The Top BIM Based Green Building Design Studio of Bangladesh

Residential

Arohi Residence is a multistoried residential highrise located in the Baridhara R/A. It is designed by Adora Studios, known for their excellent craftsmanship. The building offers a multitude of amenities for its residents. One of its key features is the profound air ventilation system, ensuring a constant flow of fresh air throughout the building. This not only enhances the overall air quality but also promotes a healthy and comfortable living environment. Additionally, the thermal comfort provided by Arohi Residence is exceptional, ensuring that residents can enjoy a pleasant temperature indoors regardless of the weather outside. Another noteworthy aspect of this highrise is its emphasis on cross ventilation, allowing for ample natural light and a refreshing breeze to permeate the interiors. Overall, Arohi Residence offers a luxurious and well-designed living space that prioritizes the well-being and comfort of its residents.

Arohi Residence

Dhaka, Bangladesh

Renaissance is an exquisite residential project, meticulously crafted by Adora Studios. Situated in the picturesque area of Baridhara RA, this multi-storied building is a true manifestation of modern living. Adhering to sustainable practices, the project incorporates several eco-friendly features. The use of green walls not only adds aesthetic value but also promotes a healthier environment. Rainwater harvesting ensures efficient water management, minimizing wastage. Moreover, the inclusion of energy-efficient heat insulation paint aids in reducing energy consumption, making it an environmentally conscious choice. The building is also designed with proper cross ventilation, allowing for ample natural airflow and ensuring a comfortable living experience for its residents. Renaissance is truly a testament to the harmonious blend of contemporary design and sustainable living practices.

Renaissance Residence

Dhaka, Bangladesh

One of Adora Studios' major residential construction projects is Iqbal Palace. This multi-story structure, which is located in the center of Baridhara RA, is a true representation of contemporary life. The project integrates a number of environmentally friendly elements while adhering to sustainable principles. In addition to adding aesthetic value, using green walls helps create a healthier atmosphere. Harvesting rainwater provides effective water management and reduces waste. Additionally, the use of energy-efficient heat insulation paint contributes to a decrease in energy use, making it a responsible decision. Additionally, the structure is properly ventilated to allow for plenty of natural circulation and give inhabitants a comfortable place to live. Iqbal Palace is a prime example of how modern architecture and eco-friendly methods may coexist together.

Iqbal Palace

Dhaka, Bangladesh

ADORA successfully collaborated with a range of investors, studios, and contractors to bring forth an innovative proposal for the design of a condominium in Dhaka. The project aimed to create a modern and stylish living space that would cater to the needs and aspirations of potential residents. Through strategic partnerships, ADORA was able to tap into a wealth of expertise and resources, ensuring the proposal encompassed cutting-edge architectural design, sustainable construction practices, and state-of-the-art amenities. The envisioned condominium would not only enhance the skyline of Dhaka but also provide a comfortable and luxurious lifestyle for its inhabitants. By harnessing the collective vision and skills of its partners, ADORA paved the way for an exciting future in real estate development in the city.

Proposed Condominium

Dhaka, Bangladesh

ADORA Studios presents "Mamtaz Mahal," a groundbreaking mixed-use commercial and residential building project in Syamnagar, Satkhira, Bangladesh. This architectural marvel seamlessly blends contemporary design with the local context, offering a harmonious balance between modernity and tradition. Featuring versatile commercial spaces on the lower levels, Mamtaz Mahal encourages vibrant business activity while providing comfortable, well-appointed residential units above. The project's sustainability initiatives, smart infrastructure, and integration with the community make it a testament to ADORA Studios' commitment to innovative, functional, and culturally sensitive urban development in the heart of Syamnagar, Satkhira.

Mamtaz Mahal

Satkhira, Bangladesh

ADORA Studios presents an innovative residential building located in Narikeltala, Kushtia. This contemporary architectural gem harmoniously integrates modern design with functional living spaces, offering residents a comfortable and aesthetically pleasing environment. The building is designed with a focus on sustainability and energy efficiency, incorporating green features that enhance the quality of life. ADORA Studios' attention to detail and commitment to creating practical, stylish, and eco-friendly residences shine through in this project, setting a new standard for urban living in Narikeltala, Kushtia.

Multistoried Residential Building Narikeltala

Kushtia, Bangladesh

Muhammad Golam Sami

Muhammad is a futurist who dreams of a world that exemplifies natural complementary living, a stage of bio-mimetics where nature and human living conditions will be symbiotic. He wants to see a zero pollution, zero carbon footprint civilization and for this purpose is now carrying out research work on a completely unprofitable and unfunded basis. He is a BIM and numerical simulation expert and currently, he is working on artificial intelligence, data science, and machine learning, for more in-depth work in biomimetics and sustainable parametric architecture.

Mahmuda Yasmin Dola

Mahmuda is a dreamer who imagines creating a civilization where people breathe full of lives and the environment is carefully preserved. Whether it is a health space or on the level of urban planning, she works and aims to build eco-friendly, healthy environments. She continues to fulfill her ambition through various modeling techniques, biomaterials, biomimicry, and the syntactic study of space.