UniKL MFI Researcher E-Book

Artificial
Intelligence

Malaysian YUSMAN

[email protected] YUSOF

RESEARCHER ID DR.

ORCID ID : 0000-0001-5147-2858 Senior Lecturer
ResearchGate : Yusman_Yusof
SCOPUS ID : 57189233023 CURRENT RESEARCH

QUALIFICATION My primary research interest is in the area of machine learning
which is focusing on the implementation of an Artificial Intelligence
PhD Electrical Engineering (AI) algorithm in an Autonomous System. The implementation of AI
Universiti Teknologi MARA algorithm in autonomous systems such as robotics, mobile
manipulators, autonomous vehicles and software agents in
Master of Science in Engineering (Control networks will allow such system to handle autonomous sensing,
Systems) modelling, decision-making, and control in uncertain, dynamic
University of Sheffield, UK environments without human intervention. The objective of my
research is to make machine learning more useful for humans by
Bachelor of Science (Hons) Computer building systems with a high degree of autonomy and able to self-
Aided Engineering learn.
South Bank University, UK
SELECTED PUBLICATIONS
Diploma Sains Komputer
Institut Teknologi MARA 1. iBox: Smart Medicine Box with IoT application - Gazi University
Journal of Science. 2020.
AREA OF EXPERTISE
2. Y. Yusof, H. M. A. H. Mansor and A. Ahmad, "Utilizing unsupervised
• Machine Learning weightless neural network as autonomous states classifier in
• Artificial Intelligence reinforcement learning algorithm," 2017 IEEE 13th International
Colloquium on Signal Processing & its Applications (CSPA), Batu
Ferringhi, 2017, pp. 264-269.

3. Applying Hybrid Reinforcement and Unsupervised Wieghtless
Neural Network Learning Algorithm on Autonomous Mobile Robot
Navigation. Y Yusof, HMAH Mansor, HMD Baba. Journal of
Telecommunication, Electronic and Computer Engineering
(JTEC).2017, 9. Issue 1-3, 133-138.

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Malaysian Artificial
Intelligence
[email protected]
ZALHAN
RESEARCHER ID
MOHD ZIN
ORCID ID : 0000-0003-2887-1679
ResearchGate : Zalhan_Mohd_Zin DR.
ResearcherID : I-2754-2016 Senior Lecturer
SCOPUS ID : 36730188700
CURRENT RESEARCH
QUALIFICATION
My current research focuses on fundamental and application of
PhD (Artificial Intelligence) Artificial Intelligence (AI) specifically Deep Learning and Computer
UTM-Newcastle University, UK Vision in various area such as Intelligent Collision Avoidance
System, Hydroponics Optimization System and Vision based
M.Eng (Artificial Intelligence) Intelligent Systems.
Universiti Teknologi Malaysia
SELECTED PUBLICATIONS
Bachelor of Computer Engineering &
Mathematics 1. Correlation between pH, Electrical Conductivity (EC) and
Institute Universite Professionalise, France Temperature of the Nutrient Solution and the Growth of Lettuce in
Hydroponic System. Nur Ameerah Mohd Johar, Zalhan Mohd Zin,
AREA OF EXPERTISE Norazlin Ibrahim. (2020). International Journal of Advanced
Science and Technology, 29(8s), 4418-4429.
• Artificial Intelligence & Intelligent 2. Vision based Eye Closeness Classification for Driver’s Distraction
Systems and Drowsiness Using PERCLOS and Support Vector Machines:
Comparative Study between RGB and Grayscale Images. AH
• Machine Learning Rodzi, ZM Zin, N Ibrahim. Journal of Physics: Conference Series 1235
• Pattern Recognition (1), 012036.
• Image Processing 3. Eye Center Detection Using Combined Viola-Jones and Neural
• Expert Systems Network Algorithms. FN Ibrahim, ZM Zin, N Ibrahim. 2018
International Symposium on Agent, Multi-Agent Systems and
Robotics (ISAMSR), Putrajaya, 2018, pp. 1-6.

