Earn Your Engineering Technology Degree in as Few as 8 semesters1
Classes start every 8 weeks, so you can pursue your Engineering Technology degree 100% online and on your schedule.
Gain practical experience necessary for a role in the engineering field. Build your foundational engineering technology knowledge as you learn through the application and execution of systems, processes and technical operations. Classes start every 8 weeks, so you can pursue your interest in engineering technology, on your time.
Classes Start Every 8 Weeks
Earn your Bachelor's Degree in Engineering Technology in as little as 2 years + 8 months*—or even more quickly with qualifying transfer credits.
*Not including breaks. Assumes year-round, full-time enrollment.
Availability
Program-at-a-Glance
126 Credit Hours*
Earn your bachelor's in 40 courses which integrate IoT tech & systems, providing hands-on experience with cloud, software and security technologies.
Accredited & Recognized
Accreditation by the Engineering Technology Accreditation Commission (ETAC) of ABET, www.abet.org, a global mark of quality that is valued by employers and professional associations within the field.
3-in-1
Demonstrate skills at every step by earning two additional credentials with our unique 3-in-1 design, all while earning your bachelor's degree2 at DeVry.
Certification Exam Aligned Curriculum
Qualified students may receive up to a $300 reimbursement to pursue one industry-relevant certifications such as CompTIA A+, CompTIA Network+, PCEP Certified Entry-Level & more.
Strong Legacy in Engineering Technology
At DeVry University, our first Associate in Electronics Engineering Technology program was accredited in 1955. We launched our first Bachelor’s in Electronics Engineering Technology in 1969.
Today, our Bachelor's in Engineering Technology continues this strong tradition with a curriculum designed to meet the needs of 21st-century engineering technologists.
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What You'll Learn in our Bachelor's of Engineering Technology
Well-rounded curriculum designed to help you develop hard and soft skills to prepare you for the workplace and respond to real-world situations in all industries.
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Communicate Methods and Findings
Learn to communicate the rationale behind research methods and recommendations while presenting performance objectives, issues and solutions. -
Collaborate in Dynamic Work Environments
Learn to collaborate with colleagues in varying locations and environments to coordinate and share information. -
Complex Problem Solving
Apply critical and analytical thinking to identify complex problems, evaluate options and implement solutions. -
Digital Literacy
Learn to apply appropriate technologies in order to solve digital issues and problems within databases. -
Industrial IoT
Connect machines and devices in industrial settings.
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Machine Learning
Teach systems to learn without being explicitly programmed. -
Project Management
Apply basic project management techniques through project planning software. -
Circuit Analysis
Design and analyze circuits ensuring proper construction, voltage and currents. -
Signal Analysis
Explore fundamental concepts of signals and systems including topics related to heat diffusion as it is applied to imaging tools, signal conversion and frequency analysis. -
Automation and Control
Configure and troubleshoot control systems.
Complimentary Laptop
You’ll get a complimentary laptop as part of your technology program3. It’s our way of investing in your education—and you.
Esther Lyvonne Ogletree
Student — Bachelor’s in Engineering Technology Computers
Everyone at DeVry motivated me to stay positive and strive for something greater. DeVry has been with me each step of the way and they are willing to help me be successful.
Career Opportunities
According to the BLS, the overall growth rate for electrical and electronics engineers from 2020-2030 is 7%4.
Graduates of our Bachelor’s in Engineering Technology, may consider careers including, but not limited to:
- Electrical Engineering Technologist
As an electrical engineering technologist, you’ll help electrical engineers through all aspects of their projects. Depending on the specific role, you might develop layouts of electrical transmission systems, supervise workflows and perform cost estimates. Or you might work hands-on installing and maintaining electrical equipment, electrical control systems or industrial automation systems.
- Manufacturing Engineering Technologist
Manufacturing engineering technologists wear many hats. Job duties focus on designing, developing and implementing equipment, machinery and technologies to improve manufacturing processes. You may be responsible for analyzing existing processes to look for areas for improvement, making recommendations and then implementing solutions.
- Computer Network Support Technician
As the name suggests, network support technicians focus on the development and maintenance of IT networks. Your role might include upgrading networks and repairing errors, monitoring performance, optimizing servers and improving security for both networks and data.
- Engineering Technologist (General)
If you have a broad range of interests, this could be a great position for you. Rather than specializing in just one area, such as electrical engineering or mechanical engineering, a general engineering technologist has the skills and knowledge to solve problems across many different types of engineering. Working under a specialized engineer, you might be involved in product design, field engineering or technical operations.
