Monday, Sep 30, 2024 • Brian Lopez : contact

In recent years, Texans have faced numerous challenges related to emissions, unhealthy air quality and energy conservation alerts during extreme weather conditions. The state’s winter storms have further highlighted the need for robust energy solutions.

To tackle these pressing issues, The University of Texas at Arlington launched the Resource and Energy Engineering (REE) degree program, designed to cultivate the next generation of energy leaders.

“The REE major is one of the most exciting and essential workforce programs for this generation, preparing graduates for one of the most challenging and rewarding fields,” said Chris Boyer, a faculty member in the REE program.

Launched after a successful beta phase, the REE program is now in its first full year. It received transformational support in May 2023 when alumnus Kelcy Warren (’78 BS, Civil Engineering) made a historic $12 million gift to elevate UTA and its College of Engineering to the forefront of the REE field.

The program aims to equip students with the skills needed to address local, national and global energy challenges. Its inaugural class is set to graduate in winter 2026.

“With a strong foundation in fundamental engineering principles, our graduates will have the opportunity to join a wide range of companies involved in the energy transition, serve in state and federal government positions, pursue further studies in graduate school, or forge their own paths as entrepreneurs,” said Kendra Wallis, REE faculty member and academic advisor.

William Bourgeois, a current REE student and former mechanical engineering major, shared his enthusiasm for the program.

“I switched to the REE program because I want to work in the energy industry,” he said. “Being part of the first graduating class in 2026, I believe this program will give us a significant advantage by immersing us deeply in the industry and its processes, leading to a quicker impact and return on investment for future employers.”

The REE curriculum covers a wide range of energy infrastructure resources, including oil and gas, renewable energy and energy storage. In their final year, students focus on comprehensive energy systems analysis and project execution. The program is designed to ensure students can sustain existing energy resources while integrating new ones.

Graduates will be well-prepared for careers in project development, plant design, project engineering, product development, operations management and strategic planning within the energy industry.