ACTIVE RESEARCH GRANTS

1. Short Term Research Grant (STRG-UniKL).
"Eye Distraction Detection using Visual Analysis for Driver Alertness
Monitoring".

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SCADA System

Malaysian ABU HASSAN

[email protected] DARUSMAN

RESEARCHER ID ASSOC. PROF.

ORCID ID : 0000-0001-9120-3273 Associate Professor

QUALIFICATION CURRENT RESEARCH

Master in Technical & Vocational Current research in collaboration with UniKL MIIT emphases on the
Education application of mobile augmented reality as an effective alternative
Universiti Teknologi Malaysia for hands-on delivery in engineering technology programmes. The
B.Sc in Biochemistry current 3rd wave of the pandemic SARS-COVID-19 has given a major
Universite Des Sciences Et Techniques Du impact on many educational institutions, especially for hands-on
doc, France practical sessions. The research focuses on basic practical unit
named Direct On-Line (DOL) motor starter, whereby in automation
AREA OF EXPERTISE it is a method of starting a 3-phase induction motor. During this
pandemic, the lab session for doing the wiring and testing for DOL
• Technical/Engineering Technology motor control is limited to a demonstration by the lecturer via video,
Education - Jigsaw method in self- and students will do the wiring on paper or using a dedicated
directed learning graphic software which reduces significantly their psychomotor skills
development in supporting the understanding of cognitive domain.
Therefore, the implementation of a mobile augmented reality (AR)
self-directed learning (SDL) practical module on DOL motor control
will be able to overcome this significant drawback of conducting
online practical sessions.

SELECTED PUBLICATIONS

1. A Conceptual Framework for Designing Mobile Augmented
Reality Self-Directed Learning Practical Module on Direct-On-Line
Motor Control. Omar, Y., Darusman, A. H. (2020). 6th International
Conference on Interactive Digital Media (ICDM 2020), 2020.
Bandung.

2. Effectiveness of the Jigsaw Method in Teaching Programmable
Logic Controller. Darusman, A. H., Omar, Y. (2020). The Sixth
International Conference on E-Learning (ECONF20), 2020. Bahrain.

3. Comparison Study between Arduino and Programmable Logic
Controller for A Low Cost Automated Mixing and Filling Machine
Controller. Darusman, A. H. (2020). Electrical Engineering
Conference, 2020. Kuala Lumpur. [submitted].

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Malaysian Industrial
Automation
[email protected]
TENGKU MOHD AZAHAR
RESEARCHER ID
TUAN DIR
ORCID ID : 0000-0002-1855-8366
ResearchGate: Tengku_Azahar ASSOC. PROF. DR.
Associate Professor
QUALIFICATION
CURRENT RESEARCH
PhD in Computer Science
Universitie De La Rochelle, France Single target tracking of arbitrary objects using multi-layer adaptive
knowledge with online learning.
Master of Education in Technical &
Technical Vocational Education SELECTED PUBLICATIONS
Universiti Teknologi Malaysia
1. Comparison of human detection using background subtraction
Diplôme D'ingenieur Technologie in and frame difference. MS Zaharin, N Ibrahim, TMAT Dir. Bulletin of
Electrical Engineering & Industrial Electrical Engineering and Informatics. 2020, 9 (1), 345-353.
Information Technology 2. A Study of the Region Covariance Descriptor: Impact of Feature
Université De Nancy 1, France Selection and Precise Localization of Target. Abu Hassan M.F., Sah
Pri A., Ahmad Z., Tuan Dir T.M.A. (2019). Advanced Structured
Diplôme Université De Technologie in Materials, vol 119. Springer, Cham.
Electrical Engineering & Industrial 3. Motion Detector Using High Level Feature Extraction. MS Zaharin,
Information Technology N Ibrahim, TAT Dir. Int. J. Appl. Eng. Res. 2017, 12 (24), 14580-14584.
Université De Nancy 1, France
ACTIVE RESEARCH GRANTS
AREA OF EXPERTISE
1. Short Term Research Grant (STRG-UniKL).
• Industrial Automation "Motion Detector Optical Flow".
• Robotics
• Image Processing 53
• IoT
• Image Processing, GIS

Robotics

SAMSI

SAID

MR.

