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Explore Programs

Program Type: Master

Electrical Engineering

From the nation’s power grid to the microchips inside our cell phones, design, develop, test, and innovate electrical systems that keep the world running.

The unique curriculum of our programs put an emphasis on computer science while allowing room for elective courses in UTulsa’s reputable humanities-based programs. You will have access to cutting-edge research facilities and join a thriving community of faculty and peers in groundbreaking research.

Our department is home to a number of distinguished faculty members with specialties in groundbreaking fields, including intelligent systems, renewable energy, robotics, embedded systems, VLSI design, power engineering, optical sensors and processing, numerical methods in electromagnetics, and autonomous vehicle and navigation.

Computer Science

Combine creativity and technical knowledge into unique skills. Contribute to the next phase of this fast-developing field.

The University of Tulsa’s Tandy School of Computer Science combines multi-disciplinary research with hands-on practical engineering courses. Students train in close-knit groups and enjoy personalized attention in classes led by energetic faculty committed to excellence.

Our robust computer science curriculum provides access to cutting-edge facilities. Students are encouraged and enabled to engage in research and have the opportunity at all levels to interact with collaborators and peers in other UTulsa colleges, external research labs, and institutions.

Energy & Energy Business

Empower your career, lead your way and join a new generation of energy professionals.

While our efforts supporting research and education in energy have strong ties to the oil and gas sector, our programs reflect the philosophy that the energy industry is an evolving field and must be viewed from a long-term, sustainable perspective. Guided by a diverse group of faculty, you will receive advanced training in upstream, midstream, and downstream oil and gas business functions and operations.

Our rigorous and interdisciplinary coursework combines traditional academic expertise with practical experience, allowing you to investigate various aspects of other industry sectors, including alternative fuels, power, and energy efficiency.

We offer undergraduate and graduate programs taught in small groups by our expert faculty, who are active in numerous professional associations and engage in research at the intersection of business, science, and technology.

Chemical Engineering

Gain fundamental knowledge in chemistry, physics, mathematics, and engineering and learn to apply scientific innovations to improve the quality of life.

The structure of our programs encourages critical thinking about engineering design problems while considering the fundamentals of engineering and science across many industrial areas. You will gain rich training in unique skills and learn to solve industrial problems through progressive coursework, rigorous design projects, and optional research.

From research projects to a more theoretical understanding of this broad discipline, our faculty will help you explore key aspects of chemistry, physics, mathematics, and engineering to inform solutions at the frontiers of technological innovation. Our state-of-the-art experimental facilities and teaching laboratories are built around industrial models, allowing you to experience practical scenarios of professional engineering.