Research & Reviews: Journal of Architectural Designing
type: channel
description: Research and Reviews: Journal of Architecture Designing is a peer review journal with an objective to provide a platform for scientists, academicians and students all over the world to promote, share and discuss various new issues and innovations in diverse areas of Architecture Designing. The scope of the journal covers Research Articles, Review Articles, Methodology Articles, Short Communications, Research Reports, Monographs, Special Issues, Editorials research articles, and scientific commentaries in all the areas of Architecture Designing. The journal covers a wide range of topics including building design and construction, design management and design coordination, facilities management and various other fields that are related to architectural engineering. The aim of the journal is to create break free communication link between the research communities. Focus and Scope Architectural technology Computer Techniques in Architectural design Eco-Cities Eco-Sensitive Accessories & Green Products People, Environment and Buildings Design management and design coordination Water and Built Forms Building Service engineering Building design management, planning and coordination Education and Architectural engineering Building design and construction Planning, designing, and constructing buildings Infrastructure Planning and Systems Management
publisher: HBRP Publication Pvt. Ltd.
language: en-US
publication name: Research & Reviews: Journal of Architectural Designing
issn: 3107-3891
items: Relevance of Indoor Air Quality for Making Built Environment- More Qualitative, Sustainable and Livable
items: Health-Friendly Co-working Space Integrating AI and Panchabhuta: A Fusion of Tech and Nature
items: Hospital Facade Renovation for Improved Daylight Performance: A Case Study of BIHS General Hospital, Mirpur, Dhaka, Bangladesh

Relevance of Indoor Air Quality for Making Built Environment- More Qualitative, Sustainable and Livable
type: item
description: Exteriors and interiors constitute two critical layers of every building, which are planned, designed and constructed on planet earth. Both have its role, relevance and importance in making any building aesthetically pleasing and operationally qualitative. If building facades are valuable for showcasing the personality and character of any building to the community, then interiors of buildings remain valuable determinants of health, happiness and productivity of the people, using the buildings. Considering the fact that people live within buildings; accordingly, quality of interior spaces assumes importance for the owners, occupants and users of the building. Considering the fact that 80% of human life span is spent in the interior of the buildings, accordingly it becomes critical that interiors spaces must be made more qualitative, sustainable, free from pollutants and providers of best quality of indoor air to the users of such spaces. Considering the far reaching impact of interior spaces on human living , paper tries to brief about the options which can be leveraged in making value addition to interior spaces to make built environment more healthy, qualitative, sustainable and livable.
creator: Jit Kumar Gupta
date: 2026-06-29
publication date: 2026-06-29
volume: 8
number: 2
starting page: 1
ending page: 11

Health-Friendly Co-working Space Integrating AI and Panchabhuta: A Fusion of Tech and Nature
type: item
description: This research combines the ancient Indian philosophy of Panchabhuta, which encompasses the five natural elements like earth, water, fire, air, and space, with modern artificial intelligence (AI) to reevaluate how co-working spaces can enhance individuals' health and well-being. Co-working spaces are highly regarded among freelancers, entrepreneurs, and remote workers, as they offer flexibility and a sense of community. Many of these spaces still face challenges, including poor ventilation, inadequate natural light, noise, rigid layouts, and limited privacy, which can negatively impact users' physical comfort and mental well-being. This research employs a mixed-methods approach, including surveys, interviews, literature reviews, and national and international case studies, to comprehend the effect of design on well-being. The results emphasise that elements such as modular spaces, daylight access, biophilic (nature-inspired) elements, ergonomic furniture, and practical layouts make a meaningful difference in enhancing comfort, focus, and emotional harmony. The study also examines how AI can further improve these environments by sustaining features such as predictive maintenance, personalised environment and lighting settings, intelligent space planning, and health pursuit. When AI is integrated with the essential wisdom of the Panchabhuta, the result is a co-working space that is both functionally adaptable and nurturing, yet sustainable. Aligned with the objectives of building sustainable and inclusive communities, as outlined in UN Sustainable Development Goals 9 and 11, this research demonstrates a forward-thinking model for fitter, more creative workspaces. It’s a priceless resource for designers, architects, and planners seeking to develop a truly human-centred co-working environment.
creator: Ratish Kumar
creator: Satakshi Choudhary
creator: Sushil Kumar
date: 2026-07-13
publication date: 2026-07-13
volume: 8
number: 2
starting page: 12
ending page: 23

Hospital Facade Renovation for Improved Daylight Performance: A Case Study of BIHS General Hospital, Mirpur, Dhaka, Bangladesh
type: item
description: Rapid urban growth in Dhaka has placed increasing pressure on older healthcare buildings, many of which struggle to provide adequate daylight, comfort, and environmental quality. Poor façade design often limits access to natural light, increases dependence on artificial lighting, and reduces user satisfaction. This study examines the renovation of the west façade of BIHS General Hospital in Mirpur, Dhaka, with the aim of improving daylight availability, visual comfort, and overall user experience. Existing daylight conditions were assessed through on-site illuminance measurements using a mobile lux meter and digital simulations conducted with the Enscape plugin. The original solid façade significantly restricted daylight penetration and produced illuminance levels below recommended standards. A redesigned louvred façade system was proposed to allow controlled daylight entry while minimizing glare and heat gain. Post-renovation simulations showed a noticeable improvement in daylight distribution within consultation rooms and staff cabins, bringing illuminance levels closer to accepted benchmarks. The findings demonstrate that thoughtful façade retrofitting can meaningfully enhance indoor environmental quality, reduce energy demand for artificial lighting, and improve user satisfaction in aging hospital buildings. The study offers practical insight for sustainable renovation strategies in dense urban contexts similar to Dhaka.
creator: Sirajam Munira
creator: Asma Siddika
creator: G. M. A. Balayat Hossain, PhD
date: 2026-08-06
publication date: 2026-08-06
volume: 8
number: 2
starting page: 24
ending page: 32