Supervision · Geotechnics · Rock Engineering

Master Dissertation Supervision

Master of Engineering · Taught Course Research

Postgraduate dissertation supervision across rock mechanics, tunnelling, slope stability, blasting, numerical modelling and geotechnical engineering.

Postgraduate Dissertation Portfolio

Master dissertation supervision combines engineering fundamentals, field observations, laboratory testing and analytical or numerical methods to address practical problems in geotechnical and rock engineering.

Updated: September 2026

Supervision at a Glance

23
Dissertation Records
3
Current Students
20
Completed Dissertations
2014–2026
Supervision Record

Current Master Dissertation Students

Ongoing

Abubaker Fouad Hassabejabo Hassan

March 2026 – Present

Integration of Rock Mass Rating (RMR) Classification and Equilibrium Modelling for Rock Slope Stability Assessment

Rock Slope RMR Stability Analysis
Ongoing

Nazmul Islam

March 2026 – Present

Coupled Hydro-Mechanical Analysis and Validation of Tunnel Stability in Quartz-Intruded Granitic Terrain

Tunnel Engineering Hydro-Mechanical Numerical Analysis
Ongoing

Alya Asyiqah Batrisyia Binti Arna

July 2026 – Present

Rock Slope Stability Assessment Using Integrated Kinematic and Limit Equilibrium Analyses Based on UAV-Derived 3D Modelling

TLS Rock Slope Digital Survey

Dissertation Research Themes

Rock Mechanics Tunnel Engineering Rock Slope Stability Rock Blasting Numerical Modelling Finite Element Analysis Rock Testing Terrestrial Laser Scanning Machine Learning Ground Improvement

Completed Master Dissertations

2026–2018
01

Asad Naseem

February 2026

Tunnel Support Performance Based on Empirical, Analytical and Numerical Approaches

Completed
02

Neesahantani A/P Moganakrisnan

February 2020

Correlation of Uniaxial Compressive Strength Between UCT and Point Load Index of Rock in Klang Valley

Completed
03

Nalinii Ravichandran

February 2020

Determination of K During Controlled Blasting for Karstic Limestone Rocks at Klang Valley

Completed
04

Karthigeyan s/o Al. Ramanathan

May 2019

Effects of Quarry Blasting Towards the Residential Area at Kangkar Pulai, Johor

Completed
05

NorShafiqah

May 2019

Correlation Between Point Load Strength Index and Uniaxial Compressive Strength of Granite Rock Samples

Completed
06

Rafi Ullah

June 2018

Numerical Modelling of Forepoles in Shallow Tunnelling Through Weathered Granite

Completed
07

Dedy Yusufian Shah

January 2018

Slope Stability Analysis of Quarry Face at Karang Sambung District, Central Java, Indonesia

Completed
08

Syed Muhammad Bahthiar Syed Osman

January 2018

Fracturing and Tensile Behaviour of Sandstone Under Brazilian Ring Test

Completed
2017–2016
09

Nurul Jannah Verankutty

February 2017

Finite Element Modelling of Brazilian Ring Test

Completed
10

Lee She Zan

June 2016

Dynamic Slope Stability Analysis During Sabah Earthquake

Completed
11

Umar Ali Ahmed

June 2016

Particle Image Velocity Monitoring of Crack Propagation in Brazilian Test

Completed
12

Firas Ahmad Ibrahim

June 2016

Numerical Simulation of Brazilian Test in RS2

Completed
13

Hafedz Zakaria

June 2016

Prediction of Rock Engineering Properties Using Support Vector Machine

Completed
14

Hisham Ahamad Hanafiah

June 2016

Analysis of Group Pile Movement in PLAXIS

Completed
15

Noor Fara Ishak

June 2016

Comparison of Numerical Study in Slope Stability Analysis

Completed
2015–2014
16

Nurihan Mohd Fauzi

February 2015

Behaviour of Shale Under Confinement

Completed
17

Mohamed Ali Al Bared

February 2015

Rock Slope Stability Assessment at Apartment Intan, Cheras

Completed
18

Chee Khong Siong

February 2015

Comparison on the Predicted Settlement and Actual Settlement for Ground Improved Using Stone Column

Completed
19

Teh Zhi Huan

February 2015

Performance of Prefabricated Vertical Drain in Soft Soil Using Finite Element Method

Completed
20

Lim Eng Soon

January 2014

Comparison Between RMR and Q-System for Support Estimation in Preliminary Design of Support System in Circular Tunnel

Completed

Developing Engineering Judgement Through Research

Dissertation supervision emphasises the integration of engineering fundamentals with field evidence, laboratory investigation, numerical modelling and critical interpretation. Students are guided to translate technical analysis into defensible engineering conclusions and practical recommendations.