Lewis Fox James
About Lewis Fox James
Lewis Fox James is an engineer specializing in modeling district heat networks and urban sustainability. He has worked at Arup, Greater London Authority, Kiwi Power, and Dawnus Construction Ltd, and holds degrees from UCL.
Current Role at Arup
Lewis Fox James is currently working as an Engineer at Arup in London, United Kingdom. He contributes to the Energy, Cities, and Climate Change Consulting team. His role involves developing innovative solutions for urban sustainability and addressing climate change challenges. His expertise in modeling district heat networks plays a significant part in his contributions towards sustainable urban development.
Previous Experience as Energy Consultant
In 2017, Lewis Fox James worked at the Greater London Authority as an Energy Consultant for four months. During his time there, he focused on energy solutions and strategies for the city of London. This role allowed him to apply his knowledge in sustainable energy and urban resilience on a practical level.
Internship at Kiwi Power
In 2015, Lewis Fox James gained valuable experience as a Research and Innovation Intern at Kiwi Power in London. Over the course of three months, he engaged in research activities and contributed to innovative projects within the company. This internship solidified his interest in energy solutions and technological advancements in the energy sector.
Education
Lewis Fox James completed his Master of Science degree in Economics, Energy at UCL. He also holds a Bachelor of Engineering degree in Civil Engineering from UCL, obtained between 2011 and 2014. His academic background provided him with a strong foundation in both engineering and economic aspects of energy systems, further enhancing his professional expertise.
Specialization in City Resilience
Lewis Fox James has a keen interest in city resilience, focusing on how urban areas can adapt to climate change and energy challenges. This specialization includes developing strategies and models to enhance the sustainability and resilience of cities, ensuring they can withstand and adapt to various environmental and energy-related pressures.