RESEARCH UNIVERSITY GRANT SCHEME
1) Principal Investigator of Research University Grant: (Q.J130000.2517.17H79) entitled ‘Computer Tomography Dose Index In Estimating Patient Doses For Multi-Slice Computer Tomography
Scanners.’ with effect from 01/07/2017 until 30/06/2019 with an approved allocation of RM 40000 (completed).
2) Principal Investigator of Research University Grant: (Q.J130000.2417.03G72) entitled ‘Establishment of Optically Stimulated Luminescence Dosimeters (OSLD’s) in medical X-ray
procedures.’ with effect from 01/01/2017 until 31/12/2018 with an approved allocation of RM 50000 (completed).
3) Principal Investigator of Research University Grant: (Q.J130000.2517.13H39) entitled ‘Establishment of Adaptive Iterative Dose Reduction (AIDR) 3D Techniques In Abdomen-Pelvis Computer
Tomography (CT) Examinations.’ with effect from 01/07/2016 until 30/06/2018 with an approved allocation of RM 50000 (completed).
4) Principal Investigator of Research University Grant: (Q.J130000.2517.10H60) entitled ‘Doped Silica Optical Fiber As Thermoluminescence Radiation Dosimeters’ with effect from 01/05/2015
until 31/10/2016 with an approved allocation of RM 49950 (completed).
5) Co-researcher of Potential Academic Staff (Q.J130000.2726.01K99) entitled ‘Development Of Neutron Statistical Calculator For Weak Nuclear Response Study Of Double Beta Decay
Experiment.’ with effect from 01/09/2015 until 30/11/2016 with an approved allocation of RM 20000 (completed).
6) Principal Investigator of Research University Grant: Program Saintis Negara (PSAN: Q.J130000.2626.10J37) entitled ‘Characterization and Fundamental Properties of Radiosensitive Borate
Glass’ with effect from 01/05/2014 until 30/04/2015 with an approved allocation of RM 28500 (completed).
7) Principal Investigator of Postdoctoral Research University Grant (PDRU) (Q.J130000.21A2.01E52) entitled ‘Optical and Thermoluminescence Properties of Lithium Sodium Borate Glass Doped
with Nano Gold: TL performance in Radiotherapy Doses’ with effect from 01/04/2014 until 31/03/2015. Budget approved RM 71000 (completed).
8) Principal Investigator of Research University Grant (Q.J130000.2526.07H59) entitled ‘Characterization of a tailor-made optical fibres for computed tomography (CT) dosimetry system’
with effect from 01/04/2014 until 31/03/2015. Budget approved RM 50000 (completed).
9) Co-researcher of Research University Grant (Q.J130000.2526.07H71) entitled ‘Assessment of radiological risk in the products and by products of amang and ilmenite tin tailing process at
small amang industries at Perak, Malaysia.’ with effect from 01/04/2014 until 31/03/2015 with an approved allocation of RM 50000 (completed).
10) Principal Investigator of Research University Grant (Q.J130000.2526.03H27) entitled ‘The potential use of Optical Fibre Doped Silica Glass as a Thermoluminescence System for
Radiotherapy Dosimetry’ with effect from 01/05/2012 until 30/04/2014. Budget approved RM 100000 (completed).
11) Principal Investigator of Research University Grant (Q.J130000.2626.06J64) entitled ‘Monte carlo simulation of optical fibers dosimetry’ with effect from 01/05/2012 until 30/04/2013
with an approved allocation of RM 22000 (completed).
12) Principal Investigator of Research University Grant (Q.J130000.7126.01H60) entitled ‘Physically-based biodosimetry detected by electron paramagnetic resonance (EPR) for radiation
accident emergency management’ with effect from 01/04/2011 until 31/03/2013. Budget approved RM 165000 (completed)
13) Co-researcher of Research University Grant (Q.J130000.7126.00H70) entitled ‘The suitability studies of Nuclear Power Plant Site in state of Johore’ with effect from 01/04/2011 until
31/03/2013. Budget approved RM 148000 (completed).
14) Co-researcher of Research University Grant (Q.J130000.2626.00J64) entitled ‘The thermoluminescence characteristics of LiKB4O7: Cu and LiKB4O7: Ge glass for ionizing radiations
measurement’ with effect from 01/04/2011 until 31/07/2012 with an approved allocation of RM 40000 (completed).
15) Co-researcher of Research University Grant (Q.J130000.2626.00J58) entitled ‘Thermoluminescence response of calcium tellurite borate based glass for dose measurement subjected to photon
irradiation’ with effect from 01/04/2011 until 31/07/2012 with an approved allocation of RM 40000 (completed).
FUNDAMENTAL RESEARCH GRANT SCHEME (FRGS FUND)
1) Co-researcher of Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS) (R.J130000.7826.4F971) entitled ‘Synthesis and Characterization of High Purity
100Ru Thin Film For Double Beta Decay Detection’ with effect from 15/08/2017 until 14/08/2019 with an approved allocation of RM 69112 (completed).
2) Co-researcher of Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS) (S.J130000.7817.4X072) entitled ‘Establishment of Correlation Algorithms in
Improving Image Quality for Nuclear Medical Imaging System’ with effect from 01/12/2014 until 30/11/2016 with an approved allocation of RM 139000 (completed).
3) Co-researcher of Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS) (R.J130000.7817.4F501) entitled ‘Mammographic phantom image analysis’ with effect
from 01/07/2014 until 30/06/2016 with an approved allocation of RM 57000 (completed).
4) Co-researcher of Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS) (FRGS/2/2014/TK03/UPM/02/3) entitled ‘Establishment of Correlation between Body
Weight/Size Parameter to the High Energy Window Selection in Nuclear Imaging System to Enhance Image Quality’ with effect from 01/04/2013 until 31/03/2015 with an approved allocation
of RM 139000 (completed).
