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MSc Ecology and Urban Engineering

This interdisciplinary master’s provides the specialist skills and practical project experience needed to design and adapt cities and urban spaces to protect biodiversity and meet ambitious climate goals. 
Programme Details 
Start DateSeptember entry
Awards AvailableMSc
Duration

1 year Full Time
2 years Part Time

LocationUCL East Campus

 

About the course

The MSc in Ecology and Urban Engineering brings together ecological theory and practice and urban design and engineering to train a new generation of built environment professionals. This multi-disciplinary programme will cover foundational understanding of ecological theory, biodiversity monitoring and data handling, as well as climate-resilient urban design and green and blue infrastructure. Students will also work with professionals from industry, government, NGOs, and local communities to deliver real urban projects with long-term biodiversity benefits. 

Building with plants all over it. Image by Danist Soh from Unsplash.

Designed and delivered by UCL’s award-winning ecologists in collaboration with spatial planning experts at the Bartlett Faculty of the Built Environment, this brand-new MSc applies ecological expertise to the design of buildings and urban spaces. With this multidisciplinary master’s, you’ll learn ways to reduce the impact of human structures on natural living systems. 

You’ll develop a strong foundational understanding of ecological science, along with the practical skills required to capture and analyse large datasets, using sensor technology. 

You’ll practise experimental design, learning to investigate complex problems using field research techniques, and assess the impacts of building and infrastructure design and construction on natural systems. 

You’ll also get to work on practical urban projects, tackling real-world challenges alongside programme partners from industry and local government agencies.

 

What you can look forward to

The MSc Ecology and Urban Engineering is taught in UCL’s purpose-built People and Nature Lab at the new UCL East campus in the Queen Elizabeth Olympic Park in Stratford in East London.

bat_sensors_at_ucl_east_queen_elizabeth_park
  • Learn from world-renowned expert academics from across UCL Life Sciences and the Bartlett Faculty of the Built Environment. 
  • Acquire sought-after data analysis and programming skills, using widely-adopted programming languages like R and SQL. 
  • Enjoy practical fieldwork activities in the purpose-built People and Nature lab, located at the Queen Elizabeth Olympic Park. 
  • Test and assess new ecological approaches to spatial planning at the Centre for Advanced Spatial Analysis (CASA). 
  • Design and implement your own practical research project, with guidance from expert UCL academics or industry partners. 

Take a look at where you'll be studying

Join us in shaping the future of healthcare and scientific research, and unlock endless opportunities for personal and professional growth in one of the world’s most vibrant and diverse cities.

Take a virtual tour of our campus  

Where the course can take you 

 

bat_sensor_at_queen_elizabeth_park

By combining skillsets in ecological science, data science, urban design and engineering, your expertise will be in high demand across local and national government agencies, development and environmental consultancies.  

The construction and civil engineering industries are striving to meet challenging new biodiversity and sustainability targets, so as a graduate of this master’s your skills and knowledge will be increasingly relevant across both the private and public sectors. 

People and Nature Lab's First Project

nyctalus leisleri

Whilst the new UCL East campus was being built, the People and Nature Lab worked with colleagues at Intel to develop the world’s first automated smart detectors for monitoring bats through their echolocation calls. Our ‘Echo Boxes’ continuously record and identify bat calls using machine learning across the Queen Elizabeth Olympic Park sending the results back in real-time to understand the health of the environment.

Find out more about the Project