Environmental Science
We do not just teach you, we prepare you. Gain the confidence, tools and network needed to thrive in any career.
Program Highlight
The study of Environmental Science places you at the very heart of the most critical global challenges of our time, focusing on the survival and sustainable development of planet Earth. Entering this field means transitioning into an analytical researcher and active defender of global ecosystems, resource conservation, and biodiversity. Students explore the intricate interactions between the Earth’s biosphere, atmosphere, and hydrosphere, examining how human industrial operations, urbanization, and waste generation disrupt these natural systems. You will dive deeply into the advanced science of global warming and climate change, analyzing international environmental policies like the Paris Agreement and investigating innovative clean energy solutions, including solar, wind, and hydrogen systems. The discipline equips you with crucial practical skills in field sampling, data analysis, and Geographic Information Systems (GIS) for satellite monitoring. Ultimately, you enter a world where scientific rigor meets environmental ethics, preparing you to lead the transition toward a circular economy and manage the sustainable preservation of global natural assets.
Environmental Science
Level 2 Certificate in Environmental Science (RQF Equivalent)
Course Structure Overview
Unit 1: Introduction to Ecosystems and Planet Earth
Unit 2: Basics of Environmental Pollution
Unit 3: Understanding Climate Change and Renewable Energy
Unit 4: Individual Responsibilities and Sustainability
Course Specification & Syllabus
Unit 1: Introduction to Ecosystems and Planet Earth
Learning Aim A:
- Introduction to biotic and abiotic components of nature and understanding their interaction in various ecosystems.
Learning Aim B:
- Examination of Earth's vital life cycles, including water, carbon, and nitrogen cycles, in simple scientific terms.
Learning Aim C:
- Understanding the concept of biodiversity and examining the reasons for protecting plants and animals.
Unit 2: Basics of Environmental Pollution
Learning Aim A:
- Introduction to the main types of pollution including air, water, and soil pollution and their primary sources.
Learning Aim B:
- Examining the impacts of plastics, municipal waste, and refuse on human and animal health.
Learning Aim C:
- Learning basic methods for household waste management, waste reduction, and recycling principles.
Unit 3: Understanding Climate Change and Renewable Energy
Learning Aim A:
- Understanding global warming, the greenhouse effect, and early indicators of climate change.
Learning Aim B:
- Introduction to fossil fuels and the reasons for replacing them with clean energy sources.
Learning Aim C:
- Understanding basic renewable energy sources including solar, wind, and hydro power and their everyday uses.
Unit 4: Individual Responsibilities and Sustainability
Learning Aim A:
- Defining the concept of sustainability and how to preserve natural resources for future generations.
Learning Aim B:
- Learning ways to reduce water and energy consumption in daily life and modifying consumption patterns.
Learning Aim C:
- Introduction to local initiatives and voluntary environmental campaigns in schools and small communities.
Environmental Science
Level 3 Extended Diploma in Environmental Science (RQF Equivalent)
Course Structure Overview
Unit 1: Environmental Systems and Human Impact
Unit 2: Global Climate Change and Policy
Unit 3: Sustainable Resource Management and Energy Solutions
Unit 4: Environmental Research and Data Analysis
Course Specification & Syllabus
Unit 1: Environmental Systems and Human Impact
Learning Aim A:
- Analyzing the structures of the biosphere, lithosphere, hydrosphere, and atmosphere, and Earth's complex biogeochemical balancing mechanisms.
Learning Aim B:
- Scientific investigation into the impacts of industrial activity, intensive agriculture, and urbanization on habitat destruction and biodiversity loss.
Learning Aim C:
- Studying biological processes of Environmental Impact Assessment (EIA) and contemporary methods for restoring damaged ecosystems.
Unit 2: Global Climate Change and Policy
Learning Aim A:
- Analyzing scientific evidence of climate change, atmospheric feedbacks, ocean currents, and predictive modeling of temperature rises.
Learning Aim B:
- Reviewing international treaties and agreements (such as the Paris Agreement) alongside UK and European environmental policies.
Learning Aim C:
- Climate mitigation and adaptation strategies, including carbon trading mechanisms and carbon sequestration methods.
Unit 3: Sustainable Resource Management and Energy Solutions
Learning Aim A:
- Principles of circular economy management, sustainable resource procurement, and product Life Cycle Assessment (LCA).
Learning Aim B:
- Examining technical evaluations and production potentials of wind, solar, geothermal, biomass, and clean hydrogen energy.
Learning Aim C:
- Energy optimization techniques in industries, sustainable architecture, and water/soil resource management in modern agriculture.
Unit 4: Environmental Research and Data Analysis
Learning Aim A:
- Field sampling methodologies for water, soil, and air, alongside principles of calibration and using laboratory measurement devices.
Learning Aim B:
- Applying statistical methods and environmental data analysis to extract trends in pollution changes or wildlife populations.
Learning Aim C:
- Introduction to the role of Geographic Information Systems (GIS) in mapping, satellite forest monitoring, and maintaining research reports.
