Environmental Science and Technology
Course Overview
This degree provides a scientific foundation to understand and address the world's most pressing environmental challenges, from climate change to pollution. Students will learn to apply core principles of chemistry, physics, and biology to analyze environmental problems and develop innovative technical solutions. The program empowers future scientists to investigate human impacts and create strategies for a more sustainable future.
Key Program Highlights
- Gain a strong scientific foundation in chemistry, physics, and biology as applied to environmental systems
- Learn to operate advanced technologies for environmental analysis and monitoring
- Investigate complex global issues like climate change, biodiversity loss, and waste management
- Develop practical solutions to minimize human impact and promote sustainability
- Prepare for a career as an environmental scientist providing critical technical expertise
Course Overview
This degree provides a scientific foundation to understand and address the world's most pressing environmental challenges, from climate change to pollution. Students will learn to apply core principles of chemistry, physics, and biology to analyze environmental problems and develop innovative technical solutions. The program empowers future scientists to investigate human impacts and create strategies for a more sustainable future.
Key Program Highlights
- Gain a strong scientific foundation in chemistry, physics, and biology as applied to environmental systems
- Learn to operate advanced technologies for environmental analysis and monitoring
- Investigate complex global issues like climate change, biodiversity loss, and waste management
- Develop practical solutions to minimize human impact and promote sustainability
- Prepare for a career as an environmental scientist providing critical technical expertise
Requirements
Modules
- Chemistry, Physics, Biology Laboratories
- Mathematics
- Chemistry
- How Life Works (Biology)
- Interdisciplinary and Environmental Science
- Physics
- Field Trip
- Pollution and the Biosphere
- Environmental Chemistry, Biotechnology and Physics Laboratories
- Microbiology and Genetics
- Towards Zero Carbon
- Visualisation and Validation of Lab Data
- Biomolecules and Metabolism
- Physics of Renewable Energy
- Kinetics and Thermodynamics
- Environmental Analysis
- Probability and Statistics
- Programming
- Field Trip
- Atmospheric and Sound Physics
- Separation Techniques
- Analysis of Environmental Samples
- Modelling with Differential Equations
- Bioanalysis
- Environmental Biotechnology
- Climate and Aquatic Science
- Environmental Monitoring and Data Analysis
- INTRA (work experience)
- Environmental Ethics
- Literature Review
- Environmental Toxicology
- Environmental Organic Chemistry
- Water and Waste Management
- Soil and Energy Science
- Analytical Applications
- Project