Senior Lecturer

Malaysian CURRENT RESEARCH

[email protected] Hyper redundant robotic system have high number of joints .A
systematic local planning need to be done in order to achieve
RESEARCHER ID global task such as locomotion, grasping and obstacle avoidance.
A simple Periodic and non non periodic approach is being
Semantic Scholar: S. M. Said (145769309) investigated in order for solving complex global objectives

QUALIFICATION SELECTED PUBLICATIONS

Master of Science (Mechatronics 1. Alternate end effector contour tracking for hyper redundant
Engineering), robotic system. Said, S.M., Ismail, A., Azahar, T.M., & Othman, J.
International Islamic University Malaysia (2016). 2016 2nd International Symposium on Agent, Multi-Agent
Bachelor of Science in Mechanical Systems and Robotics (ISAMSR), 117-123.
Engineering, University of Missouri
2. Embedded structural-actuator system for hyper redundant robot
AREA OF EXPERTISE serpentine gait modeling. Said, S.M., Ismail, A., Dir, T.M., & Othman,
J. (2015). 2015 International Symposium on Agents, Multi-Agent
• Robotic Systems Systems and Robotics (ISAMSR), 47-52.
• Mechatronics
3. Said, S.M., Ismail, A., & Baharin, I. (2014). Clustering four bit
sequence control for serpentine gait of hyper redundant robot
system. 2014 11th International Conference on Ubiquitous Robots
and Ambient Intelligence (URAI), 397-402.

ACTIVE RESEARCH GRANTS

1. Percetakan Nasional Malaysia Berhad (PNMB).
"Robot Collating Machine".

54

Control
Systems

MUHAMAD FAHEZAL

ISMAIL

TS. DR.

Senior Lecturer

Malaysian CURRENT RESEARCH

[email protected] I'm currently doing a research in upper-limb rehabilitation using
Super-Twisting (Sliding Mode Control) and Composite Nonlinear
RESEARCHER ID Feedback control algorithm. Focus chaos synchronization of
chaotic in rehabilitation system. The combination of Composite
ORCID ID : 0000-0002-3727-9653 Nonlinear Feedback (CNF) control scheme and Super-Twisting will
ResearchGate: Muhamad_Ismail2 be proposed control algorithm for robustness against
perturbations, transient performance improvement and accurate
QUALIFICATION chaos synchronization in the system. The control law is used for
chaotic synchronization in rehabilitation system so that can
PhD (Electrical-Mechatronics & Automation maintain the performance due the power used in the system.
Control) Based on the Lyapunov-Krasovskii stability theory and linear matrix
Universiti Teknologi Malaysia inequalities, a novel sufficient condition is offered for the chaos
synchronization of chaotic rehabilitation systems. The expectation
M.Eng (Electrical-Mechatronics & of this method not only guarantees the robustness against
Automation Control) perturbations and time-delays, but also eliminates reaching phase
Universiti Teknologi Malaysia and avoids chattering problem in the system.

B.Tech (Mechatronics Engineering) SELECTED PUBLICATIONS
Universiti Teknologi Tun Hussein Onn
1. A Chattering Suppression of Proportional Sliding Mode Control
DET (Electrical Equipment and Installation) with Composite Nonlinear Feedback Technique using Sigmoid
Malaysia France Institute Function for MacPherson Active Suspension System. MF Ismail, YM
Sam, S Sudin, K Peng, MK Aripin. Applications of Modelling and
AREA OF EXPERTISE Simulation 2 (2), 59-69.

