Majors | College of Physical Science & Engineering | BYU-Idaho

# Majors

## Department of Chemistry and Biochemistry

Biochemistry (B.S.)

Study the chemistry of living things by focusing on life's molecules and functions.

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Chemistry (B.S.)

Explore matter, its properties, how and why substances combine or separate.

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Chemistry Education (B.S.)

Teach chemistry concepts to middle and high school students.

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## Department of Computer Science and Engineering

Electrical Engineering (B.S.)

Design, develop, and test electrical equipment, systems, and machinery.

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Computer Engineering (B.S.)

Design and build computer hardware and the software that controls it.

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Computer Science (B.S.)

Study computation, algorithms, information, and how they work.

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Cybersecurity (B.S.)

Protect computer systems, networks, and data from digital threats.

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Software Engineering (B.S.)

Design, build, and maintain computer software systems.

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Web Design & Development (B.S.)

Design and create websites and web apps while improving User Experience (UX).

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Cloud Computing (A.A.S.)

Deliver on-demand computing services like servers, storage, and software over the internet.

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Electrical and Computer Engineering (A.A.S.)

Design and build electronic systems and computing devices.

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Web Design & Development (A.A.S.)

Gain a basic understanding of how to plan, create, and design websites.

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## Department of Design and Construction Management

Construction Management (B.S.)

Plan, organize, and oversee building projects from start to finish.

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Virtual Design and Construction (B.S.)

Use digital tools like building information modeling software (BIM) to plan and manage building projects.

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Architectural Technology (A.A.S.)

Master the science and methods used to design and construct buildings.

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Construction Superintendency (A.A.S.)

Manage day-to-day building site operations and workers.

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## Department of Engineering Technology

Advanced Vehicle Systems (B.S.)

Explore the advanced automobile systems and how to maintain them.

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Automotive Engineering Technology (B.S.)

Apply scientific and engineering knowledge to design, develop, and maintain various automotive systems.

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Automotive Technology Management (B.S.)

Learn about care and maintenance of automobiles and how to manage an automotive-related business.

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Manufacturing Engineering Technology (B.S.)

Improve production processes and systems that build products.

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Welding and Fabrication Technology (B.S.)

Join metals and build structures using advanced welding techniques.

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Welding Engineering Technology (B.S.)

Use math, science, and tools to design and develop welding processes for quality engineering projects.

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Automotive Technology (A.A.S.)

Learn about how to care and maintenance automobiles as an automotive repair technician.

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Welding and Fabrication Technology (A.A.S.)

Gain a basic understanding of welding and the techniques used to fuse metal.

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## Department of Geology and Environmental Science

Environmental Geoscience (B.S.)

Solve environmental problems and challenges by studying the Earth.

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Geology (B.S.)

Study the Earth's solid matter, history, structure, and processes.

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## Department of Mathematics

Data Science (B.S.)

Use math and computing software to find insights and solve complex problems with data.

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Mathematics (B.S.)

Use logic and numbers to solve complex problems.

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Statistics (B.S.)

Collect, analyze, and interpret data to make informed decisions.

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Mathematics Education (B.S.)

Teach math concepts and problem-solving skills to middle and high school students.

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Data Science (A.A.S.)

Gain a basic understanding of databases, statistics, and programming languages to solve problems with data.

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## Department of Mechanical and Civil Engineering

Civil Engineering (B.S.)

Design, build, and maintain essential public structures like roads, bridges, and buildings.

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Mechanical Engineering (B.S.)

Design, analyze, and build mechanical systems and machines.

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## Department of Physics

Physics: Astronomy (B.S.)

Study how the universe works through principles of physics.

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Physics: Biophysics (B.S.)

Apply physics principles to study living things and biological systems.

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Physics: Chemistry (B.S.)

Explore the physics behind chemical bonds and how atomic elements interact.

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Physics: Computational (B.S.)

Use computers and programming to solve complex physics problems.

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Physics: Engineering (B.S.)

Apply physics principles in design to build practical technologies and systems.

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Physics: Geophysics (B.S.)

Apply physics principles to understand the Earth's structure and physical processes.

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Physics: Mathematical (B.S.)

Use advanced math to solve fundamental problems in physics theory.

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Physics: Medical (B.S.)

Use physics principles in medical imaging, diagnosis, and radiation therapy treatments.

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Physics: Pre-Medical (B.S.)

Prepare for medical school by applying physics as it relates to biology and chemistry.

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Physics Education (B.S.)

Teach physics concepts and methods to middle and high school students.

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