COLLEGE OF ENGINEERING & PHYSICAL SCIENCES

Dear Colleagues and Friends,

At the University of Wyoming’s College of Engineering and Physical Sciences, we are driven by the desire to magnify the impact of academic research by tackling society’s toughest challenges. Throughout the history of our college, we have collaborated with communities throughout the state of Wyoming and beyond to develop solutions that establish positive change.

This is a wonderful time to be in the science, technology, engineering and mathematics fields. The current challenges facing society highlight the critical importance of engineering and the physical sciences. We take problems and turn them into action, drive, community building, and progress. At the College of Engineering and Physical Sciences, we bring the expertise, skills and experience to revolutionize the world.

Our faculty are exemplary teachers, scholars and collaborators who bring their expertise from a wide range of areas. Our programs thrive in a rich mix of resources within the university and the community. And our students are fearless practitioners and leaders who will transform STEM research and education.

Our college’s world-class centers and programs advance knowledge and work toward overcoming critical challenges facing society. Our college’s community-engaged emphasis pushes the envelope by working collaboratively with partners in Wyoming and beyond to develop, implement and evaluate the changes we want to see and be in the world.

I invite you to learn more about our faculty and students and the many opportunities that our college provides.

Sincerely,

Cameron H.G. Wright

Carrell Family Dean College of Engineering and Physical Sciences

I chose CEPS because I loved math and wanted to pursue renewables as an engineer. There is so much you can do with engineering, and it left a lot of avenues open for me if I decided I wanted to do something other than renewables in the future. I love the research opportunities at CEPS. I continued with my Master of Science because I loved the hands-on experience I got from working in a lab and designing experiments. I have discovered that I enjoy working in a lab and would love to continue doing so when I graduate, with my dream job being working at a National Lab. CEPS has amazing professors and students with whom I have formed longlasting relationships and is such a great college to pursue your academic interests.

JOANA OLSEN College of Engineering and Physical Sciences Student Ambassador

Are you passionate about championing cleaner air and water? Are you a self-proclaimed “storm chaser,” exhilarated by the forces of nature? Or do you aspire to make a global impact through analyzing the global Earth system?

Embark on an extraordinary academic journey at UW’s Department of Atmospheric Science, where we place the utmost emphasis on nurturing our students’ success and fostering their personal growth. In addition to meteorology majors, we accept applicants with undergraduate or advanced degrees in physical and chemical sciences or engineering.

WHAT

CAN YOU DO WITH AN ATMOSPHERIC SCIENCE GRADUATE DEGREE?

The results speak for themselves – graduates of our programs emerge well-prepared. Stepping confidently into successful careers in atmospheric science and other technical fields ranging from academic faculty and leading government scientists to founders of their own companies. Their achievements stand as a powerful testament to the program’s transformative impact.

• Air and Water Quality Manager

• Climatologist

• Climate Scientist

• Meteorologist

• Professor

• Storm Specialist

• Weather Forecaster

• Weather Risk Communicator

Chemical and Biomedical Engineering is an exciting and demanding field that provides excellent career opportunities in the U.S. and around the world. At UW’s Department of Chemical and Biomedical Engineering, we prepare students to be global leaders in industry, government and academia. Our alumni graduate with the flexibility, breadth and depth of knowledge to confront the grand challenges of today and solve the problems of tomorrow.

WHAT IS CHEMICAL ENGINEERING?

Chemical engineering turns raw materials, such as crude oil, biological materials, metals and waste materials, into usable products such as gasoline, foods and medications. Chemical engineers apply the principles of chemistry, biology, physics and math to solve problems that involve the production or use of chemicals, fuel, drugs, food and many other products.

CAREERS IN CHEMICAL ENGINEERING

Careers in the energy, food, water, environmental engineering, manufacturing, healthcare and pharmaceutical industries are typical. Professionals work on creating and refining polymers in manufacturing and medicine. They design processes and equipment for large-scale safe and sustainable manufacturing, plan and test methods of manufacturing products and treating byproducts and supervise production.

Did you know?

$112,100 average annual salary for Chemical Engineers in 2023.

