![](img/staff2/2468.jpg)
Dr. Moinuddin Mohammed Quazi
moinuddin@umpsa.edu.my
094315367
IJAZAH KEDOKTORAN (DOCTORAL DEGREE)(2017)
Kejuruteraan Material / Teknologi
Universiti Malaya
IJAZAH SARJANA (MASTERS DEGREE)(2014)
Kejuruteraan Mekanikal (Pembuatan)
Universiti Malaya
IJAZAH SARJANA MUDA (BACHELOR DEGREE)(2009)
Sains Kejuruteraan Mekanikal
Ned University Of Engineering & Technology Karachi
Biography
Dr Moin Quazi is a senior lecturer currently serving in Faculty of Mechanical and Automotive Engineering Technology at Universiti Malaysia Pahang (UMP). He is also serving the role of coordinator of international relations and CEO of the manufacturing technology group. Earlier, he was a post-Doctoral researcher at Joining, Welding and Laser processing Lab UMP. He graduated from NED University of Engineering and Technology, Karachi with a bachelor’s in mechanical engineering degree and has about 2 years of experience of working in Petrochemical sector and Cement industry. He completed his M.Eng. in manufacturing engineering from University of Malaya (UM), Malaysia with distinction. Dr M.M. Quazi has obtained the doctorate in the field of laser surface engineering from University of Malaya in 2017. He has more than 42 Scopus / web of science SCIE indexed publications. Dr M.M. Quazi also serves as a recognized and outstanding reviewer for well-known WOS based SCIE and SCOPUS based journals. He has joined as Life member of Pakistan Engineering Council and graduate member of Board of Engineers Malaysia and Malaysia Board of Technologists. He is currently serving as Editorial Board of "Materials Research Express" IOP Publishing.Â
Research Interests:Â
- Sustainable Development Goals
- Battery Thermal Management Systems (BTMS)
- Laser-based manufacturing Technologies
- Surface coatings and modifications
- Welding & Joining Technology
- Materials characterization
- Tribological properties
Current Progress
Expertise
No | Code | Subject |
---|---|---|
1 | DMM2633 | MANUFACTURING TECHNOLOGY |
2 | BMM2253 | FLUIDS MECHANICS |
3 | BTG3333 | PIPING |
4 | BMM4793 | WELDING AND JOINING TECHNOLOGY |
5 | BMM3521 | ENG. FLUID MECHANICS LAB |
6 | BHA2403 | MANUFACTURING PROCESSES |
7 | BMM2521 | ENGINEERING MECHANICS LAB 2 |
8 | BMM2533 | FLUIDS MECHANICS 1 |
9 | BMM3611 | MANUFACTURING PROCESSES LAB |
10 | MME6134 | ADVANCED MANUFACTURING |
11 | DRM1413 | MANUFACTURING TECHNOLOGY |
12 | BTD1143 | MANUFACTURING PROCESSES |
13 | BMM3753 | MANUFACTURING PROCESSES |
No. | Title | Role | Start Date | End date | Agency | Grant Amount(RM) | Status |
---|---|---|---|---|---|---|---|
1 | Parametric Study Of Micro Welding Parameteres For Al/Cu Foils | Leader | 15-JUL-2023 | 14-JUN-2026 | PGRS | 2,400.00 | On-Going |
2 | Elucidating The Mechanism Of Intermetallic Compounds Suppression To Enhance Joint Efficiency For Dissimilar Welding Of Copper/Aluminum Thin Foils | Leader | 07-SEP-2021 | 06-SEP-2023 | FRGS | 95,703.00 | - |
3 | Evaluating The Joint Efficiency Of Hybrid Laser Welding-Brazing Process Of Dissimilar Alloys For Automotive Based Structural Applications | Leader | 01-SEP-2021 | 31-AUG-2023 | GERAN DALAM | 33,500.00 | - |
