Resource and Energy Engineering Major (Bachelor of Science)

The University of Texas at Arlington’s Resource and Energy Engineering bachelor’s degree program will prepare students to apply engineering principles to the design, development and operational evaluation of energy generation, storage, conversion and distribution systems.

A truly multidisciplinary degree, the Resource Engineering program will include courses in electrical engineering, mechanical engineering and industrial engineering, with technical electives in a range of engineering and science fields.

The curriculum, which includes instruction in renewable and conventional energy, electrical power systems, optimization and energy governance ensures that graduates of the program will be able to straddle the line between engineering and business interests to make decisions that will allow companies to choose the most efficient modes of energy production while maintaining corporate social responsibility and a healthy bottom line.

UTA alumnus Kelcy Warren, executive chairman and chairman of the Board of Directors of Energy Transfer LP, has made a $12 million gift to help elevate UTA to the forefront of the growing resource and energy engineering field. The gift represents the largest single philanthropic investment in UT Arlington history.

The gift will:

• Create the Kelcy Warren Endowed Professorship in Resource and Energy Engineering to recruit and retain a world-class faculty member to lead the program
• Create two Kelcy Warren Endowed Faculty Fellowships to recruit and retain distinguished scholars to enhance the REE educational experience
• Support state-of-the-art REE laboratory space and equipment that will provide faculty and students with the best possible resources to explore solutions to today’s most pressing energy challenges
• Create the Kelcy Warren Career Experience Center to provide opportunities for engineering undergraduates to engage in experiential learning, including internships and co-ops
• Provide scholarship support for REE undergraduate students—to be named Warren Scholars—to help them fulfill their educational goals
• Provide fellowship support for engineering graduate students—to be named Warren Fellows—interested in energy industry careers upon graduation
• Support research experiences for engineering undergraduates to prepare them for success in the energy industry and other high-demand fields