Discover The Smart Energy and the Built Environment MSc

Why It Matters

The MSc produces industry‑ready professionals who can drive the smart‑energy transition, directly supporting climate targets and creating high‑value jobs in a rapidly expanding sector.

Key Takeaways

• UCL's Bartlett ranked #1 globally for built environment studies.
• MSc focuses on decarbonization, energy security, affordability, equity.
• Program blends technical, policy, and social skills for smart energy.
• Curriculum includes core modules, electives, and industry‑linked dissertation projects.
• Graduates gain interdisciplinary expertise and strong job market prospects.

Summary

The video introduces UCL’s new MSc in Smart Energy and the Built Environment, launched by the Bartlett Faculty, which has just been ranked the world’s top program in built‑environment studies for the fourth consecutive year. The Energy Institute’s mission—to tackle climate change, energy security and affordability through impactful research and diverse community engagement—underpins the degree’s design.

Speakers outline the rapid transformation of the energy system: decarbonisation, electrification of heating and cooling, and the shift from flexible fossil‑fuel generation to a more diverse mix of renewables, nuclear and carbon‑capture technologies. Because future supply will be less flexible, the programme emphasizes demand‑side management, storage, and smart‑grid solutions as essential, cost‑effective pathways.

Key remarks include the claim that “smart energy is a revolution in the way we work,” and that the MSc is a “vocational degree” aimed at equipping students with both hard skills—modeling, data analytics, coding—and soft skills such as communication and project management. The curriculum combines core modules on fundamentals, society, and smart‑distributed technologies with a wide selection of electives and a research‑focused dissertation linked to industry partners.

The implications are clear: graduates will be ready for a booming job market in a sector critical to climate goals, while the interdisciplinary training equips them to develop and implement the smart‑energy solutions needed for resilient, affordable, and healthy built environments.

Original Description

In this virtual event, programme leads delivered a short taster lecture introducing the Smart Energy and Built Environment MSc, exploring how smart energy systems, digital tools and sustainable design are transforming the way we power and shape buildings and cities.