• Sliding mode control and composite 2. The Effect of Matrix C in Sliding Mode Control with Composite
nonlinear feedback technique Nonlinear Feedback Control Strategy in MacPherson Active
Suspension System. Ismail M.F., Sam Y.M., Sudin S., Peng K., Aripin
• Model based design of Mechatronics M.K. (2017) Modeling, Design and Simulation of Systems. AsiaSim
System 2017. vol 752. Springer, Singapore.

• Automotive Control Systems ACTIVE RESEARCH GRANTS
• Industrial Control System
• PLC and Industrial Networking 1. Fundamental Research Grant Scheme (FRGS-MoHE).
• Robotics Applications "Super Twisting and Composite Nonlinear Feedback Control
• Bio-mechatronics Algorithm for Chaos Synchronization of Chaotic in Rehabilitation".
• Process Control System
2. Short Term Research Grant (STRG-UniKL).
"A System Identification of Robotics Arm Model for Remotely
Underwater Crawler Based on Internet of Things".

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Malaysian Internet of
Things (IoT)
[email protected]
JASRINA
RESEARCHER ID
JAFFAR
ORCID ID : 0000-0001-9450-2551
ResearchGate : Jasrina_Jaffar DR.
SCOPUS ID : 57190969547 Senior Lecturer

QUALIFICATION CURRENT RESEARCH

PhD in Electrical Engineering Recent research on LoRaWAN technology provide the capability of
Universiti Teknologi Malaysia serving low cost and long transmission distances has been very
Master in Telecommunication & attractive. Its deployment is becoming more interesting with the
Information Engineering advance development in data mining, artificial intelligence
Universiti Teknologi Malaysia technology, recognition and detection. The LoRaWAN standard is
Bachelor of Engineering (Hons) one of the most successful developments where requirements of
Universiti Tenaga Nasional smart system must have low energy consumption, a portable
system, and a low cost for long-term detection. Therefore,
AREA OF EXPERTISE embedding the LoRa transmitting module and sensors for example,
smart city or smart farming applications need to be further
• IoT based Smart Application investigated.
• Wireless Communication
• Artificial Intelligence SELECTED PUBLICATIONS
• Sensor Network
1. Development of the LoRaWAN-based Movement Tracking
System. J Jaffar, AFA Malik, MFA Zuhairi, AAB Sajak, MT Ismail. 2020.
14th International Conference on Ubiquitous Information
Management and Communication (IMCOM), 1-6.

2. LoRaWAN based Movement Tracker for Smart Agriculture. SAM
Chedaod, AAB Sajak, J Jaafar, MSM Kassim. International Journal of
Advanced Trends in Computer Science and Engineering. 2020.

3. Prediction-Based Channel Selection Prediction in Mobile
Cognitive Radio Network. J Jaffar, SKS Yusof, N Ahmad, JC
Mustapha. International Journal of Integrated Engineering 10 (7).

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Internet of
Things (IoT)

MAZLIHAM

MOHD SU'UD

PROF. DATO' DR.

Professor

Malaysian CURRENT RESEARCH

[email protected] Prof. Dr. Mazliham Mohd Su’ud started his research in prediction and
reasoning with uncertainty by using Dempster-Shafer Theory. He
RESEARCHER ID supervised PhD and MS students in the area of Artificial Intelligence
especially in Machine Learning and Deep Learning. He also worked
ORCID ID : 0000-0001-9975-4483 on Data Filtering and Data Classification. The research group he is
Academia ID : MS Mazliham leading is based in Malaysia, Bahrain, Kuwait, Pakistan, UAE, France
ResearchGate : M_Mazliham and Saudi Arabia. In the past 5 years, his research group managed
to publish more than 100 research articles in impact factor and
QUALIFICATION Scopus indexed journals, book chapters and well reputed
conferences. Currently, Dr. Mazliham is Supervising/Co-Supervising
PhD in Computer Engineering 16 PhD students and 3 Post-Doctoral Candidates in the area of
Université de La Rochelle, France Artificial Intelligence, Machine Learning and Deep Learning with
different application areas such as Medical Image Processing for
Post Master Degree in Electronics early detection of Brain Tumor and Breast Cancer, Remote Sensing
Université de Montpellier II, France techniques in Smart Agriculture, Green IoT, Improving efficiency in
Power Grid, efficient load balancing in Software Defined Network,
Master in Electronics, Electrotechnics and etc.
Automation
Université de Montpellier II, France SELECTED PUBLICATIONS

