University of Utah, USA Courses & Fee Structure 2025

The University of Utah’s Computer Science programme is designed such that students are trained to become computer scientists who write software, engineer human-computer interfaces, and create applications. Its curriculum includes topics such as software engineering, computer organization, object-oriented programming, algorithms and data structures, discrete mathematics, software systems, and theory. In addition to academic excellence in the field, the programme is also concerned with gaining real-life experience in computer science. Electives in the programme include advanced courses in operating systems, scientific computing, theoretical computer science, artificial intelligence, among others.

The BS programme in Metallurgical Engineering at The University of Utah is accredited by the Engineering Accreditation Commission of ABET. It comprises coursework primarily in three areas, namely, mineral processing, physical metallurgy and chemical metallurgy. Metallurgy, a domain of engineering, is based on the study, design, innovation, implementation and up-gradation of processes to convert mineral resources into useful items. In addition, the programme also covers topics such as fluid flow, metallurgical thermodynamics, kinetics, general sciences and heat and mass transport. 

The field of mechanical engineering deals with a number of significant details including thermal, mechanical and fluid-flow of systems such as home appliances, automobiles, satellites, wheelchairs, aeroplanes, bikes, recreational equipment, industrial equipment, robots, and environmental control systems. The university, through the programme, focuses on covering the professional, technical, critical thinking, and communication aspects of the discipline. Under the programme, the areas emphasised on are Aerospace Engineering, Design & Manufacturing, Biomechanics, Ergonomics & Safety, Micro/Nanoscale Engineering, Sustainable Energy Engineering, Robotics & Control, Industrial Engineering, Dynamics & Control and more.

In the programme, a number of areas are focused on: scientific, mathematical, engineering, and management principles so that you can plan, design, and build commercial and residential buildings. The coursework includes civil engineering fundamentals like site analysis, foundations, structural principles, evaluation and testing, computer-assisted design, and materials, as well as construction courses like contracting, project management, graphic communications, and laws and regulations. The programme is essential for those who want to solve infrastructure problems and make use of the creative design in a practical setting to improve people’s lives.

The programme lets students combine the study of science with engineering. It is accredited by the Engineering Accreditation Commission of ABET and deals with the disciplines of chemistry, physics and engineering. The MSW curriculum comprises areas such as microsystems design, biomaterials, nuclear materials, nanostructured materials, composites, and many more. Students are also encouraged to participate in internships during the programme, which enables them to get hands-on experience and obtain professional knowledge and skills essential for a successful career in the field.

Accredited by The Engineering Accreditation Commission of ABET, the undergraduate programme in Civil Engineering is delivered with an emphasis on environmental engineering. Apart from the core courses, students are also required to take science, math and technical courses. From pollution to community planning, civil engineering is concerned with concepts, planning, designing and construction of a variety of facilities necessary in our everyday lives. Career possibilities after graduating from The University of Utah include geotechnical engineering, building control, and hazardous waste management and containment, and more.

BS in Chemical Engineering is a rigorous program that prepares students to apply scientific knowledge, creativity and technical expertise to real-world problems. Recognised at the national level, the programme deals with courses in chemistry, maths, physics and engineering along with an optional emphasis in Energy Engineering. Graduates in the programme from The University of Utah are programmed to take part in research, sales, amendment, plant operation, chemical plant design and its development among others. It also allows students to network with like-minded individuals through the American Institute of Chemical Engineers and finds jobs in a number of areas such as pollution prevention, electronics chemistry, environmental pollution, petroleum, law and medicine.

B.S in Computer Engineering is jointly delivered by the university’s Department of Electrical and Computer Engineering. Through courses, hands-on exposure and participation in clubs and honour societies, a student masters concepts and skills that meet the demands of recruiters. The programme is primarily based on software and hardware components of a computer along with an emphasis on implementation, design and programming of computer-controlled systems and digital computers. Graduates of the U’s Computer Engineering programme find work as computer engineers, software engineers and developers, and firmware engineers.