Victor Bong Nee Shin

Dr. Victor Bong Nee Shin serves as Senior Lecturer at Swinburne University of Technology's Faculty of Engineering, Computing and Science (Sarawak Campus), specializing in nanoscale thermal physics and sustainable building technologies. His dual expertise bridges fundamental semiconductor research with practical Building Information Modelling applications for green construction.

His educational credentials include:

• Bachelor of Engineering (First Class Honors) in Mechanical Engineering, Swinburne University of Technology
• PhD in Mechanical Engineering, Swinburne University of Technology (Thesis: 'Fundamental Study of Heat Transport by Phonons and Electrons in Semiconductors at Micro and Nanoscale')

Research focuses on three interconnected domains: nanoscale heat conduction mechanisms in semiconductors, BIM-driven sustainable building assessment, and HVACR system optimization. His thermal physics work investigates phonon-electron interactions at micro/nanoscales using advanced Monte Carlo simulations, while his building engineering research develops practical BIM tools for water efficiency and Green Building Index certification in Malaysian contexts. This unique combination addresses both fundamental scientific questions and industry implementation challenges in sustainable construction.

Publication analysis (2014-2020) reveals strong methodological continuity in computational thermal modeling, with increasing industry application focus post-2016. The research trajectory shows strategic evolution from pure nanoscale physics toward integrated BIM solutions for sustainable built environments, reflecting growing industry engagement.

Key recognitions include:

• Highly Commended – Swinburne Vice-Chancellor’s Engagement Award (Industry Engagement) 2019
• Best Paper Award in Physics and Materials Symposium, ICASIT 2015

Research leadership includes active supervision of postgraduate students and industry-collaborative projects funded through Swinburne's engagement initiatives. His CIDB BIM Trainer certification and MyCREST Facilitator qualification enable direct industry knowledge transfer. As ASHRAE Student Branch Advisor and IEM committee member, he maintains strong professional networks that inform both research direction and student opportunities.

His work bridges academic research and industry practice through dual-track contributions: advancing fundamental understanding of nanoscale thermal transport while developing practical BIM applications for Malaysia's green building sector. Current initiatives focus on automating sustainability assessments through integrated digital workflows.