Overview
Throughout the Engineering Design for Climate Resilience from UCL Summer School you will explore current and upcoming impacts of the climate crisis through an interdisciplinary lens, considering frameworks such as the planetary boundaries and the circular economy.You will examine the impacts on cities, including flooding and extreme heat, and tackle the question: how can interdisciplinary engineering teams design practical systems that reduce flood risk, improve water quality and help us live more sustainably in the face of climate change?
You will develop technical skills across mechanical, electrical, materials and bioengineering.
You will tackle climate challenges in cities, including flood and pollution mitigation. Through research, experimentation and prototyping, you will develop hands-on skills to deliver practical, effective engineering solutions.
You will use design tools and frameworks to develop prototype solutions and communicate their value, informed by an understanding of the problems they address.
By the end of the module, students will have:
Collaborate within interdisciplinary teams, reflecting on and adapting their approach.
Identify and define project requirements, constraints, and design parameters.
Critically evaluate sources through independent research, to justify project decisions.
Design and implement solutions that address both technical and societal dimensions of a problem.
Combine technical rigour with engaging delivery.
Programme Structure
- Introduce you to interdisciplinary engineering practice through designing and prototyping solutions to climate challenges, developing technical skills across mechanical, electrical, materials and bioengineering.
- Develop your ability to translate problems into specifications, validate solutions through rigorous experimentation and evaluate their technical, social and environmental impact using frameworks such as the planetary boundaries.
- Build your collaborative skills through recognising team strengths, contributing to interdisciplinary projects and communicating technical work to diverse audiences, reflecting the hands-on approach of UCL's Integrated Engineering Programme.
Key information
Duration
- Full-time
- 18 months
Start dates & application deadlines
- StartingApplication deadline not specified.
Language
IELTS & PTE Test Preparation
Admission to your dream university starts with a high IELTS or PTE score. Earn your target score with E2's guided test preparation.
- Study on your own schedule
- Live classes with current and ex-examiners
- Accurate score assesment, always
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Credits
Delivered
Campus Location
- London, United Kingdom
Disciplines
Climate Studies & Meteorology Engineering Management View 7 other Short Courses in Engineering Management in United KingdomWhat students do after studying
Academic requirements
We are not aware of any specific GRE, GMAT or GPA grading score requirements for this programme.
English requirements
IELTS & PTE Test Preparation
Admission to your dream university starts with a high IELTS or PTE score. Earn your target score with E2's guided test preparation.
- Study on your own schedule
- Live classes with current and ex-examiners
- Accurate score assesment, always
- E2 Score Guarantee - Get your score or your money back!
Other requirements
General requirements
- Primarily for engineering, science, earth science or design students. Other analytical/technical backgrounds warmly welcome. No prior subject knowledge needed; we’ll help build your technical skills.
Tuition Fees
-
International Applies to you
Applies to youNon-residents5100 GBP / year≈ 5100 GBP / year -
Domestic Applies to you
Applies to youCitizens or residents5100 GBP / year≈ 5100 GBP / year
Living costs
London
The living costs include the total expenses per month, covering accommodation, public transportation, utilities (electricity, internet), books and groceries.