Services

The firm offers consultancy in the disciplines of Urban Design, Architecture, Interiors, Engineering Design and Project Management in collaboration with our associates where innovation has been driven by research and an integrated approach to Design and Project Delivery through team work right from the inception to the close out.

Our Philosophy is ingrained in client satisfaction through value addition and creative forthright solutions to absorb growth for the future. A Team of Highly Skilled and Motivated team of Architects ,Urban Designers , Engineers and Technologists have worked on an array of projects to include Urban Master plans, Redevelopment and Revitalization, Campus Planning and Design for Higher Education Sector, Institutional Buildings, Healthcare Facility Planning, Cultural Buildings, Corporate Offices and workspaces, Housing and private Residential Buildings.

Our emphasis has been on rendering Comprehensive Consultancy Services - “Integrated Design services through single window operations.”

Our design philosophy is structured around the principle of creating buildings with an enabling system backbone which is tiered, adaptable, scalable and maintainable through selection of appropriate technologies which are efficient and sustainable.

Our emphasis has been on rendering Comprehensive Consultancy Services - “Integrated Design services through single window operations.”

Campus Planning - Green Initiatives through Strategic Planning for Higher Education

Our initiatives in creating a sustainable built environment and an eco-conscious world are detailed as under:

• Protecting the Ecological Footprint by Adopting a Natural Preservation and Conservation Strategy : Several thousand trees of various varieties and species existing the ecosystem are preserved and further replenished maintain the balance following any human intervention on the sites.
• Minimizing Carbon Footprint :The passive cooling techniques using radiant cooling and passive cooling techniques using solar powered air washers and recycled water to create comfortable indoor environmental conditions in built spaces without creating a carbon footprint.
• Preserving Natural Resources with Water Recycling: Most developments feature rainwater harvesting facilities and water recycling system.The latter is 97% efficient,ensuring the maximum reuse of a precious natural resource. This has also been achieved through designing campuses as zero discharge campuses and providing for sludge free multi-stage biological systems to treat black and grey water, effluents and recycle the same for horticulture through structured irrigation systems.
• Retaining the Natural topography of the Land: By adapting structures to the surface contours, the impact of construction on local geology has been drastically reduced.
• Environmental Awareness and Sensitivity:The university community are motivated and sensitized towards protection and conservation of natural environment and are encouraged to undertake plantation drives and engage in community activities as part of environmental clubs. The plan also promotes celebration of environmental week during the monsoons wherein the University community are reminded of their role in conserving the larger environment we live in. The focus on enhancing and providing an unobstructed view towards natural greens and heritage buildings through disposition of built form ,orientation of buildings ,creation of avenues and vistas all contribute towards the larger environmental strategy and aims to create awareness towards environment.
• Minimizing Fossil Fuel Consumption through Transport Demand Management Strategies and transforming campuses as Pedestrian centric precincts :The structure plans aims to emphasize of pedestrianization by providing parking zones in the periphery and provision of Shuttle services providing connectivity to public transport. The internal movements are assisted by battery operated carts. The academic community is motivated to use public transport thereby reducing the carbon emissions and parking demand on campus and to ensure clean air .
• Use of Recycled Materials and Products:The Planning focuses on utilization of local and material selection for buildings emphasizes on utilization of building material and products made out of high percentage of recycled materials. The planning initiative inbuilts a methodology towards utilization of all construction waste generated from the campus.
• Alternative Energy Utilization:It is critical to utilize alternative sources of energy such as solar and wind energy besides utilization of biomass. The strategy envisages reducing the demand load by utilization of the above and avoid substantial investments in captive power and battery banks. The same can also utilized to preheat water and reduce energy demand for varied application. Apart from the above where available gas based turbines be used to generate captive power dovetailed to heat recovery systems for HVAC applications etc. With global warming and increasing demand on indoor air quality , air conditioning will become a necessity ,therefore, district cooling systems need to be implemented in conjunction with the heat recovery systems. Energy Retrofits are key efficient management and conservation of energy.
• Optimization and Standardization Strategies:we develop for all projects and building type a design paradigm which is comprehensive ensuring optimization and standardization at all levels be it design of spaces, structure and technology integration with an objective to achieve efficiency through optimization of embodied energy, operational costs and energy management.
• Our design philosophy is structured around the principle of creating an enabling system backbone which is tiered, adaptable, scalable and maintainable through selection of appropriate technologies which are efficient and sustainable.