Miles MacLean

Committed professional with expertise in designing, developing, and deploying renewable energy systems and sustainable solutions for diverse communities. Skilled in optimizing system efficiency, developing eco-conscious infrastructures to reduce waste, and crafting innovative strategies to tackle complex challenges in green energy. Seeking an impactful role to apply my skills and contribute to organizational success while advancing my professional development.

With a background environmental sciences, Miles is a highly-motivated professional with a strong academic foundation and hands-on experience in GIS-based environmental analysis, renewable energy systems, and sustainable development. Having completed a Bachelor of Science in Environmental Sciences with a focus on Quantitative Energy Systems at the University of North Carolina at Chapel Hill, he has led and contributed to projects involving habitat restoration, agrivoltaics, and renewable energy optimization. Key skills include spatial analysis using GIS tools like ArcGIS and QGIS, data analysis in Python, and modeling renewable energy systems. With a track record of addressing global energy challenges, he seeks to integrate innovative strategies and technologies to promote sustainability and resilience in environmental and energy systems.

Miles conducted comprehensive research and consultancy work in renewable energy and sustainable development. His experience includes analyzing dual-use agrivoltaics systems in North Carolina, focusing on energy outputs, land-use efficiency, and resilience, while leveraging GIS, data analysis, and economic principles to model energy storage and microgrids for rural flexibility. He led a consultancy project optimizing perovskite solar technology and providing strategic market insights through value chain analysis. Miles developed actionable solutions for global energy insecurity, created renewable energy transition plans for Texas’ ERCOT, and performed quantitative analyses of alternative energy sources, addressing energy intermittency and proposing sustainable strategies to reduce reliance on fossil fuels.