Course at a glance
Introduction
Oceanography, also known as marine science, is the study of the world’s oceans and their complex processes. Covering 70% of the Earth’s surface, oceans play a crucial role in climate, biology, and geology. This course begins by exploring the differences between oceans and seas, the formation and changes of ocean basins, and the historical significance of key research, like the Challenger expedition, in advancing our knowledge of the marine environment.
Level 3 Oceanography Diploma Entry Requirements
- Students must be at least 16 years old to enrol in the Level 3 Oceanography Diploma course.
- A minimum prior learning to GCSE standard is required for students to manage the course content effectively.
Course Study Hours
Approximately 20 hours per unit.
Assessment
Optional coursework and final examination.
Enrolment
Enrolment is open year-round.
Course Length
1 Year.
Endorsed By
Students may select the awarding body for their course from:
- Quality Licence Scheme: qualitylicencescheme.co.uk
- Accord: accord.ac
These awarding bodies are recognised for high-quality, non-regulated provision. This course is not regulated by Ofqual and does not provide an accredited qualification. Consult with your training provider for information on further recognition or progression routes.
Level 3 Oceanography Diploma Course Content
Unit 1: Introduction to the Oceans and Oceanography
This foundational unit covers the interdisciplinary nature of oceanography, including biological, chemical, geological, and physical perspectives. Students will gain skills in scientific measurement and research techniques used in the study of ocean processes, helping in weather prediction and trend analysis.
Unit 2: Maths for Oceanography
Basic mathematical skills are essential for oceanographic data analysis. This unit includes units of measurement, statistics, algebra, and trigonometry, providing students with the tools to interpret oceanographic data accurately and predict impacts on climate and ecosystems.
Unit 3: The Ocean Basins
This unit explores the geological formation of ocean basins through plate tectonics and continental drift, as well as bathymetry, which studies ocean floor topography. Students will learn about different rock types and geological processes that continue to shape ocean basins.
Unit 4: Properties of Seawater
Understanding the unique properties of seawater is key in oceanography. This unit covers the chemical composition of seawater, how light and sound travel through it, and variations in density, salinity, and temperature across different ocean regions.
Unit 5: Currents and Circulation
Ocean currents significantly affect climate, weather, and marine life. This unit covers the types of currents, such as gyres and vertical currents, and phenomena like El Niño and La Niña. Students also learn about energy production from ocean currents and modern measurement techniques.
Unit 6: Waves and Tides
Students explore wave and tide classification, their causes, and their impact on the marine environment, including coastal erosion and sediment transport. The unit also covers tidal energy as a renewable resource and the effects of tsunamis on coastal areas.
Unit 7: The Oceans and Climate
This unit delves into how oceans influence global climate, including the role of water properties in climate regulation. Topics include climate change, global warming, greenhouse gas reduction, and strategies to mitigate climate impacts.
Unit 8: Palaeoceanography
Palaeoceanography studies the ancient history of oceans and their influence on climate. Students learn how sediments, rocks, and fossils reveal Earth’s past climates and events like mass extinctions, plate tectonics, and species evolution.
Unit 9: Biological Oceanography
This unit covers the marine organisms that inhabit the oceans and their ecological relationships. Topics include chemical cycles, geothermal vents, and human impacts on the ocean environment, such as pollution and oil extraction.
Unit 10: Careers in Oceanography
The final unit introduces students to career paths in oceanography, covering roles in marine research, environmental monitoring, and engineering. Topics include marine law, ocean mining, telecommunication cables, and energy production, helping students plan their future in the field.
Progression
This Level 3 Oceanography Diploma course can be used to gain entry to a Level 4 Diploma or higher.
Further information on our Level 4 Diplomas can be found here: https://www.oxfordcollege.ac/courses/accredited-level-4-diplomas/
