Master of Science in Renewable Energy
The Master of Science in Renewable Energy at Texas Tech University is a 30-credit-hour graduate degree that prepares you for a leadership role in the clean energy industry. You will study wind and solar technology, data science, electric grid systems, energy policy, and project finance. The program is available in-person, hybrid, and 100% online. Students typically finish in two years. The first cohort begins Fall 2026.
- Degree: Master of Science (M.S.) in Renewable Energy
- Total Credit Hours: 30 Semester Credit Hours
- Delivery: In-Person, Hybrid, and 100% Online
- Time to Complete: 2 Years
- First Cohort: Fall 2026
- Program Contact:Dr. Manohar Chamana
What Jobs Can You Get with This Degree?
Renewable energy is one of the fastest-growing fields in the country. Graduates are prepared for roles such as wind and solar project developer, grid integration engineer, energy policy advisor, and energy finance analyst. Thesis track graduates are also well positioned for doctoral programs and research careers. TTU's location in West Texas, one of the most active wind and solar regions in the nation, connects students directly to industry partners and job opportunities.
What Courses Are Required?
The program requires 24 credit hours of core courses and 6 credit hours of approved electives, for a total of 30 credit hours.
Core Courses (24 Credit Hours)
| Course Number | Course Title | Credit Hours |
|---|---|---|
| RE 5300 | Advanced Technical Wind Energy I | 3 |
| RE 5301 | Advanced Technical Wind Energy II | 3 |
| RE 5302 | Renewable Energy Systems | 3 |
| RE 5303 | Data Science for Renewable Energy | 3 |
| RE 5307 | Renewable Energy Grid Integration | 3 |
| RE 5310 | Wind Energy Law, Policy, and Regulation | 3 |
| RE 5311 | Wind Energy Finance and Economics | 3 |
| RE 6000 | Thesis | 3 |
Electives (6 Credit Hours)
Choose 6 credit hours from approved graduate courses in engineering, economics, and related fields, selected with your graduate advisor. Options include Power Systems Engineering, Energy Economics, Project Management, and more. View the full approved electives list in the TTU Course Catalog.
Optional: Advanced Research and Analysis Track
Students preparing for a Ph.D. can add 6 extra credit hours through RE 7000 or other approved electives. This track is designed to build research skills and strengthen doctoral applications.
How Long Does This Program Take?
Most students finish in two years. Your graduate advisor may adjust the schedule based on your background and goals.
| Semester | Courses | Credit Hours |
|---|---|---|
| Fall 2026 | RE 5300, RE 5310, RE 5302 | 9 |
| Spring 2027 | RE 5301, RE 5311, RE 5303 | 9 |
| Fall 2027 | RE 5307, Approved Elective (+ optional RE 7000) | 6-9 |
| Spring 2028 | RE 6000 (Thesis), Approved Elective (+ optional RE 7000) | 6-9 |
Who Will You Work With?
Dr. Manohar Chamana is the program contact for the M.S. in Renewable Energy. Dr. Chamana leads research on TTU's $2.5 million U.S. Department of Energy grant focused on energy cybersecurity and has deep expertise in power systems and renewable energy integration. TTU's Renewable Energy faculty bring together backgrounds in engineering, law, policy, economics, and data science.
Meet Dr. Chamana and our faculty
Frequently Asked Questions
Do I need an engineering background to apply?
No. The program is multidisciplinary and welcomes students from engineering, science, policy, economics, and related fields. Contact Dr. Chamana to talk through whether the program is a good fit for your background.
Can this degree lead to a Ph.D. program?
Yes. The thesis course (RE 6000) and the optional Advanced Research and Analysis Track are specifically designed to build research experience and strengthen doctoral applications.
How to Apply
Applications are submitted through the Texas Tech University Graduate School. Reach out to Dr. Chamana before applying if you have questions about the program or your fit.
Renewable Energy
-
Address
1009 Canton Ave., MS 3155 Lubbock, TX 79409-3155 -
Phone
806.742.6284 -
Email
renewableenergy@ttu.edu