"Earth and Planetary Sciences" text placed on top of a decorative photo collage of the five main UC Davis EPS research disciplines.

Student Learning Objectives

Our Objectives for undergraduate learners

Geology Student Learning Objectives

Graduates of the UC Davis Department of Earth and Planetary Sciences should be able to:

  1. Apply the fundamental principles of geology, mathematics, physics, chemistry and biology to address geological issues.
  2. Identify common Earth materials at all spatial scales.
  3. Describe the origin of the solar system and Earth and be able to understand our planet in comparison with other planets. 
  4. Comprehend the 4.6 billion year history of Earth and the evolution of the solid earth, the cryosphere, the hydrosphere and the atmosphere.
  5. Understand the chronology of life on Earth and the fundamentals of biologic evolution.
  6. Describe the origin and distribution of resources such as water, minerals and energy.
  7. Be aware of natural hazards, their impact on civilization and efforts at mitigation.
  8. View Earth as a dynamic system of solid, liquid, gaseous and living components, connected through the cycling of matter and energy.
  9. Recognize the relatively recent arrival of humans on the Earth and their disproportionate impact on the planet.
  10. Understand how science works via inquiry, observation, verification, reason and critical thinking.
  11. Synthesize and communicate their knowledge of geological concepts through written, oral and graphical representation.
  12. Apply the tenets of professional, ethical and responsible conduct as geoscientists.

Marine and Coastal Science Student Learning Objectives

Graduates of the Marine and Coastal Science Program should be able to:

  • Understand and integrate fundamental principles, including:
    • development and evolution of modern ocean/earth system
    • distribution, diversity and abundance of marine life, and special adaptations to ocean environment
    • impact of ocean circulation on climate, atmosphere, biosphere
    • biogeochemical cycles, ocean productivity
    • processes at terrestrial-marine interface and in the coastal zone
    • anthropogenic impacts and management of ocean resources
  • Utilize the scientific method to answer questions and investigate the natural world
  • Successfully communicate scientific information through presentations and writing
  • Interpret and discuss scientific data, critically evaluate published scientific literature
  • Experience the marine environment in field, research or internship opportunities
  • Explain and evaluate major issues that are facing the modern marine environment