Bachelor in Electronics, Electrotechnics and 1. Prior Determination of Flash Floods: Artificial Intelligence Based
Automation Predictive Analysis using Modified Cuckoo Search. Talha Ahmed
Université de Montpellier II, France Khan, Muhammad Alam, Kushsairy Kadir, Zeeshan Shahid, MS.
Mazliham, Journal of Computational and Theoretical Nanoscience,
Diploma in Science vol. 17, issue 2, pp. 990-995, February 2020.
Université de Montpellier II, France
2. Artificial Intelligence Based Risk Management in Global Software
AREA OF EXPERTISE Development: A Proposed Architecture to reduce Risk by Using Time,
Budget and Resources Constraints. Iftikhar, M. Alam, S. Musa and M.
• Electrical M. Su'ud, Journal of Computational and Theoretical Nanoscience,
• Electronic Volume 17, Number 2-3, February 2020.
• Automation Signal Processing
• Computational Intelligence 2. Prior Recognition of Flash Floods: Concrete Optimal Neural
Network Configuration Analysis for Multi-Resolution Sensing. TA Khan,
MM Alam, Z Shahid, MM Su’ud. IEEE Access 8, 210006-210022.

3. Mutual Coupling Reduction Using Hybrid Technique in Wideband
Circularly Polarized MIMO Antenna for WiMAX Applications. J. Iqbal,
U. Illahi, M. I. Sulaiman, Muhammad Mansoor Alam, M. S. Mazliham
and M. N. Mohd Yasin, in IEEE Access, vol. 7, pp. 40951-40958, 2019.

3. Investigation of Flash Floods on Early Basis: A Fac57tual
Comprehensive Review. TA Khan, MM Alam, Z Shahid, MM Su’ud.

Internet of
Things (IoT)

YUNG CHIEH

ONG

DR.

Senior Lecturer

Malaysian CURRENT RESEARCH
[email protected]
Develop an efficient and smart factory using Industry 4.0 through
RESEARCHER ID Industry Internet of Thing (IIoT). Formation of a global information
network composed of materials, sensors, actuators, controllers,
QUALIFICATION robots, human operators, machines, equipment, products, and
material handling equipment to name but a few. To increase
PhD in Engineering (Manufacturing System) productivity and efficiency through smart and remote
Universiti Sains Malaysia management. Manufacturers, utility companies, agriculture
M.Sc in Mechanical Engineering producers and healthcare providers are research partners in
(Manufacturing System) adopting IIoT. The key challenges are energy-efficient operation,
Universiti Sains Malaysia real-time performance in dynamic environments, the need for
B.Eng (Process & Food) coexistence and interoperability, and maintaining the security of
Universiti Putra Malaysia the applications and users’ privacy.

AREA OF EXPERTISE SELECTED PUBLICATIONS

• Industry Internet of Thing (IIoT) 1. Thermoelectric Water Cooler and Heater with Intermediate
Water Tank Machines. Mohamad Asmidzam Ahamat, Razali
Abidin, Eida Nadirah Roslin, Ong Yung Chieh. International
Journal of Engineering and Advanced Technology (IJEAT).
Volume-8, Issue-6, August 2019.

