Research Grant

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TOTAL RESEARCH GRANT AWARDED:  RM 537,720

Total grant awarded (as leader): RM 250,820

Total grant awarded (as researcher): RM 286,900

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AS PROJECT LEADER:

1.	Developing Sustainable Binder for Metal Injection Molding using Recycle Materials.GUP: Vot:Q.K130000.2640.06J50  RM50,000
2.	Characterization of Polyethylene Terephthalate (PET) Waste as Sustainable Binder for Metal Injection Molding. FRGS RMK 10 Grant: Vot: R.K130000.7840.4F124  RM 90,820
3.	Determination of automotive product remanufacturibility using ahp methodology. Institutional Research Grant: Vot: 4B029. UTM.J.13.01/25.10/2/1/4B029(2) RM 50,000
4.	Multicharacteristic Optimization for Metal Injection Molding (MIM) Processing Parameter. Short Term Grant: Vot: 77367. UTM.01.07/25.10/2/2/77367-e(2) RM 20,000
5.	Characterization of Newly Developed feedstock in Metal Injection Moulding Application using Tungsten Carbide with palm stearin binder system. FRGS RMK 9 grant: Vot: 78641 FRGS/1/10/TK/UTM/03/69RM 40,000
6.	Overall Performance Measurement for Logistics Operation RMC VOT: 75217

AS PROJECT RESEARCHER / MEMBER:

1.	Simulation of Static and Ultrasonic Compression. Short Term Grant  RM 20,000
2.	Using larger flaw sizes as acceptable criteria for aerostructure applications. Research University Grant (GUP): VOT Q.K130000.7140.03J93 RM 39,900
3.	Design of Ultrasonic Horn for Powder Metal Compaction. Institutional Research Grant: VOT: 4B028 RM 50,000
4.	A Web Based Manufacturing Performance Evaluation Tool for Malaysian Automotive Industry. Research University Grant (GUP): RM 47,000
5.	Design of a Novel Magnetorheological (Mr) Damper Using Combination Of Squeeze And Shear Modes. Research University Grant (GUP): RM 130,000
6.	Particle size and particle shape distribution on Metal Injection Molding processing parameter. FRGS grant: UKM-KK-02-FRGS0013-2006