PROGRAM AREAS |
ACADEMICS |
STUDENTS |
FACULTY |
COMPUTATIONAL HUB |
RESEARCH |
ENGAGEMENT & PROGRAMS |
EMPLOYMENT OPPORTUNITIES |
FUNDING OPPORTUNITIES |
The University of Wyoming launched the School of Computing in 2022, with the goal of "Digital for All."
In 2023, the School built a dynamic team of 19 interdisciplinary faculty to teach 15 specialized computing credentials. By 2024, SoC delivered more than 170 student experiences.
The UW School of Computing is all about bridging the gap between technology and every field of study, offering hands-on, context-based learning experiences that engage students from all disciplines.
By integrating computing into any degree program at UW, students gain the skills to tackle real-world challenges in their primary fields, making them more adaptable, innovative, and prepared for a tech-driven future.
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Vision: Create a unique and inspirational School of Computing with national impact and global reach, providing Wyoming and the world with agile and ethical computing professionals, empowered to address societal challenges that are inherently interdisciplinary. |
Mission: Position our land grant institution as: a national leader in computational and digital research, education, and engagement; a computational hub for students, faculty, staff, community, and our industry/state/academic partners; a steward, supporter, and developer of digital skills and computational thinking for all. |
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Our people are the heart of our School. Every faculty member, staff, and researcher in the School of Computing is passionate about computing. We're committed to supporting students at every stage of their journey, from undergraduate studies to graduate programs and beyond into their careers.
The School of Computing includes two interdisciplinary research centers:
The new school aims to provide University of Wyoming students, faculty and staff, and Wyoming businesses and citizens with computational tools, skills and approaches to drive transformation and innovation in the state. The School of Computing will champion broader efforts to make the University of Wyoming more digital, inclusive, interdisciplinary, and entrepreneurial through computing partnerships across Wyoming.
The UW School of Computing is a member of the Computing Research Association (CRA) Deans Council, which provides leadership and community to emerging and established colleges of computing & information schools.
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The School of Computing is advancing computing at the University of Wyoming in three major program areas. These programs are designed to benefit students, faculty, staff, businesses, and industries statewide. Our goal is to modernize programs, enhance research capabilities, and create a pathway to the future.
Applied Computing is about using computers and technology to solve real-world problems. It combines computer science with practical skills to help in areas like health, the environment, and business.
For example, it might involve creating apps to track diseases, designing systems to predict weather, or improving how stores manage their inventory. It's all about taking what we know about computers and using it to make life better and easier for everyone.
For example, a graduate could work on mapping areas at risk of natural disasters like floods or wildfires. They would use satellite images, GPS data, and computer models to create detailed maps showing where disasters are most likely to happen. This information helps communities prepare by planning evacuation routes, building safer structures, and protecting important resources. Their work can save lives and reduce damage when disasters strike.
Data Science is about using information to find answers and make decisions. Every day, people and computers create lots of data, like numbers, pictures, or messages. Data scientists take that data, organize it, and look for patterns or trends. They use math, computer programs, and knowledge of the world to understand what the data means.
For example, they can help predict the weather, recommend what movies you might like, or find ways to make cities safer. It's like being a detective, but instead of clues, they work with data.
For example, a graduate could help a city improve traffic flow and reduce congestion. They would analyze data from traffic sensors, GPS devices, and public transit systems to find patterns in how people move around the city. Using this information, they could create models to predict traffic jams and suggest better routes or changes to traffic signals. Their work helps make travel faster and reduces pollution, making the city a better place to live
Computational & Data-Enabled Science & Engineering is about using computers and data to solve problems in science and engineering. Scientists and engineers often deal with really hard questions, like how to predict earthquakes or build faster airplanes. They use powerful computers to do big calculations and look at huge amounts of data. This helps them test ideas and find better solutions faster. It’s like having a super-smart assistant that helps make discoveries and improve technology.
