Research Papers & Hardware Patents
Peer-reviewed journal publications accumulating over 90+ academic citations in Building Information Modeling (BIM), real-time IoT hazard detection, and hardware-level cryptographic anti-cloning card security.
90+ Total Academic Citations
Verified citation count across international engineering journals including Emerald Publishing, Jordan Journal of Civil Engineering, and International Journal of Building Pathology.
Hardware & System Security Patents
Advanced Anti-cloneable NFC/RFID Card System Architecture
Organization: Delta Cyber Security Limited (DeltaCSL) (2024 - Present)
Architected a secure, tamper-resistant card system utilizing NFC and RFID technology with added cryptographic protection layers to block unauthorized cloning attempts in payment and access control infrastructures.
Peer-Reviewed Journal Publications
Accumulated over 90+ verified citations across international engineering journals.
BIM-based smart safety monitoring system using a mobile app: a case study in an ongoing construction site
Construction Innovation (Emerald Publishing) • Published 2023
Authors: S. M. Asif Anam, et al.
Architected an integrated mobile software system leveraging Building Information Modeling (BIM) data for real-time safety hazard detection and worker safety monitoring on active job sites.
Development of Building Information Modeling (BIM)-based Real-time Fire Alert System to Reduce Fire Impact in Bangladesh
Jordan Journal of Civil Engineering • Published 2021
Authors: S. M. Asif Anam, et al.
Designed an automated IoT and BIM-integrated fire safety alert system architecture tailored for urban building safety enforcement and instant hazard notification in developing countries.
Impacts of COVID-19 on the construction sector in the least developed countries
International Journal of Building Pathology and Adaptation • Published 2022
Authors: S. M. Asif Anam, et al.
Conducted comprehensive empirical analysis on structural supply chain bottlenecks and safety policy adaptations during pandemic disruption.