Majors

Manage livestock production from farm to market.

Prepare to work in animal production agriculture with an in-depth dive into the care, biology, and production of animals.

Prepare for veterinary school.

Study food preservation and processing with science and engineering.

Study food's impact on health, wellness, and disease prevention.

Manage the professional and business side of the food industry.

Food Science is simply the science of food, involving chemistry, biology/microbiology, nutrition, and engineering principles applied to food.

Study how food affects the body and how to plan healthy eating.

Learn the science and art of cultivating plants, fruits, vegetables, and ornamental gardens.

Find solutions to improve plant health and develop better agriculture practices with science and technology.

Gain a basic understanding about the biology and care of domesticated animals.

Gain a basic understanding of soils, irrigation, water management, gardening, and plant identification.

Artistic arrangement and creative use of fresh and artificial flowers.

Gain a basic understanding of how to improve plant health with science.

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

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

Teach chemistry concepts to middle and high school students.

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

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

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

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

Design, build, and maintain computer software systems.

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

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

Design and build electronic systems and computing devices.

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

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

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

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

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

Explore the advanced automobile systems and how to maintain them.

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

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

Improve production processes and systems that build products.

Join metals and build structures using advanced welding techniques.

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

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

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

Solve environmental problems and challenges by studying the Earth.

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

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

Use logic and numbers to solve complex problems.

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

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

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

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

Design, analyze, and build mechanical systems and machines.

Study how the universe works through principles of physics.

Apply physics principles to study living things and biological systems.

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

Use computers and programming to solve complex physics problems.

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

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

Use advanced math to solve fundamental problems in physics theory.

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

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

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