5) Principal Investigator of Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS) (R.J130000.7826.4F168) entitled ‘Characterization and Fundamental
Properties of Radiosensitive Borate Glass doped with Nano Gold Particles for Radiotherapeutic Measurement’ with effect from 01/04/2013 until 31/03/2015. Budget approved RM 90000
(completed).
6) Co-researcher ‘A Novel Concept of a 3D Wire Mesh Collimator’ Ministry of the Higher Education of Malaysia Fundamental Research Grant Scheme (FRGS), Sept 2007 – August 2009. Budget
approved RM 100 000 (completed).
7) Co-researcher ‘Characterization and Fundamental Properties of Radiosensitive Doped SiO2 Optical Fibres for Radiotherapeutic Measurement’ Ministry of the Higher Education of Malaysia
Fundamental Research Grant Scheme (FRGS), Vot 78204, Sept 2007 – August 2009. Budget approved RM 100 000 (completed).
RESEARCH PROJECT AWARDED BY ACADEMY OF SCIENCES MALAYSIA
1) Co-researcher ‘The study of fundamental properties and performance of silica-based Thermoluminescence dosimeter (TLD)’ Scientific Advancement Fund Allocation (SAGA) research grant
awarded by the Academy of Sciences Malaysia, Vot 73708, September 2006 – September 2008.Budget approved RM 110 000 (completed).
RESEARCH PROJECT AWARDED BY MINISTRY OF SCIENCE, TECHNOLOGY AND INNOVATION (MOSTI)
1) Co-researcher of ScienceFund Research Grant (S.J130000.7917.4X073) entitled Development of Continuous Sinogram Reader for 3D Nuclear Imaging Systems with effect from 01/06/2015 until
31/5/2017. Budget approved RM 272 000 (completed).
2) Co-researcher for Brain Gain Malaysia Programme UPM-UTM-LBNL (Lawrence Berkeley National Laboratory, US) ‘Evaluation and Assessment of Wire Mesh Collimator Gamma Camera (Nuclear
Imaging) / Brain Gain Malaysia, MOSTI Ministry of Science, Technology and Innovation, November 2008 – October 2010. Budget approved RM 254 000 (completed).
3) Co-researcher of ScienceFund Research Grant (06-01-04-SF1183) entitled ‘Development of High Speed Electronics Read-outs for Highly Sensitive Mobile Gamma Camera in Breast Cancer
Imaging System’ with effect from 01/12/2011 until 1/11/2013. Budget approved RM 403600 (completed).
RESEARCH PROJECT AWARDED BY UNIVERSITY MALAYA
1) Co-researcher of University Malaya High Impact Research (HIR) MOHE Grant (H-21001-00-F000033 @ S.J130000.7817.4X071). ‘Design, Fabrication and Characterization of Doped Silica Optical
Fibre As Thermoluminescence Radiation Dosimeters’ with effect from 01/04/2012 until 31/03/2015. Budget approved RM 4 000 000 (completed).
NETWORKING PROJECT
1) Co-researcher of Centre for Community and Industry Network (CCIN) (S.J130000.7322.4X283) entitled ‘Empowering Science, Technology, Engineering and Mathematics (STEM) Education to
School Students Through National Science Challenge 2018 (NSC2018) Semi-Final Level.’ with effect from 09/01/2018 until 15/08/2018 with an approved allocation of RM 23012 (completed).
2) Co-researcher of Centre for Community and Industry Network (CCIN) (S.J130000.7322.4X283) entitled ‘Menaiktaraf Fasiliti Asas bagi Meningkatkan Kehidupan dan Ekonomi Asnaf.’ with effect
from 01/08/2017 until 31/08/2017 with an approved allocation of RM 11986 (completed).
INTERNATIONAL/INDUSTRY INCENTIVE GRANT (IIIG) PROJECT
1) Co-researcher of University-Industry (Billion Prima Sdn. Bhd.) Research Grant (Q.J130000.3026.01M14) entitled ‘Statistical Estimation of Muon Capture Neutrino Response by Proton and
Neutron Emission Model’ with effect from 01/02/2018 until 31/01/2019 with an approved allocation of RM 15000 (completed).
2) Co-researcher of University-Industry (Billion Prima Sdn. Bhd.) Research Grant (R.J130000.7626.4C153) entitled ‘Muon Absolute Lifetime Measurement at MUSIC Facility, Osaka.’ with effect
from 01/09/2017 until 31/08/2018 with an approved allocation of RM 31914.89 (completed).
INTERNATIONAL RESEARCH PROJECT
1) Co-researcher of Rasmussen Family Foundation Research Grant (R.J130000.7322.4B243) ‘Transference From Crime Scene To Forensic Evidence: Linking Land-Use, Erosion, Sediment And
Quantitative Evaluation Of Erosion In Kelantan River Basin, Malaysia’ with effect from 01/09/2016 until 31/03/2020. Budget approved RM 476 970 (completed).
2) Principal Investigator of Business Entity Research Grant (S.J130000.4117.4Y229) for Project I (Glass characterization) of King Abdulaziz City for Science and Technology 2011 Research
Grant (11-MED1977-02) ‘Development and Investigating the Potential of Optical Fibre Doped Silica Glass as a Thermoluminescence System for Clinical Radiotherapy Dosimetry’ with effect
from 01/05/2014 until 30/04/2016. Budget approved RM 240 000 (completed).
3) Co-researcher ‘Monte Carlo Simulation of photon-induced positron annihilation radiation (PIPAR)’. Kansas State University, U.S – University of Surrey, U.K and UTM, Malaysia. January
2009 – March 2010. Amount £100 000 which is equivalent to RM 650 000 (completed).