ASSOCIATE PROF. DR. NAZLI BIN CHE DIN
Department of Architecture
Faculty of Built Environment
nazlichedinum.edu.myView CV | |
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Biography | |
NAZLI CHE DIN PhD, P. Tech. , Arch. Tech. (LAM AT/N1), Eng. Tech. (T16459) Nazli Che Din is a senior lecturer in the Department of Architecture, Faculty of Built Environment, Universiti Malaya, Kuala Lumpur. He has been a faculty member since 2006 and holds a PhD from Oita University, Japan. His research interests lie in the area of environmental and architectural acoustics with a focus on the improvement of quality strategies and related product realization. He has produced a few publications in ISI journals and has published over 100 technical publications in other refereed journals, proceedings, technical reports, acoustical letters, books, and chapters in books. Dr. Nazli is a Professional Technologist of the Malaysia Board of Technologists (MBOT), a Registered Architectural Technologist of the Board of Architects Malaysia (LAM), a Registered Engineering Technologist of the Board of Engineering Malaysia (BEM), a founding member and former President (2020-2024) and currently holds position as Vice Presicent 1 (2024-2026) in Society of Vibration and Acoustics Malaysia (SVAM), a former member Acoustical Society of America (ASA), a member of International Institute Acoustics and Vibration (IIAV), UK, a former member Acoustical Society Japan (ASJ), a former member of Architectural Institute Japan (AIJ) and a graduate member of Board of Engineering Malaysia (BEM). He has held various responsibilities in academic administration, including Deputy Dean of Undergraduate, Deputy Dean of Research & Development, Head of Architecture Department, and Chairman of Council Head of Architectural School Malaysia (COHAS). |
Publication
Finance
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Implementation Framework Of The Acoustical Design Criteria For Future-ready Classroom Towards Conducive Hybrid Teaching And Learning Environment |
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Comparative Study on the Acoustical Quality of Traditional Churches between Malaysia & India |
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Establishing An Instrument For Classification Scheme Of Human Acoustic Comfort In Malaysian Eatery Places |
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This information is generated from Research Grant Management System |
The sound absorption properties of a double-leaf micro perforated panel (DL-MPP) made from a double-layered polypropylene material
Assessment of Acoustic Conditions in Worship Spaces Adjacent to Urban Noise: A Simulation Case Study of St. Thomas Garrison Church, Chennai
Identification of mechanical and sound absorption properties of porous concrete containing different amounts of palm oil clinker
The impact of outdoor soundscapes at nursing homes on physiological indicators in older adults
Innovative Computational Methods of Acoustics Parameters
Microperforated Panel Made by Biodegradable Natural Fiber Composite for Acoustic Application
Sound Absorption Performance of Microperforated Panel Made from Natural Fiber Composite
Acoustical Performances in Malaysian Mosques: Reverberation Time in the Main Prayers Halls
Soundscape as a Landscape Identity