6 SR- Hasan Plaza
Project Description:
Project Type: 6(six) Storied Residential & Commercial Building
Location: 109/1 Nuruddin Ahmed Road, Harishankarpur, Kushtia, Bangladesh.
Client: Md. Abul Hossain
Site Area: 356.3Sq.M/ 3830.3sqft
Year of Commencement: 2022
Architects:
Nazmus Sakib Tonu
3D Visualizer: Shaikat Ahmed
This 6-story mixed-use building combines residential and commercial spaces with a focus on sustainability. the design prioritizes eco-friendly construction and energy efficiency. The facade uses exposed ceramic bricks for their thermal insulation and low environmental impact, while other materials are locally sourced or recycled.
Sustainable features include rooftop solar panels, high-performance insulation, and natural ventilation to reduce energy consumption. A green roof with native plants and a rainwater harvesting system are integrated for water conservation and stormwater management. The building also includes smart energy management systems for efficient lighting, heating, and cooling.
With a mix of residential and commercial functions, the project promotes urban integration while providing communal spaces like a landscaped courtyard and rooftop terrace. It aims to demonstrate how sustainable design can enhance urban living while minimizing its environmental footprint.
6 SR- Hasan Plaza
Project Type: 6(six) Storied Residential & Commercial Building
Location: 109/1 Nuruddin Ahmed Road, Harishankarpur, Kushtia, Bangladesh.
Client: Md. Abul Hossain
Site Area: 356.3Sq.M/ 3830.3sqft
Year of Commencement: 2022
Architects:
Nazmus Sakib Tonu
3D Visualizer: Shaikat Ahmed
Project Description:
This 6-story mixed-use building combines residential and commercial spaces with a focus on sustainability. the design prioritizes eco-friendly construction and energy efficiency. The facade uses exposed ceramic bricks for their thermal insulation and low environmental impact, while other materials are locally sourced or recycled.
Sustainable features include rooftop solar panels, high-performance insulation, and natural ventilation to reduce energy consumption. A green roof with native plants and a rainwater harvesting system are integrated for water conservation and stormwater management. The building also includes smart energy management systems for efficient lighting, heating, and cooling.
With a mix of residential and commercial functions, the project promotes urban integration while providing communal spaces like a landscaped courtyard and rooftop terrace. It aims to demonstrate how sustainable design can enhance urban living while minimizing its environmental footprint.