Elevate your career with UTulsa’s aerospace engineering minor!
The University of Tulsa’s aerospace engineering program is tailored for STEM majors eager to dive into the aerospace industry. With three core courses and three electives, students gain a robust foundation in aerospace principles. Core courses include fluid mechanics, introduction to aerospace engineering, and system dynamics and controls. Electives allow specialization in areas like propulsion, structures, and aerodynamics. When combined with nearly any major field of study, graduates will be equipped with the skills and knowledge to excel in a variety of aerospace careers or graduate studies.
Lay the groundwork for an exceptional future in law at The University of Tulsa.
If you’re considering law school, you don’t need to declare a pre-law major at The University of Tulsa. Instead, you can choose a major that aligns with your interests while working closely with our pre-law adviser. UTulsa undergraduates who achieve a 3.5 cumulative GPA and score 156 or higher on the LSAT will receive automatic admission to the law school, provided they meet other requirements.
Are you ready to transform your gaming and digital media passion into an exciting and rewarding career?
Computer Simulation & Gaming (CSG) programs at UTulsa offer an immersive educational experience that combines creativity and cutting-edge technology. Our Computer Simulation & Gaming degrees equip students with the skills and expertise to thrive in one of the world’s most dynamic and rapidly evolving industries.
Blend fundamental physics principles with engineering applications to tackle cutting-edge technological challenges of the future.
A degree in engineering physics combines the principles of physics with the practical applications of engineering, offering a comprehensive understanding of both fields. Graduates with this degree possess a unique skill set that enables them to bridge the gap between theoretical concepts and real-world engineering challenges. This interdisciplinary program equips students with the analytical and problem-solving skills necessary to tackle complex problems in areas such as materials science, electronics, and advanced technologies.
Can you imagine applying technological advances to medicine? Learn to use engineering methods to solve complex medical problems.
Biomedical engineers have designed some of the most important medical devices used today – from pulse-regulating pacemakers to easy-to-use blood glucose monitors. The interdisciplinary structure of this minor allows you to explore a range of diverse courses in biology, computer science, chemistry, chemical engineering, electrical engineering, mathematics, mechanical engineering, and engineering physics. You will have a chance to make your mark by applying fundamental engineering principles to the areas of materials science, electronics, software development, and health equipment.
Combine in-depth analysis with hands-on discovery to bring needed solutions to tomorrow’s engineering issues.
UTulsa’s mechanical engineering programs provide courses rooted in mathematics and science, allowing you to foster and further your creative and analytical abilities, disciplined reasoning, communication skills, advanced technology knowledge, and sound ethics.
The structure of our curriculum and its interactive teaching methods help you sharpen your experimental prowess and expertly apply theory and practice to product design and development. Our department is renowned for its hands-on projects that serve local industry and community organizations while providing students at all levels with real-world experience. Led by our expert faculty, you will be encouraged and enabled to foster creativity with your peers and apply problem-solving techniques to innovative design projects and practical laboratory experiments.
From large questions such as dark energy to the science underlying solar cells, discover new phenomena and gain a deeper understanding of our world.
Physics is the most fundamental of the sciences, and by choosing to study this exciting and challenging field, you have the potential to have an enormous impact on our society.
UTulsa programs combine theoretical knowledge in fields such as quantum mechanics and condensed matter physics and practical experience in nanotechnology, optics, lasers, or solid-state physics. You will join a collaborative environment led by our faculty and embark on a broad spectrum of research projects in string theory, particle physics, quantum mechanics, nanotechnology, optics, astrophysics, and more.
Combine innovative thinking, the spirit of exploration, and practical experience to discover what it takes to fuel the world.
Petroleum engineering focuses on developing, exploring, drilling, producing, and managing oil and natural gas resources and other minerals.
Our curriculum balances academic excellence in teaching and our longstanding commitment to discovering new concepts and technologies in drilling, production, and reservoir engineering. You will gain a solid foundation in broad areas of study ranging from math, physics, chemistry, and geology to technical engineering skills in blending fluids and solid mechanics.
McDougall School of Petroleum Engineering is internationally recognized as one of the top petroleum engineering schools in the country. Supported by our expert faculty, you will have access to many research opportunities with 21 existing consortia and joint industry projects supported by some of the world’s top energy firms.
Develop sophisticated, quantitative skills to solve challenging problems of modern global society.
The structure of our curriculum emphasizes the theory and application of math while giving you access to modern communication tools, modeling, and computation necessary for interdisciplinary problem-solving and research. Supported by close mentorship of our faculty, who specialize in applied analysis, numerical analysis, and mathematical statistics, you will be encouraged to ask important questions and find solutions for yourself.
The Department of Mathematics offers a bachelor of science, bachelor of arts, and master of science in mathematics and applied mathematics. Many of our math students also double major in another discipline.
Learn to fuse electrical engineering and computer science to develop new technology that underpins our daily lives.
Electrical and computer engineers make a difference in the world and improve the quality of life with contributions such as smart houses, self-driving cars, and medical instruments.
Our programs build on a strong foundation in research, development, and testing of electronic and computer components. You will encounter engaging faculty and a close-knit, collaborative environment allowing you to acquire a broad background in computer circuitry, parallel computing, software system design, information theory, digital image processing, and much more.
You will have access to state-of-the-art research facilities and an opportunity to specialize in cutting-edge fields such as intelligent systems, renewable energy, robotics, embedded systems, VLSI design, power engineering, and optical sensors and processing.
Gain hands-on learning experience and solve complex problems in one of the fastest-growing and highest-demand job specializations in the world.
Cyber security skills are in high demand, yet there aren’t enough professionals who offer them. It’s estimated that more than 1 million cyber security jobs worldwide remain unfilled, with more than 200,000 in the United States.
We pride ourselves in being a pioneer in the field of cyber security, with more than two decades at the forefront of research and education. Our programs are designed to combine hands-on and project-based learning experiences with faculty expertise in wide-ranging fields, allowing you to cultivate broader perspectives and gain technical and non-technical skills.
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.
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.
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.
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.