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Program Courses
The Bachelor's in Engineering Technology consists of a minimum of 126 credit hours divided into:
- General Education (Essentials): 62 credits
- Tech Core: 21 credits
- Automation and Electronic Systems: 12 credits
- Career Preparation: 9 credits
- Specialization: 13 credits
General Education Courses
Communication skills
| ENGL112 | Composition |
| ENGL135 | Advanced Composition |
| ENGL216 | Technical Writing |
One of:
| SPCH275 | Public Speaking |
| SPCH276 | Intercultural Communication |
Humanities
| LAS432 | Composition |
One of:
| ETHC232 | Ethical and Legal Issues in the Professions |
| ETHC334 | Diversity, Equity and Inclusion in the Workplace |
Social Sciences
| ECON312 | Principles of Economics |
| SOCS185 | Culture and Society |
One of:
| SOCS325 | Environmental Sociology |
| SOCS350 | Cultural Diversity in the Professions |
Mathematics and Natural Sciences
| CEIS301 | Engineering Technology Fundamentals |
| ECT345 | Signals and Systems |
| MATH114 | Algebra for College Students |
| MATH190 | Pre-Calculus |
| MATH221 | Statistics for Decision Making |
| MATH265 | Applied Calculus |
| PHYS204 | Applied Physics with Lab |
Personal and Professional Development
| CARD405 | Career Development |
| COLL148 | Critical Thinking and Problem-Solving |
Program-Specific Courses
Tech Core
| CEIS101 | Introduction to Technology and Information Systems |
| CEIS106 | Introduction to Operating Systems |
| CEIS110 | Introduction to Programming |
| CEIS114 | Introduction to Digital Devices |
| NETW191 | Fundamentals of Information Technology and Networking |
| NETW211 | Fundamentals of Cloud Computing |
| SEC285 | Fundamentals of Information Systems Security |
Automation and Electrical Systems
| ECT226 | Electronic Device and System Foundations |
| ECT286 | Automation and Controls |
| ECT315 | Industrial IoT |
| NETW310 | Wired, Optical and Wireless Communications with Lab |
Analysis and Design
| CEIS308 | Systems and Computer Aided Design |
| CEIS310 | Process Improvement with Machine Learning |
| CEIS312 | Introduction to Artificial Intelligence and Machine Learning |
Career Preparation
| CEIS299 | Careers and Technology |
| CEIS499 | Preparation for the Profession |
| MGMT404 | Project Management |
| TECH460 | Senior Project |
Technical and Business Selection
You can select applicable courses from the College of Engineering & Information Sciences and the College of Business & Management provided prerequisites are met. At least two courses must be at the 300-level or higher.
Embedded Programs – Demonstrate Skills Along the Way
Our Bachelor’s in Engineering Technology allows you to earn both an Engineering Technology Certificate and an Associate in Engineering Technology along the way.2 Chat with us to learn more about your options or find out more below!
The figures displayed represent the minimum credit hours required for graduation. Additional coursework may be necessary to complete program requirements.
Bachelor's in Engineering Technology FAQs
What is a Bachelor's of Engineering Technology Degree?
A Bachelor's Degree in Engineering Technology is an undergraduate degree that can help you build your understanding of how certain technology and engineering principles are implemented. This type of degree program aims to teach you how these skills can be applied in a variety of industries.
At DeVry, our Bachelor's of Engineering Technology is particularly focused on building foundational skills like Industrial IoT, Project Management, Digital Literacy and more through the use of hands-on learning. Over the course of this program, you will have the opportunity to gain programming and engineering skills such as development and design that may help prepare you to pursue a career in this field alongside other engineers.
What makes the Bachelor’s in Engineering Technology program unique?
Can you become an engineer with a degree in engineering technology?
How does the Bachelor's in Engineering Technology program lean into the future of tech?
Why should students earn a Bachelor's in Engineering Technology?
Can I earn a Bachelor's in Engineering Technology online?
Academic Catalog
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Program Overview
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1Not including breaks. Assumes year-round, full-time enrollment.
2At the time of application to the next credential level, an evaluation of qualifying transfer credit will occur and the most beneficial outcome will be applied.
3As part of this program, one complimentary laptop is provided to students enrolled in the Associate in Information Technology and Networking, Associate in Engineering Technology, Associate in Network Systems Administration, Bachelor’s in Information Technology and Networking, Bachelor’s in Software Development, Bachelor’s in Engineering Technology, Bachelor’s in Network and Communications Management and Bachelor’s in Computer Information Systems. The laptop is issued during the student’s second session. Certain restrictions apply.
4Job growth indicated on a national level. Local growth will vary by location. https://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-engineers.htm
*The figures displayed represent the minimum credit hours required for graduation. Additional coursework may be necessary to complete program requirements.
