BEYOND INDIGO : CARRYING THE LEGACY INTO THE FUTURE

Ahsanullah University of Science and Technology

Project idea

The thesis explores the integration of industrial production with the rhythms and principles of nature, focusing on a denim manufacturing facility in Bangladesh. Building upon Bangladesh's legacy as a global leader in the Ready-Made Garment (RMG) industry, the project reimagines the conventional factory as a responsive and environmentally conscious space, where architecture serves as a mediator between industrial production and ecological balance. Through sustainable design strategies, the thesis seeks to create a productive yet regenerative environment that enhances worker well-being, environmental performance, and the relationship between industry and nature.

Project description

The study explores the socio-economic impact of the industry, emphasizing employment generation, women’s empowerment, technological advancement, and export growth. At the same time, it addresses existing challenges related to worker safety, health, environmental concerns, and workplace quality. An approach to carrying the reputation of denim producers on global stages with a highly efficient human-centric working environment is given to the workers.

The masterplan responds to critical industrial and environmental parameters by ensuring fire-safe massing, efficient worker movement, optimized production flow, and streamlined distribution networks. A continuous industrial loop, reinforced through an integrated bridge system, enhances operational connectivity. North–south building orientation reduces heat gain, while an artificial water body between the masses provides evaporative cooling, stormwater retention, and ecological landscape regeneration.

The massing strategy prioritizes fire safety, clear entry–exit routes, and the management of high worker density. A central open courtyard and landscaped pockets introduce daylight, ventilation, and visual relief within the industrial environment. The buildings are oriented along the north–south axis to minimize heat gain and improve environmental performance.

The design integrates natural ventilation, daylighting, green façades, and rooftop gardens to create a healthier and more comfortable working environment. Sustainable features such as solar panels, steel mesh shading systems, and energy-efficient building materials help reduce heat gain, lower energy consumption, and minimize the factory’s environmental impact. Material variation in facade making has a great impact on energy efficiency.

Technical information

A worker can comfortably work in 25-27 degree celcius, which mostly depends on building orientation and facade. All buildings designed with north-south orientation, a smart facade system cuts the sun glare, green integration in the facade also adds a special feature like quality views, and air. Ventilation is one of the most concerning issues in production, which has been solved by smooth airflow among the masses.
A central circulation core, highlighted by the prominent spiral ramp and stair system, encourages movement, visual connectivity, and social interaction among workers across different levels.

The roof structure incorporates solar panels and a sawtooth profile that optimizes daylight harvesting and renewable energy generation. Community-focused amenities such as training facilities, recreation spaces, medical services, daycare, and dining areas are strategically integrated within the building.