$100,723 average annual salary for Biomedical Engineers in 2023. (BLS.gov)

The UW Department of Chemistry gives students opportunities to get curious about chemical science. We’ll show you how to identify substances and determine potential interaction outcomes. Then we’ll discuss how to apply that information to scientific issues. Through research experiences and new connections, you’ll access many resources in our American Chemical Society accredited program.

In our chemistry program, you’ll analyze molecular and solid-state materials using specialized instruments for coursework or research. Some facilities include X-Ray Diffraction and Mass Spectrometry. Our programs offer a range of intensity. The bachelor of science program is the most in-depth while the bachelor of arts program serves different purposes for those who may need knowledge of chemical substances.

HIGHLIGHT

Fast-Track Chemistry M.S. Program

The fast-track chemistry master’s program is designed to allow qualified undergraduate junior and senior students to be admitted to the master’s program, allowing them to work towards both the B.S. and M.S. degrees in chemistry at the same time.

WHAT CAN YOU DO WITH A CHEMISTRY BACHELOR’S DEGREE?

Endless career opportunities in the chemical sciences are available to those who understand chemistry which is why UW offers multiple programs in the field.

Career Ideas?

Postsecondary Teacher

Physician

Physical Scientist

Chemist

Materials Scientist

Civil engineering majors are provided course options in environmental, geotechnical, structural, transportation, and water resource engineering. Architectural engineering majors have course options in building structural systems and building mechanical systems. Our programs combine fundamental theory, experimental laboratory experiences and computer modeling and simulation. Students experience designed-based courses. Undergraduate students find on-campus opportunities in the research laboratories and with a unique cooperative learning experience on the Wyoming Department of Transportation’s Design Squad.

THEMES IN CIVIL & ARCHITECTURAL ENGINEERING

• Environmental stewardship—Sustainable practices for natural and man-made systems.

• Infrastructure design, repair and rehabilitation—Extending the life and utility through developments in materials technology and systems operation.

• Rural transportation safety—Enhancing the safety of all forms of the transportation network in the rural west.

• Sustainable building practices—Model, create and operate buildings that are energy efficient and resilient.

• Water resources—Understanding the changing hydrologic processes that govern the water resource.

99% 99%

Of graduates from our program find employment with public agencies, private firms and in industry in small towns and large cities nationwide.

HIGHLIGHT

Provides ABET-Accredited degree programs in Civil and Architectural Engineering, as well as minors in Land Surveying and Construction Management.

When you look at a skyscraper or one of UW’s beautiful, new buildings, not only do you see the work of architects, engineers and hands-on builders, you are also viewing the work of construction managers. Who prepares the budget, hires and supervises contractors? Who keeps track of timelines, ensures the project meets safety codes and wrangles logistics to keep things on time and on budget? Construction managers, that’s who.

Relying heavily on active learning that includes field trips, site visits, team projects and internships, UW’s program builds on courses in construction management, business, communications, engineering and design, while also stressing Building Information Modeling (BIM), the state-of-the-art 3-D virtual modeling systems professionals use to design and manage today’s building projects.

The Bachelor of Science (BS) program in construction management at the University of Wyoming is accredited by the American Council of Construction Education. All students participating in the program will receive accredited degrees.

The budgeting, logistics, planning and project management skills you’ll acquire in this program also translate to additional industry sectors including real estate, technology, shipping and other fields, so you can take this degree in multiple directions.

Career Ideas?

Construction Managers

Project Managers

Facilities Manager

Appraisers

Property Developer

Property Management

Sustainability Manager

BIM Manager

Owner’s Representative

Covering the full spectrum of computer, information and energy systems, the EECS brings faculty and students together to innovate and explore. Electrical Engineering offers three concentrations:

• Electrical Engineering—Provides depth of understanding necessary to meet the challenges of ever-changing technology and allow students to pursue comprehensive study in at least one specialized area of electrical engineering.

• Computer Engineering—Similar to the electrical engineering program, but emphasizes computerrelated technology.

• Bioengineering—Applies the techniques of electrical engineering to problems of environmental science, wildlife studies, biology and medicine.

