Universities › University of Leeds
Environmental Engineering MSc(Eng)
University of Leeds — Leeds, United Kingdom
Environmental Engineering MSc(Eng) is a postgraduate Environmental Science course at University of Leeds, Leeds, United Kingdom. It takes 12 months, costs £33,800 per year and starts in September.
Postgraduate · 12 months · Full-time · Environmental Science · £33,800 per year
Intakes: September
There are many challenges we face globally. But one of the most pertinent is how to protect and maintain our environment. That’s why governments worldwide are looking for environmental engineers to provide solutions in areas such as public health, air pollution, waste and water. Our Environmental Engineering MSc delivers the core foundations of the discipline: water resources and supply, wastewate
Modules
- Predicting indoor air quality in UK homes from continuous monitoring data
- Quantifying bioaerosol exposure in a naturally ventilated hospital ward
- Modelling infection transmission onboard long-haul flights
- Modelling climate change impacts on wastewater treatment performance
- Appraising remediation options for a brownfield site using site investigation data
- Carbon footprinting of municipal solid waste collection strategies
Frequently asked questions
How long is Environmental Engineering MSc(Eng) at University of Leeds?
Environmental Engineering MSc(Eng) takes 12 months (Full-time).
How much does Environmental Engineering MSc(Eng) at University of Leeds cost?
The listed tuition fee is £33,800 per year. Fees can change, so confirm the current amount before you apply.
When does Environmental Engineering MSc(Eng) start?
Intakes: September.
What level is Environmental Engineering MSc(Eng)?
It is a postgraduate course in Environmental Science.
What will I study on Environmental Engineering MSc(Eng)?
Modules include Predicting indoor air quality in UK homes from continuous monitoring data, Quantifying bioaerosol exposure in a naturally ventilated hospital ward, Modelling infection transmission onboard long-haul flights, Modelling climate change impacts on wastewater treatment performance, Appraising remediation options for a brownfield site using site investigation data and Carbon footprinting of municipal solid waste collection strategies.