Anargha Devassy

Sustainability and Energy Consultant
Anargha graduated in the year of 2019 and holds a Bachelor’s in Architecture from India. Even before completing her degree, she gained valuable experience working with two firms based in Mumbai and Kozhikode, where she developed a practical understanding of design and construction. And later began her professional career as a Junior Architect and later Site Architect in the famous organization in India COSTFORD where one of the founders was the Master Architect Laurie Baker where she grew her passion for sustainable and organic Architecture and curiosity in the deeper knowledge about the building engineering Motivated by her interest in building engineering, Anargha pursued a Master’s degree at Politecnico di Milano, Italy, where she gained expertise in building physics, comfort design, and energy-efficient solutions. Her thesis, which developed a prefabricated bamboo façade module, was recognized for its innovative approach to material optimization and reducing carbon impact. Her academic and professional experiences have shaped her vision of creating sustainable, energy-efficient buildings that balance functionality and environmental impact. In March 2024, Anargha joined R2M Solutions, starting with an internship and now continuing as a full-time collaborator in the sustainability division. She contributes to projects involving BREEAM, LEED, Life Cycle Assessment (LCA), and Energy Performance, leveraging her knowledge and passion for sustainable building practices to make a tangible impact in the field.

Main area of activity in R2M:

At R2M Solutions, in the sustainability division , Anargha contributes to projects that focus on advancing green building practices. Her work involves supporting sustainability certifications such as BREEAM and LEED, which help assess and verify the environmental performance of buildings. Additionally, she engages in Life Cycle Assessment (LCA), where she evaluate the environmental impact of materials and construction processes, and assist in Energy Performance optimization to enhance energy efficiency in built environments.

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