to participate in hands-on projects and experiences. Upon graduating, you’ll be ready to lead the evolution of engineering technology through design, analysis, and problem-solving.

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Find Your Fit

Take a few minutes to determine how a USU Online program can help you meet your education and career goals.

Your Engineering Technology Career Outlook

This degree is not an engineering degree, but you will be equally knowledgeable in technology and systems used by engineers. As a technologist, you’ll be an active participant in your career.

Skills You'll Learn

  • Technology design
  • Analysis
  • Solution implementation and application
  • Problem-solving
  • Computer-aided drafting and design
  • Technical communications
  • Operations management
  • Project management

Preview the Engineering Technology Curriculum

This course consists of the study and application of electronics sensors and transducers, e-textiles, data acquisition and controls, programming, and the circuitry and instruments supporting these applications.
This course is designed to explore advanced tools to create working drawings. Additionally students explore content required for the Certified SOLIDWORKS Professional (CSWP), and CSWP Sheet Metal certification exams.
The Hazard Recognition and Control training course teaches participants the fundamentals of how to identify hazards in the workplace, rate the risk of the hazards identified, and recommend controls to eliminate or minimize the risks of these hazards using various tools developed by safety professionals.
This course provides students with experiences outside of traditional classroom and laboratory settings to enhance their professional/vocational interests. Students complete a supervised project representative of modern industry and careers.