For example, they could work on designing safer, more efficient airplanes. They would use computer simulations to test how different designs handle wind and weather without needing to build real prototypes for every test. They'd also analyze large amounts of data from past flights to find patterns that help improve performance and safety. This helps make air travel safer and more affordable.
For example, an applied software developer might develop a mobile app that helps patients track their medications and send reminders when it’s time to take them. The app could also connect to a doctor’s system, allowing the doctor to monitor the patient’s progress and adjust treatments if needed. This makes healthcare more efficient and helps patients stay healthier.
Focusing on computing across disciplines and context-based experiential learning opportunities for all drive the development of academic programs. The School of Computing currently supports 15 academic credentials in 6 disciplines.
The School of Computing is creating "digital for all" pathways and opportunities accessible to every University of Wyoming student.
PROSPECTIVE STUDENTS |
CURRENT STUDENTS |
We want to hear from you. Interested in computing? Are you already using computing and have ideas for us? Want to talk about how you might start learning about computing? Schedule a time to come and visit us by emailing uwyo-soc@uwyo.edu.
The School of Computing faculty are highly interdisciplinary, collaborating across diverse fields to conduct innovative research, enriching educational experiences, and leveraging their varied expertise to tackle complex computational challenges.
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The School of Computing is fostering innovation at the University of Wyoming by creating a computational hub, a centralized ecosystem that combines powerful computing infrastructure, high-performance computers, data storage systems, and specialized software.
Beyond technology, it also encompasses resources like research labs, technical expertise, and collaborations with academic, industry, and government partners.
The purpose of a Computation Hub is to provide the tools and environment needed for solving complex problems, conducting data-intensive research, and driving innovation across disciplines, from engineering and healthcare to environmental science and business.
The University of Wyoming already has a wealth of resources that support research computing and data science in different ways. Below is a list of the UW units that are involved in computing support, research, and development.
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Advanced Research Computing Center (ARCC) |
CONTACT: Director of Engagement, Dr. Raya Hegeman-Davis
We are particularly interested in working with industry and corporate partners from Wyoming and nearby to find internship opportunities in computing for students, to understand new computing needs for the workforce, and investigate research partnerships.
We are very keen to work with all the higher education institutes in Wyoming, if you are at a community college and would like to talk, please get in touch with our Director of Engagement.
The School of Computing is a component of the Digital Infrastructure and Technology category of the Wyoming Innovation Partnership (WIP). Through the WIP, the School of Computing has been able to fast track its start-up and is focusing on activities such as industrial partnerships, training, and community college collaboration that will have the most impact on economic development. Learn More >
Learn more about School of Computing Funding Opportunities
The School of Computing is rapidly advancing its research capabilities, aiming to achieve $300K in funding per faculty member annually by 2027. As of 2024, the School has 14 researchers and a total of $15.7 million in funding. Key funding partners include NASA, NSF, USDA, the U.S. Department of Energy, and USGS.
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UW Wins $4M to Install State-of-the-Art Research Computing System
The School of Computing fosters and accelerates innovation across Wyoming by building strong connections with K-12 education, industry, and entrepreneurship. It offers a diverse range of programs that unite students, faculty, researchers, and resources from the University of Wyoming, the State of Wyoming, and beyond, reaching across the U.S. and around the globe.
The School of Computing has opportunities for Post-Doctoral Research Associates, Undergraduate Research Associates, and Computational Faculty.
You can donate directly to the School of Computing by completing the Give to UW form:
Donation · University of Wyoming · GiveCampus
Under the Giving Priorities dropdown menu, select: OTHER and ENTER: School of Computing
To partner with the School of Computing through the request of sponsorships or other support please complete the School of Computing Funding Request Form.
Responses may take up to a week. For questions, contact: Director of Engagement, Dr. Raya Hegeman-Davis
Contact UsEngineering Building, Room 4083 Phone: +1 (307) 766-5299 |
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