The process of designing Climate-responsive Buildings is Collaborative & Iterative. Meaningful outcomes emerge when Architects, Engineers, Sustainability Consultants, and Clients engage with a shared understanding of Climate, Physics, and Goal Setting from the Earliest stages of design.
In practice, performance insights are often introduced too late or communicated in ways that disconnect them from design intent. Simulation becomes a validation exercise rather than a decision-making tool, and sustainability goals are reduced to thresholds, benchmarks, or compliance targets. The result is not poor design, but unrealized potential. We believe performance should be measurable, contextual, and intentional—not generic or compliance-driven.
High Performance Design exists to close this gap. Simulation is not a validation exercise for us; it is a design tool.
Complex analysis must lead to clear guidance. We translate technical results into actionable recommendations that design teams can implement.
Design decisions should be supported by evidence. We use climate analysis, building physics, and simulation to replace assumptions with insight.
There is no one-size-fits-all solution in sustainability. Our workflows are tailored to suit the specific context of each project.
Buildings are ultimately for people. Comfort, health, and usability are central to how we define high performance.
Pushkar is a passionate sustainability professional with over 3 years of experience in Architecture and Sustainability. He has a keen interest in evidence-based design and continuously seeks to expand his knowledge through research.
In his previous roles, he has gained experience in High Performance Design including Energy modelling, Daylight Modelling, Thermal Comfort, Computational Fluid Dynamics (CFD) & Assessments for Green Building Rating Systems (LEED, IGBC, WELL, GRIHA). He has experience working on medium to large scale Commercial, Residential, Hospitality & Industrial projects.