Biological Sciences

Investigate life from molecules and cells to organisms, populations, and ecosystems through foundational biological concepts and laboratory study.

Chemistry

Explore matter and chemical change through atomic theory, quantitative analysis, laboratory investigation, thermodynamics, kinetics, equilibrium, and solution chemistry.

Civil Engineering

Apply vector methods and principles of statics to analyze forces, equilibrium, structures, machines, centroids, and moments of inertia.

Computer Science and Engineering

Develop computational and algorithmic thinking through programming and use computing as a tool to solve science, mathematics, and engineering problems.

Earth Sciences

Investigate Earth’s dynamic systems, atmosphere, climate, resources, hazards, and human influence through evidence-based geoscientific inquiry.

Engineering

Use generative artificial intelligence responsibly for learning, creativity, and problem-solving while evaluating outputs, ethical concerns, and human judgment.

Marine Science

Explore ocean processes, marine environments, and interactions between people and the sea through scientific inquiry and laboratory investigation.

Mathematics

Develop quantitative reasoning through discrete mathematics, business applications, calculus, and multivariable analysis while modeling and solving complex problems.

Mechanical Engineering

Translate ideas into precise designs through computer-aided modeling, technical drawing, manufacturing concepts, and industrial design problem-solving.

Physics

Use mathematical models, experimentation, and evidence to investigate motion, forces, energy, electricity, magnetism, and other fundamental physical phenomena.

Statistics

Use data, probability, and statistical reasoning to describe variation, evaluate evidence, draw conclusions, and make informed decisions.