Careers in Computer Science:

Computer Science graduates have the opportunity to work in nearly every industry as software developers, data scientists, computer and information research scientists, cyber security consultants and much more.

COMPUTER SCIENCE is committed to providing a fundamentally sound education that promotes student relevancy to employers in a fast paced and ever-changing work environment. Machine learning, and cybersecurity are the fastest growing areas in computing, together with virtual and augmented reality, these are primary research areas of faculty in the department. There are also many opportunities for undergraduate research. Students can take coursework in blockchain technology. A minor in blockchain is offered through the College of Business in partnership with Computer Science.

Careers in Electrical Engineering:

For almost any area (energy/power, aerospace, automotive/ transportation, computer networks, robotics, satellite and cellular communications, music/ video special effects, software design, microcomputers, biomedical instruments/imaging, electronic devices and many others) you’ll find that electrical and computer engineers make up a significant part of the team.

Energy is the lifeblood of modern society, powering everything from our daily commutes to the global economy. As an Energy and Petroleum Engineering student, you’ll play a vital role in shaping the world’s energy future, from everyday energy usage to large-scale global systems. Your education will equip you with the skills and knowledge to make a real difference in the world and contribute to a more sustainable future for all.

At its core, this field is a dynamic blend of science, technology, and innovation, all focused on unlocking the world’s vast energy resources. You’ll begin with foundational studies in geology, chemistry, mathematics, and physics before diving deeper into the fascinating world of materials science, thermodynamics, and the complex processes involved in hydrocarbon extraction and production.

As a student in Energy and Petroleum Engineering, you’ll be part of a vibrant community of learners, all driven by a shared passion for sustainability, safety, and pushing the boundaries of what’s possible. Whether you’re interested in exploring new frontiers in renewable energy or optimizing traditional oil and gas production, there’s no shortage of exciting opportunities to make a real impact in the world.

HIGHLIGHT

World-class facilities, internationally known faculty and a location that’s a hub for the petroleum industry.

Career ideas?

Production Engineering Specialist

Field Engineer

Senior Completions Engineer

Drilling Engineer

Reservoir Engineer

Performance Analyst

Project Engineer

VP of Operations

Senior Gas Engineer

Chief Operating Officer – Production

Senior VP – Wells

Senior VP – Technology and Services

VP – Strategic Supplier Performance

Ranked #3 Best Value Colleges for Geological and Earth Sciences by College Factual, the Department of Geology and Geophysics has a national reputation for comprehensive laboratory, field and computer-based training for undergraduates and graduates. The Department features top-notch faculty, who are dedicated to distinction in research and education, a diverse department with stimulating peers, where there is always someone to learn from and to share ideas with. Discover state-of-the-art facilities as students explore exciting research opportunities in the unseen worlds of water, land, sky, and planets beyond our own. Gain firsthand experience with faculty who explore the Earth’s crust, the ocean’s floor, volcanoes and magma, mineral and energy resources, ground and surface water, paleontology, the environment, and climate system.

WHY STUDY GEOLOGY?

Students studying a Bachelor of Science in Geology will examine the earth’s internal and external structures, materials, and associated chemical, physical, and biological processes and gain skills crucial in meeting society’s challenges—be it climate change or how to protect the environment and ensure the availability of vital resources for all. Students studying a Bachelor of Science in Environmental Geology and Geohydrology will explore the interaction between the geosphere, hydrosphere, atmosphere, biosphere, and human activities, working to solve problems associated with pollution, waste management, urbanization, and natural hazards, such as flooding and erosion.

WHY STUDY GEOGRAPHY?

Students studying a Bachelor of Science in Geography will examine the interactions between the physical environment and society. Understanding the interdependencies of natural resources and landscapes to sociopolitical and cultural structures allows geography majors to learn problem solving from a transdisciplinary/interdisciplinary perspective.

The UW Department of Mathematics and Statistics helps you develop skills in finding patterns, drawing conclusions, dealing with abstract concepts, analyzing large quantities of data, and approaching problems in an analytical and rigorous way. Our faculty are dedicated to its undergraduate, graduate, and post-graduate programs through a passion for teaching, a deep commitment to research and discovery, and by demonstrating significant relevance to a large number of other intellectual fields in science, engineering, economics and business. The department strives to nurture and prepare its students for successful careers in the statistical and mathematical sciences, whether in academic, governmental, or industrial positions.

