Engineering Technology
Use software and simulation tools to explore alternative energy technologies such as hydroelectricity, geothermal power, wind and solar electricity, as well as waste fuel ecosystems with DeVry University’s Associate in Engineering Technology Program with a specialization in Renewable Energy and Sustainable Power.
This specialization, anchored by our Tech Core curriculum, is designed to help you build a foundation of interdisciplinary skills you’ll need for today’s Internet of Things (IoT) economy while teaching you relevant skills in operating systems, programming, hardware, connectivity and security.
Learn about motors, generators and battery technologies
Understand the smart grid and integrated alternate energy technologies
Build circuits and analyze, voltage, current and power outputs
Explore a variety of alternate energy technologies such as photovoltaics, solar thermal systems, wind power, hydroelectricity, alternative fuels and geothermal power.
ETAC of ABET accredits postsecondary, degree-granting programs that meet their global standards for technical education. This is a global mark of quality that is valued by employers and professional associations within the Engineering Technology field. The Associate in Engineering Technology is accredited by The Engineering Technology Accreditation Commission of ABET (ETAC of ABET) www.abet.org.
In addition to this programmatic accreditation, DeVry University is accredited by The Higher Learning Commission (HLC), www.hlcommission.org.
You’ll get a complimentary laptop as part of your technology program.3 It’s our way of investing in your education—and you.
Immerse yourself in the Internet of Things (IoT) world and obtain hands-on experience with IoT, cloud, software and security technologies and systems.
Or, follow a normal schedule and complete your program in 2 years.**
*Minimum schedule does not include breaks and assumes 3 semesters of year-round, full-time enrollment in 15-17 credit hours a semester per 12-month period.
**Normal schedule does not include breaks and assumes 2 semesters of enrollment in 15-17 credit hours per semester per 12-month period.
CompTIA A+
CompTIA ITF+
CompTIA Linux+
PCEP Certified Entry-Level Python Programmer
^The figures displayed represent the minimum credit hours required for graduation. Additional coursework may be necessary to complete program requirements.
Electrical Engineering Technician
This position allows you to assist an electrical engineer with the design, development and testing of electrical control systems and equipment, including those that connect to the smart grid. Depending on the specific role, your work might be hands-on or more theoretical in nature.
Field Service Technician
As a field service technician, you’re responsible for installing, maintaining and repairing equipment, such as wind turbines or solar batteries. You’ll spend the majority of your time visiting sites where the equipment is housed.
Engineering Technologist (General)
General engineering technologists meet many different challenges across a wide variety of engineering specialties. Under the guidance of an engineer, you might work in product design, field engineering or technical operations across the renewable energy sector.
Wind Turbine Service Technicians
Inspect, diagnose, adjust, or repair wind turbines. Perform maintenance on wind turbine equipment including resolving electrical, mechanical, and hydraulic malfunctions.
Solar Energy Systems Technician
Perform site-specific engineering analysis or evaluation of energy efficiency and solar projects involving residential, commercial, or industrial customers. Design solar domestic hot water and space heating systems for new and existing structures, applying knowledge of structural energy requirements, local climates, solar technology, and thermodynamics.
General Education (Essentials)
26 credits
Tech Core
12 credits
Program Focus
15 credits
Career Preparation
1 credit
Specialization
10 credits
+ Choose one below:
+ Choose one below:
+ Choose three from below:
+ Choose two below:
A degree in sustainable energy, sometimes called a sustainability degree, is a degree that covers topics related to the generation, distribution and research of sustainable energy from water, wind, the sun or renewable sources like biomatter. In the case of our Associate Degree in Engineering Technology with a specialization in Renewable Energy and Sustainable Power, our degree program aims to prepare you to work with and understand the various technologies that generate and distribute renewable energies in an efficient manner.
Despite often being used interchangeably, there is a difference between sustainable and renewable energy. Renewable energy refers to resources that can be replenished in a reasonable time, like crops, wood and other biomatter. Sustainable energy is derived from sources that cannot be depleted, such as wind power and solar energy. Hydroelectricity is often considered a sustainable energy generation method, though water can be depleted in the event of severe droughts caused by climate change.
In general, the best degrees for people looking to work toward a career in renewable energy are engineering degrees with a specialization in renewable and sustainable energy. DeVry's Associate Degree in Engineering Technology Program with a specialization in Renewable Energy and Sustainable Power can be a great place to get started as this degree program gives you the opportunity to build your engineering skills while learning about specific considerations for green energy.
1As 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 Cyber Security and Networking and Bachelor’s in Computer Information Systems. The laptop is issued during the student’s second session. Certain restrictions apply.
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. Future programmatic changes could impact the application of credits to a future program. Refer to the academic catalog for details.
*The figures displayed represent the minimum credit hours required for graduation. Additional coursework may be necessary to complete program requirements.
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In New York, DeVry University operates as DeVry College of New York. DeVry University is accredited by The Higher Learning Commission (HLC), www.hlcommission.org. The University’s Keller Graduate School of Management is included in this accreditation. DeVry is certified to operate by the State Council of Higher Education for Virginia. Arlington Campus: 1400 Crystal Dr., Ste. 120, Arlington, VA 22202. DeVry University is authorized for operation as a postsecondary educational institution by the Tennessee Higher Education Commission, www.tn.gov/thec. Lisle Campus: 4225 Naperville Rd, Suite 400, Lisle, IL 60532. Unresolved complaints may be reported to the Illinois Board of Higher Education through the online complaint system https://complaints.ibhe.org/. View DeVry University’s complaint process https://www.devry.edu/compliance/student-complaint-procedure.html Program availability varies by location. In site-based programs, students will be required to take a substantial amount of coursework online to complete their program.
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