Expert Details

   Dr MOHD ASRI BIN SELAMAT
   SENIOR CONSULTANT
   INDUSTRIAL CENTRE OF INNOVATION IN NANOTECHNOLOGY
   [email protected]
    https://www.linkedin.com/in/dr-mohd-asri-selamat-2610b2a3
   

View Print
Qualifications

PhD in Mechanical and Material Engineering

Professional/Certified

  • Certified Technology Audit Auditor
  • Certified Train The Trainer

Experience

Brief Career History:

  • Production Engineer, 1992
    Researcher / Project Leader – SIRIM; 1993 – 2014
    Section Head – AMREC; 2015-2018
    Senior Consultant / Senior Researcher
    Principal Consultant / Director of ICI Advanced Materials

Field(s) of Specialization:

  • Powder Metallurgy – Processes and Applications
  • Hard Materials Process Development (high-speed steel, tool steel, tungsten carbides, tungsten-copper)
  • Friction Materials Process Development (brake-pad, brake lining, carbon brushes, current collector, C-Cu composites)
  • Lead Auditor for SIRIM-Fraunhofer Program (Technology Audit for SME’s)
  • Panel Reviewer for Technology Audit & Post Technology Audit
  • i-Coach Trainer for SME Innovation Coaching
  • Certified Train the Trainer (TTT)

Current Research Areas/Topics:

  • Pilot Manufacturing Process of Producing Current Collector using Local Carbon Material for LRT Applications (Smart Challenge Fund: SR 071801153; 2019-2022; Project Leader)
  • Development of Carbon-Copper (C-Cu) Composites using Local Carbon Material through Warm Compaction Process for Potential Electrical and Electronic Applications (Science Fund: 03-02-02-SF0233; 2012-2014; Project Leader)
  • Tribological characteristics of ultrafine tungsten carbide with excess carbon composition for cutting insert (100-RMI/SF 16/6/2; 2/2014) Starting August 2014; Jointly Project Leader with UiTM, Penang
  • Project Leader for 5 projects under SIRIM Industrial Innovation Model Fund (SIIMF MITI); 2019-2021
  • Development & Commercialization of Water Filtration System (AYAQ-NANOTM) to Industries and communities (2018 until now)
  • Nanosafety Program for verify nano based product (2020-2023)
  • Commercialization of non-asbestos heavy-duty brake-pad for automotive industries. Technology licensing to Kejuruteraan Emas Sdn Bhd

Award & Recognitions

  • Gold Award; Selangor R&D Innovation Expo 2019
  • Silver Award; Malaysia Technology Expo (MTE) 2020
  • Award of Merit; Malaysia -Croatia Technology Exchange 2020
  • 5 Malaysian Patents; 3 Patents Pending; 1 Trade Mark

Technology Area

1. Brake friction materials development (brake pad & current collector)
2. Hard Materials development (tungsten carbide, high speed steel, tungsten copper)

Projects

Project Type Funder Role
  Pilot Manufacturing Process of Producing Current Collector using Local Carbon Material for LRT Applications (Smart Challenge Fund: SR 071801153; 2019-2021   Grant   MOSTI   Project Leader
  Development of Carbon-Copper (C-Cu) Composites using Local Carbon Material through Warm Compaction Process for Potential Electrical and Electronic Applications (Science Fund: 03-02-02-SF0233; 2012-2014   Grant   MOSTI   Project Leader
  Tribological characteristics of ultrafine tungsten carbide with excess carbon composition for cutting insert (100-RMI/SF 16/6/2; 2/2014) Starting August 2014; Jointly Project with UiTM, Penang   Grant   MOHE   Project Leader
  Development of Sintered Tungsten-Copper Alloy from Submicron Powder Particle for Potential Electrical and Electronic Applications (03-03-02-SF0115; 2009 – 2011)   Grant   MOSTI   Project Leader
  Commercialisation of non-asbestos heavy duty brake-pad for automotive industries. Technology licensing to Kejuruteraan Emas Sdn Bhd   Company (Commercial)     Project Leader