Ts. Dr. Muhd Fauzy Bin Sulaiman
Ts. Dr. Muhd Fauzy Bin Sulaiman
Fakulti Kejuruteraan · Fakulti Kejuruteraan, UMS
muhdfauzy@ums.edu.my
Summary

Ts. Dr. Muhd Fauzy Bin Sulaiman is a Senior Lecturer at Universiti Malaysia Sabah (UMS), specializing in bond and anchorage of high-strength concrete, confinement concrete, aerated concrete, concrete bricks and block pavements, as well as reinforced concrete design. He brings a strong combination of industry and academic experience, having previously served as a Site Engineer, Civil Engineer as well as Deputy Director (DID JPS Labuan) before embarking on his academic career. Dr. Fauzy joined UMS in 2022 as a Senior Lecturer and has since assumed several leadership roles within the university. Since 2022, he has also contributed significantly to the field of civil engineering through his roles as Academic Advisor and Coordinator of the Civil Engineering Laboratory.

Ts. Dr. Muhd Fauzy Bin Sulaiman holds Doktor Falsafah (Ph.D) from Lain-lain , among other qualifications, and has established themselves as a respected expert in their field.

Education
Doktor Falsafah (ph.d)
Sijil Pelajaran Malaysia
Stats
Publications:
9
Projects:
8
Grants:
RM 265,645.00
Scopus Metrics
Scopus Author ID:
57195776560
H-Index:
6
Documents:
16
Citations:
131
Research Interests
Latest Grants
Incorporation Of Palm Oils Waste (de-oiled Bleaching Earth) Into Construction Materials -paver Bricks
Soils-liquefaction Hazards Due To The Seismic Activities In Lahad Datu, Sabah
Lightweight Concrete Pole Research Project Phase 1- Optimizing Mix Design And Durabality Of Light Weight Concrete
Sustainable Paver Blocks: Enhancing Mechanical Strength And Carbon Footprint Reduction Through Pile Waste Slurry And De-oiled Bleaching Earth
Elucidating The Mechanical Properties Of Pile Waste Slurry For Brick Productions
Latest Publications
Mechanical Properties Of Steel Fibre Reinforced Pile Waste Slurry
Spatial Modelling Of Soil Erosion And Sediment Vulnerability In A Tropical Basin: Integrating Rusle With Gis And Remote Sensing
Finite Element Model For Pull-out Test Of Reinforcement Embedded In Confined Concrete
Effect Of Specimen Shape On Bond Strength Between Deformed Steel Rebars And Normal Concrete
The Mechanical Properties Of Concrete Waste Slurry Containing Steel Fiber And Rubber Powder
Administrative Positions
Fakulti Kejuruteraan