The School of Biomedical Engineering (SBME) provides transdisciplinary education, research, and practical experiences throughout all our programs. The unique structure of the School involves four colleges, 14 departments, and over 70 faculty. Academic excellence across diverse fields converges into three primary areas of research: (1) regenerative and rehabilitative medicine, (2) imaging and diagnostics, and (3) medical devices and therapeutics.

The mission of the Department of Chemical and Biological Engineering is to educate future leaders in chemical and biological engineering who effectively combine their broad knowledge of mathematics, physics, chemistry and biology with their engineering analysis and design skills for the creative solution of problems in chemical and biological technology and for the synthesis of innovative processes and products.

The Department of Civil and Environmental Engineering is recognized both nationally and internationally for education, research, and service and outreach. Our research not only serves to solve real-world problems of current state, national, and international significance, but also serves to push the envelope of the discipline so that future generations can reap the benefits of our efforts towards enhancing society's ability to sustain and develop the infrastructure necessary for our continued existence and quality of life.

A leader in innovation for more than a century, the Department of Electrical and Computer Engineering is redefining what it means to both teach and learn. Rather than teaching courses in isolation, faculty work in teams to hook students' interest earlier by showing them how concepts connect across the curriculum and how that knowledge relates to the real world.

The Department of Mechanical Engineering offers a curriculum that combines classroom learning with engineering practice. The goal for students is to give our graduates the engineering skills to obtain leading positions in advanced technology fields. Students not only learn about mechanical engineering analysis and design, they also gain valuable hands-on experience through class projects and application-oriented research.

Engineering Science is an interdisciplinary major that allows students to acquire a strong base in mathematics, the physical sciences, and engineering fundamentals while pursuing a broad background in other areas of interest in preparation for specialized careers or graduate studies.

The Energy Engineering Interdisciplinary Minor is designed to provide students in engineering and the sciences with an understanding of renewable and non-renewable energy systems; clean energy technologies; basic principles of operation of energy extraction, conversion, storage and transmission systems; and depth in current and new energy methods and applications (e.g., PV, batteries, biofuels).

The top-rated Department of Atmospheric Science focuses on graduate education, cutting-edge research, and public service. The department's diverse areas of research include cloud microphysics, severe storms and mesoscale meteorology, atmospheric chemistry and air quality, radiation and remote sensing, climate and atmosphere-ocean dynamics, and global biogeochemical cycles and ecosystems.

The School of Biomedical Engineering (SBME) provides transdisciplinary education, research, and practical experiences throughout all our programs. The unique structure of the School involves four colleges, 14 departments, and over 70 faculty. Academic excellence across diverse fields converges into three primary areas of research: (1) regenerative and rehabilitative medicine, (2) imaging and diagnostics, and (3) medical devices and therapeutics.

The mission of the Department of Chemical and Biological Engineering is to educate future leaders in chemical and biological engineering who effectively combine their broad knowledge of mathematics, physics, chemistry and biology with their engineering analysis and design skills for the creative solution of problems in chemical and biological technology and for the synthesis of innovative processes and products.

The Department of Civil and Environmental Engineering is recognized both nationally and internationally for education, research, and service and outreach. Our research not only serves to solve real-world problems of current state, national, and international significance, but also serves to push the envelope of the discipline so that future generations can reap the benefits of our efforts towards enhancing society's ability to sustain and develop the infrastructure necessary for our continued existence and quality of life.

A leader in innovation for more than a century, the Department of Electrical and Computer Engineering is redefining what it means to both teach and learn. Rather than teaching courses in isolation, faculty work in teams to hook students' interest earlier by showing them how concepts connect across the curriculum and how that knowledge relates to the real world.

The Department of Mechanical Engineering offers a curriculum that combines classroom learning with engineering practice. The goal for students is to give our graduates the engineering skills to obtain leading positions in advanced technology fields. Students not only learn about mechanical engineering analysis and design, they also gain valuable hands-on experience through class projects and application-oriented research.

Discover how to develop systems strategies that can be applied to any industry. The systems engineering program prepares you with immediately applicable skills that can help solve current challenges your company may be facing.

Systems Engineering programs offer the advantage of a hybrid course delivery strategy. These options allow you to study when and where it works best for you: online while the lecture is happening live on campus, watching a recorded version sometime after work or on the weekend, or attending a selection of courses in person at the Fort Collins campus or our South Metro Denver location.