WHY STUDY MATHEMATICS?

Mathematics is a demanding intellectual pursuit, but one that can be interesting, exciting, and challenging. People like mathematics for its clarity and the satisfaction of knowing when they have the right answer to a problem. Further, a degree in mathematics requires sound analytical skills and the ability to work in a problem-solving environment, which proves to be an advantage when considering careers in fields other than mathematics.

WHY STUDY STATISTICS?

In demand in practically all sectors in society, as a statistician you can be involved with the development of new lifesaving drugs in pharmaceuticals, the shaping of public policy in government, the planning of market strategy in business, or the management of investment portfolios in finance, and so much more.

Want to know more about our Mathematics and Statistics program? Check out this video featuring some of our impressive students and faculty!

Mechanical & Energy Systems is the broadest of all engineering disciplines. It deals with diverse engineering problems in solid mechanics, fluid dynamics, aerodynamics, heat transfer, energy conversion, vibration, design, manufacturing, controls, materials science and electromechanical systems. ME faculty maintain an open-door policy, making them extremely accessible to students. Students have many opportunities for hands-on learning including labs, undergraduate research, field trips, design competitions and senior capstone projects.

CAREERS IN MECHANICAL ENGINEERING:

Mechanical engineers are found in significant percentages in almost all industrial and governmental organizations that employ engineers. UW graduates are employed at more than 700 companies and in all 50 states. Mechanical engineers find employment opportunities in industries such as automotive, aerospace, manufacturing, defense, electric utilities, chemical and oil/gas. Energy Systems engineers find employment at oil/ gas companies and in oil/gas support services, at electric utilities, for state agencies providing environmental oversight, in environmental management and remediation and others.

ENERGY SYSTEMS ENGINEERING AN INTERDISCIPLINARY DEGREE:

The energy systems engineering program is designed to train engineers to address one of this country’s foremost challenges: to achieve energy independence and meet the growing demand for energy, while addressing critical environmental concerns. The program prepares students to be technology leaders in energy conversion and environmental-protection systems, managers in the energy industry, overseers of energy development and to be environmental sensitive liaisons between the energy industry and the public. ESE engineers are trained in alternative and environmentally friendly energy-conversion systems such as wind, solar and geothermal, as well as more traditional technologies.

Did you know?

1 in 4 engineering graduates in the U.S. were Mechanical Engineers in 2021.

11% projected job growth for Mechanical Engineering for 2023-2033.

$99,510 average annual salary for Mechanical Engineers in 2023. (BLS.gov)

Physics and Astronomy are some of the oldest, yet most modern sciences that studies the universe, focusing on the nature and properties of matter and energy—a perfect degree for students wanting a deeper understanding of the physical universe. The UW Department of Physics and Astronomy offers a welcoming, personalized educational experience that broadly prepares students for challenging careers in space sciences, nanotechnology, quantitative finance, engineering, environmental sciences, advanced computer technologies, energy science, science law, and many other fields.

CAREERS IN PHYSICS:

There are thousands of exciting, rewarding physics-related careers to choose from, a few examples include: astronomy and space, climate science and meteorology, education, engineering, lasers and photonics, medical physics and digital healthcare, renewable energy, robotics and AI, VFX and gaming, finance and law, and so much more.

CAREERS IN ASTRONOMY:

Astronomers have found careers in aerospace, journalism, finance, public policy, and a litany of other opportunities, where they seek the answers to many fascinating and fundamental questions such as, “Is there life beyond Earth? How old are the stars? How did the universe begin, and how will it end?”

Did you know?

Mathematical ability, problem-solving and analytical skills, an inquisitive mind, imagination, and initiative are important traits for anyone planning a career in Physics and Astronomy.

7% projected job growth for Physicists and Astronomers for 2023-2033.

$149,530 average annual salary for Physicists and Astronomers in 2023. (BLS.gov)

College of Engineering and Physical Sciences

Dept. 3295

1000 E. University Ave.

Laramie, WY 82071-2000