4 | Fibre Laser Micro-Welding Of Biomedical Titanium Ti-6al-7nb Alloy | Leader | 15-DEC-2019 | 14-MAR-2022 | GERAN DALAM | 23,500.00 | - |
5 | Laser Processing Of Twinning Induced Plasticity Steel (Twip) For Enhancing Tribo-Mechanical Properties | Leader | 24-AUG-2019 | 23-NOV-2021 | SEED MONEY | 5,500.00 | - |
6 | Parametric Analysis On Laser Micro Bending Process Of Thin Sheet Metal For Small Components In The Automotive Industry | Member | 01-NOV-2023 | 31-OCT-2025 | GERAN DALAM | 40,000.00 | On-Going |
7 | Laser Texturing For Self Cleaning Application On Solar Panel Glass | Member | 01-OCT-2023 | 30-SEP-2026 | FRGS | 150,000.00 | On-Going |
8 | Enhancing Water Filtration And Separation Efficiency Through Laser-Textured Hydrophobic Mesh Steel Surfaces | Member | 15-SEP-2023 | 14-SEP-2025 | PENYELIDIKAN UNGGUL | 50,000.00 | On-Going |
9 | Development Of Weld Quality Estimation Model For A Tailor Welded Blank Fabrication From Pulse Mode Laser Welding Process By The Analysis Of The Acoustic Signal | Member | 01-SEP-2022 | 31-AUG-2024 | FRGS | 83,328.00 | - |
10 | Development Of Super-Hydrophobic And Superhydrophilic Surfaces On Ti Alloy And Ss Using Laser Surface Texturing Technique | Member | 15-NOV-2021 | 14-NOV-2023 | MADE IN UMP | 79,000.00 | On-Going |
11 | Elucidation Of Intermetallic Compound Formation Mechanism In Aluminium-Magnesium Dissimilar Friction Stir Welding | Member | 15-APR-2021 | 14-APR-2023 | GERAN DALAM | 33,000.00 | - |
12 | Effect Of Surface Modification On Lowering Energy Requirement For Indirect Laser Brazing | Member | 15-DEC-2019 | 14-MAR-2022 | GERAN DALAM | 34,500.00 | - |
13 | Mechanism Of Mechanical Interlocking By Microgroove Formation On Brazing Surface Between Alumina And Ti | Member | 01-SEP-2019 | 31-MAY-2022 | FRGS-RACER | 71,000.00 | - |
14 | Influence Of Laser-Welding Parameters On Microstructure And Mechanical Properties Of Ultra-High Strength 22mnb5 Boron Steel | Member | 01-JAN-2019 | 30-SEP-2022 | FRGS | 88,000.00 | - |
15 | Pulse Mode Fibre Laser For The Surface Modification Process On Biomaterials | Member | 15-OCT-2018 | 14-JAN-2021 | GERAN DALAM | 40,000.00 | - |
16 | Investigation Of Active Filler Metal Brazing Parameters On The Formation Of Reaction Layer Between Alumina Ceramic And Metal (Cu And Ni) Joining | Member | 25-APR-2018 | 24-JUL-2020 | GERAN DALAM | 133,500.00 | - |
17 | Characterization Of Weld Penetration By Sound Wave Acquired During Fiber Laser Welding Process | Member | 01-APR-2018 | 31-MAR-2020 | GERAN DALAM | 34,500.00 | - |
No | Project | Customer | Start Date | End Date | Project Amount (RM) |
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No | Type | Name | Registration No | File Date |
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No | Description |
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* Data sehingga 11 April 2019
No | Professional Bodies (Association/Other Association) | Start Date | End Date | Level |
---|---|---|---|---|
1 | BOARD OF ENGINEERS MALAYSIA (BEM) | 22/07/2021 | 31/05/2030 | null |
2 | BOARD OF ENGINEERS MALAYSIA (BEM) | 22/07/2021 | 31/12/2030 | KEBANGSAAN |