Renewable Energy B.Tech.

Renewable Energy - think BIG wind (and solar)!

Harness the unlimited power of your potential.

The SUNY Morrisville renewable energy Bachelor of Technology (B.Tech.) degree program provides students with advanced technical education in the rapidly growing field of renewable energy.

Program at a Glance
~4
Years to Complete
120
Approx. Credit Hours
Course Format
In-person
Campus
Morrisville Campus

Why SUNY Morrisville Renewable Energy?

Through the hands-on nature of our B.Tech. degree program, you will complement the theoretical concepts covered in class lectures by working on real, live renewable energy systems right on campus, as well as focus on system-level design, permitting and project management.

You will learn using full-scale system components in our distinctive facilities, including our new Agricultural and Clean Energy Technology (ACET) Center featuring state-of-the-art wind, solar, hydro, biofuels, thermal energy and tower climbing labs, as well as on-campus outdoor climbing towers, operating wind turbines and solar arrays, and bioenergy crop plantations.

If you opt for the recommended program internship, you will be placed in a supervised work environment with a cooperating employer to gain valuable work experience, make professional contacts and build your resume. Successful internships have included experiences in solar and wind energy, telecommunications, geothermal/HVAC, energy efficiency, bioethanol production and bioenergy systems.

The program fulfills the education requirements for the North American Board of Certified Energy Practitioners (NABCEP) PV Installation Professional and PV Designer exams, so you are well prepared to take the next step after graduation.

Skills You Will Gain

Upon completion of the B.Tech. program, you will be able to:

  • Describe basic social, political, economic, and ecological factors impacting renewable energy resources and systems regionally, nationally and abroad
  • Demonstrate problem-solving skills and critical thinking in both hands-on and written technical environments
  • Assess renewable energy resources for residential, commercial and industrial renewable energy systems in wind, solar PV, solar thermal, heat pumps, geothermal, micro hydroelectricity and/or bioenergy for a wide range of sites and client objectives
  • Design mechanical and electrical components of renewable energy systems based on thorough resource assessment and client requirements
  • Install, maintain and troubleshoot renewable energy systems
  • Perform an energy site assessment
  • Develop a comprehensive energy system proposal for a prospective client
  • Defend the proposal rationale in written and verbal discussion
  • Work safely and responsibly with live systems in diverse groups

What Can I Do in Renewable Energy?

Our graduates currently work within their chosen renewable energy field in several states across the country and abroad. Depending on the path you choose, career options include:

  • System designer
  • Installation/maintenance technician
  • Quality control supervisor
  • Project manager
  • Sales consultant/representative/manager
  • Telecommunications engineer
  • Telecommunications technician/analyst
  • Construction manager
  • Energy systems manager
  • Project development manager
  • Solar technician
  • Wind technician
  • Geothermal technician/installer
  • Technician/installer technician

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Chelsea Mudge

Chelsea Mudge

Alumni, Renewable Energy B.Tech.
My first post-grad job was with a consulting firm who specialized in energy efficiency and advanced energy solutions as a business analyst/program coordinator. I would work directly with NYSERDA on their Ground Source Heat Pump (GSHP) Quality Assurance program, performing residential design reviews and on-site inspections. The goal was to ensure HVAC companies were installing GSHP systems to manufacturer, code and NYSERDA's program standards. Finally in 2021, my dream job came to me via the outreach of a former SUNY Morrisville graduate and just like that I became a Design Engineer working Distributed Generation solar, solar + energy storage, Floating PV, Agro PV, and energy storage projects across the Northeast. My education from SUNY Morrisville's Renewable Energy program gave me the necessary knowledge to land the job despite lacking project design experience and ultimately set me up for success in this role.

An Apple computer is not recommended, as it will not run several software packages.

Minimum Device Requirements for this Program

  • Operating System: 64-bit Windows 11 or 10 version 1809 or above
  • Processor: 2.5 GHz (3+ GHz recommended), ARM processors not supported
  • Memory: 16 GB (32+ GB recommended)
  • Disk space: 10.0 GB
  • Display: 1920 x 1080 resolution with True Color
  • 6+ GB graphics card with 8+ GM recommended 2 GB minimum, dedicated graphics cards are typically better
  • External mouse with scroll wheel
  • Video: SVGA or higher (recommend resolution of 1920 x 1080 or higher). Support for DirectX 11 or OpenGL 2.0 (recommend minimum of 1 GB Video Memory)
  • Software: Microsoft Office 365

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