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MSc Smart Energy and the Built Environment

  • DeadlineStudy Details:

    MSc 1 year full-time, 2 years part-time, 5 years flexible

Course Description

To reduce carbon emissions and transform global energy systems a new relationship is required between how we produce, supply and consume energy in our buildings. Smart energy technologies and services are central to this transformation, ensuring resilience and security of supply and controlling costs. UCL’s Smart Energy and the Built Environment MSc will train you to be at the forefront of the smart energy revolution and lead the transformation to a sustainable global energy system.

To fight climate change and deliver the transition to zero carbon, from generation to consumption, transformations must happen throughout the energy system. This has led to significant global investment into smart energy systems: a revolution in the way the energy system works by matching energy demand and supply through making the way we consume our energy more flexible. Smart energy systems reduce costs, increase reliability and support decarbonisation; the built environment plays a central role, being associated with 40% of global energy demand. A new generation of experts is needed to drive the transition and be at the forefront of the smart energy revolution.

UCL’s Smart Energy in the Built Environment MSc will equip you with an in-depth understanding of the energy system, its smart, flexible operation, and the role of the built environment.

Entry Requirements

Normally a minimum of an upper second-class UK Bachelor’s degree in a relevant discipline (for example physics or a related physical science, engineering, mathematics, geography, psychology, social science, architecture, planning or economics) or an overseas qualification of an equivalent standard is required. Applicants with a different degree discipline but a minimum of 3 years of relevant experience are welcome to apply and will be assessed on an individual basis. Please clearly state in your personal statement how your educational or employment background (including any internships or projects) relates to the programme and what you aim to achieve through your studies.

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Fees

For fees and funding options, please visit website to find out more

Programme Funding

UCL offers a range of financial awards aimed at assisting both prospective and current students with their studies.

Student Destinations

The programme has been developed with employability as a key priority, focussing on skills relevant in the sector. We address both technical and transferable skills, including statistics and data analysis, modelling, communication skills, critical thinking and social sciences. You will be encouraged to develop your own solutions to energy problems through both individual assignments and group work, collaborating with peers. Our research-based curriculum also teaches you how to undertake independent research, identify research questions and design a research programme to answer them, but also how to gather, organise and analyse evidence effectively, strengthening both your critical and your creative thinking skills.

Smart Energy and the Built Environment MSc is designed to prepare you for a career in:

  • Energy consultancies
  • Public sector
  • NGOs
  • Energy start-ups
  • Institutions which value expertise in energy and the built environment

Module Details

Compulsory modules

  • Fundamentals of Smart Energy and the Built Environment
  • Energy Systems in Society
  • Introduction to Smart Energy Data and Statistics
  • Modelling Community Energy Systems
  • Smart Distributed Energy Systems
  • Dissertation: Smart Energy and the Built Environment

Optional modules

  • Business and Sustainability
  • Energy, People and Behaviour
  • Industrial Symbiosis
  • Systems Thinking and System Dynamics
  • Metrics, Modelling and Visualisation of the Resource Nexus
  • Energy, Environment and Resources in Developing Countries
  • Data Analytics in the Smart Built Environment
  • Social Value and New Energy Business Models
  • Urban Building Energy Modelling
  • Clean Energy and Development
  • Smart Energy Solutions in the Built Environment

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