Architecture, construction, and sustainable design built on evidence - from residential homes to institutional buildings, research publications to simulation tools.
A portfolio of our architecture and construction projects - each one designed with purpose, built with precision.
Residential · 3BHK
A climate-responsive 3BHK apartment in Pune - designed for thermal comfort, low operational energy, and long-term well-being without compromising on finishes or liveability.
View ProjectInstitutional · Education
An institutional school project in Kalyani Nagar, Pune - designed with daylighting strategies, passive ventilation and climate-responsive architecture for a better learning environment.
View ProjectSports · Infrastructure
Stadium design and infrastructure consultancy for the Maharashtra Cricket Association - integrating passive design principles, shading systems and energy-efficient facility planning.
View ProjectCommercial · Lighting Design
Lighting design consultancy for Kanhaiya Tile - developing a considered lighting strategy for a commercial facility, integrating natural light and artificial lighting for energy efficiency and visual comfort.
View ProjectPeer-reviewed research in building energy performance, net-zero design and sustainable architecture - evidence-based practice at the core of everything we do.
The Indian real estate industry has projections of 230 million housing units in urban areas by 2047, accommodating 51% of India's population. With increasing aspirations of building occupants and a warmer climate, air conditioning demand will grow 11-fold by 2037–38 compared to 2017–18…
This paper evaluates the financial viability of investing in either wall insulation or energy-efficient air conditioning systems in Indian residential buildings. India's rapid urbanization is expected to create demand for approximately 230 million new housing units by 2047…
In our study we present EUI benchmarks for NZEBs for six building types across residential and non-residential typologies and for India's five climate zones. This approach is similar to the simulation-based benchmarks used by the B3 program in Minnesota…
The building sector in India contributes to about one-fifth of the country's total CO2 emissions. At COP26, India has committed to achieving net-zero by 2070. Net-Zero Energy Buildings can accelerate the pace at which India can achieve its net-zero goals…
India's building construction industry is witnessing remarkable growth trends, particularly office spaces. Estimates suggest 80% of the buildings that will exist in the year 2050 is yet to be constructed. Building industry is responsible for 35% of total energy consumption in India…
India's building sector contributes to 39% of greenhouse gas emissions. Communities have begun to face climate change through heatwaves, droughts, floods, and cloud bursts. Our buildings need to become net-zero, but the building sector currently does not have the capacity…
Two pillars of eCube's evidence-based design practice - an industry-leading daylight simulation platform and the world's largest net-zero design competition.
eCube is the authorised distributor of LightStanza in India - a cloud-based daylight simulation and analysis platform used globally by architects and engineers to optimise natural light, glare, and artificial lighting in buildings. We offer access, training and project support across India.
Explore LightStanza
eCube is a core team member of the Solar Decathlon India (SDI) - the world's largest net-zero design challenge. Our involvement spans detailed design, energy modelling, sustainability documentation and published research across multiple building typologies including residential and construction worker housing.
Explore SDIDeep-dive critiques of building energy performance and sustainable design in India - frank, research-backed and unfiltered.
A no-holds-barred critique of how energy codes, building practices and sustainability certifications often miss the mark in the Indian context.
The next episode of the series is in production. Check back in June 2026 for a new deep-dive into sustainable architecture and building performance.