World Trade Center, Kokapet, Telangana

Idea projektu

The project envisions the design of a World Trade Center (WTC) in Kokapet, Hyderabad, a globally connected business ecosystem that fosters international trade, innovation, and economic development. Anchored in a strategic growth corridor of Hyderabad, this WTC proposal aims to become a hub for commercial activities by integrating sustainable practices, modern infrastructure, and future-ready business solutions.

The project draws inspiration from the global WTC brand, bringing together office spaces, recreational amenities, and smart infrastructure to create a collaborative environment for businesses, professionals, and entrepreneurs. By studying existing WTCs and the socio-economic potential of Kokapet, the design seeks to align with global standards while responding to local needs.

Popis projektu

Aim
To design a World Trade Center in Kokapet that fosters international business growth, provides integrated commercial infrastructure, and contributes to the economic development of Hyderabad through the adoption of smart technologies, sustainable design strategies, and context-responsive planning.

Objectives
To study the origins, functions, and global framework of World Trade Centers and translate these into a contextually relevant architectural design.
To evaluate the site context, connectivity, development regulations, and user needs to formulate a responsive spatial and functional program.
To develop a comprehensive architectural design that promotes efficient space utilization, flexible workspaces, and collaborative business environments.
To integrate sustainable building systems, passive design strategies, and smart infrastructure to enhance operational efficiency and environmental performance.

Scope
The project focuses on the architectural design of a World Trade Center complex including:
Office spaces
Trade exhibition and conference facilities
Business lounges and support services
Recreational and public-use zones
Restaurant and Bar
VIP Accomodation

The design aims to achieve a balance between functionality, sustainability, and global connectivity while contributing to the urban development of the Kokapet region.

Limitations
The proposal is part of a larger township-level development which includes a mall, business hotel, residential apartments, and a clubhouse. These components are addressed only at the masterplan level, without detailed architectural design.
Detailed architectural design is focused only on the World Trade Center, with specific emphasis on Tower B, which has been developed in depth due to the time constraints of the academic thesis.

Technické informace

Form Development Using Mutual Shading
The building form is derived through solar studies and designed to ensure mutual shading between towers, thereby reducing direct solar exposure on facades during peak hours. This passive design strategy minimizes cooling loads, supports the efficiency of the dynamic facade system, and improves overall thermal performance.

Structure and Materials
The World Trade Center at Kokapet adopts a composite structural system, combining a reinforced concrete core with structural steel framing. This hybrid approach allows for large column-free spans, enhancing flexibility in office layouts. The central service core accommodates elevators, staircases, and utility shafts, providing structural stability and compact service integration. Deep pile foundations are used to respond to the site's load conditions and soil profile.

Facade Design
The building incorporates a double-skin facade with an advanced dynamic shading system, a key feature supporting energy efficiency. The outer layer features rotating horizontal and sliding vertical ETFE panels that provide ample daylight. The inner layer is made of high-performance insulated glazing with low-emissivity (low-E) coatings, allowing daylight penetration while minimizing heat ingress. This adaptive facade system reduces operational energy use and enhances user comfort, forming a critical component of the building’s passive sustainability strategy.

Automated Tower Parking
A vertically stacked, automated tower parking system is seamlessly integrated into the built form to minimize surface parking and maximize land use efficiency. The system utilizes smart retrieval technology to reduce idle time and traffic congestion.

Landscape and Climate Response
The landscape design is developed using solar path analysis and microclimate studies to promote outdoor thermal comfort and ecological health. Carefully placed trees, pergolas, and water features offer natural shading and cooling, reducing dependence on artificial systems. Rooftop gardens, podium-level greens, and vertical green walls act as natural thermal buffers while improving air quality and biodiversity.

All these strategies form an integral part of the project’s holistic sustainability approach, connecting architecture with nature.

Dokumentace

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