Project: Post-COVID Health Space Regeneration
This research project examines post-COVID health space design issues such as how to create resilient spaces with a focus on airborne nanoparticles and microfluidic components, how to modify air ventilation systems, and most importantly, what modifications to spatial configuration and FEM simulation approaches to determine the impact and solutions should be made.
RESEARCHSUSTAINABLE LIVINGINNOVATION
Related Publications
Abstract Accepted:
· A multiple variable regression model analysis using space syntax for post-covid 19 health space regeneration and standard prognosis
Conference: 7th International Conference on Civil Engineering for Sustainable Development (ICCESD-2024)
Manuscript Under Review:
· Analysis of PM 2.5 Exposure Impact in Different Atmospheric Contexts: A Detailed FEM Simulation Analysis in A Virtual LOAC Device
Conference: 6th International Conference on Electrical Information and Communication Technology (EICT - 2023)
· Analyzing Numerical Simulation of Ventilation System And Filter Membrane: The Exposure of Airborne Nano-Particles In Health Interior Space
Conference: 6th International Conference on Electrical Information and Communication Technology (EICT - 2023)
Work In Progress:
· Environmental Health equity- Spatial and functional recommendation for post-covid Housing
( Data Collected in 2021, to be submitted for publication in Fall 2024)
Related Blogs
Related Projects
Post-pandemic Hospital & Institutional Design: New Modern Medical College & 250 Bed Hospital, Khulna
The hospital which is one of the riskiest area of viral transmission as well as a backbone for pandemic curing, need to be redefined with new spatial principles. On the other hand, redesigning institutional programs and syntax will help us to better understand the relationship between public-private space according to proper health design requirements. According to WHO, environmental aspects are one of the vital reasons for the increasing percentage of curability of patients.
Contributors
Muhammad Golam Sami
B. Arch, KUET
sami@adora-bd.com