2. Thermoelectric Generator using Ice-Water Mixture as Heat Sink
and Ambient Air as Heat Source. Mohamad Asmidzam Ahamat,
Razali Abidin, Eida Nadirah Roslin, Ong Yung Chieh. International
Journal of Recent Technology and Engineering (IJRTE). Volume-8
Issue-4, November 2019.

3. Variability Model Framework for Semiconductor Manufacturing
Parameter Optimization. Wan Muhamad, W. M., Mohd Fadzil, L.,
Reshid, M.N., Ong, Y.C. Jour of Adv Research in Dynamical &
Control Systems, Vol. 10 Issue 9, Pg. No. 37-45.

ACTIVE RESEARCH GRANTS

1. Short Term Research Grant (STRG-UniKL).
" Developing Digital Production Monitoring System (DPMS) towards
Industry 4.0 adoption for Malaysia Manufacturing Sector SMEs".

58

Electrical &
Electronics

AZLINDA

RAMLI

DR.

Senior Lecturer

Malaysian CURRENT RESEARCH
[email protected]
Miniaturized stack bandpass filtenna with metamaterial superstrate
RESEARCHER ID using RT/ Duroid 5880 substrate. Design approach for miniaturize
communication front end that utilize metamaterial structures
ORCID ID : 0000-0002-0493-8106 loaded filtenna for X- band application. Miniaturization is achieved
by using smaller lateral dimension of superstrate structures ,
Substrate Integrated Waveguide resonators and inseparable filter
and antenna.

QUALIFICATION SELECTED PUBLICATIONS

PhD in Communication & Network 1. Miniaturize Metamaterial Superstrate Loaded Filtenna. A.Ramli,
Engineering A.Ismail, R.S.A.R.Abdullah, M.A.Mahdi, A.R.H.Al-Hawari,(2018).
Universiti Putra Malaysia Progress In Electromagnetic Research M (PIER M),Vol 72, pp 97-
M.Sc (Communications & Network 104,01/2018.
Engineering)
Universiti Putra Malaysia 2. Gain Enhancement of Circular Patch Antenna with Metamaterial
Bachelor of Engineering (Hons) in Electrical Superstrate. Azlinda Ramli, Alif Safwan Dzulkarnine, Mohd Hamdi
Universiti Teknologi MARA Mohama. Science and Engineering Technology International
Conference 2017 (SETIC 2017), July 2017.
AREA OF EXPERTISE
3. The Effect of The Metamaterial Superstrate to the Vertically
• Communication Engineering Stacked Bandpass Filter Antenna Performance. A.Ramli, A.Ismail,
M.A.Mahdi, A.R.H.Al-Hawari, ARPN Journal and Applied Sciences,
Vol.11, No.5, pp.3147-3149,2016.

59

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Electrical &
Electronics

HISHAM

HAMID

ASSOC. PROF. TS. DR.

Associate Professor

Malaysian CURRENT RESEARCH

[email protected] The importance of condition monitoring (CM) and fault diagnosis of
induction motor is to prevent any breakdown in the system which
RESEARCHER ID may result in enormous economic losses. Various damage types
were found, such as inter turn short-circuit, broken rotor bar,
Semantic Scholar: bearing inner ring failure, bearing outer ring failure, ball failure, cage
Hisham Hamid (9408568) failure and eccentricity. A great deal of research proposes how to
classify the damage types, such as stator breakdowns, and have
QUALIFICATION employed various techniques and approaches. Integrating with
industry 4.0 technology, current research involve comprehensive
PhD in Engineering study of the sensor developments, communication and information
Univ. of Strathelyde, UK processing, which will develop the system to be more intelligent.
Master of Education (Technical &
Vocasional Education) Another field of research involve is related to the energy sector. The
Universiti Teknologi Malaysia development of renewable energy and the use of energy saving
B.Eng. (Electronic & Electrical Engineering) concept has been increasing in last years and becoming a research
Robart Gordon University, Scotland focus around the world. Our research work involve the investigation
of energy saving and energy efficiency in building and rail industry.
AREA OF EXPERTISE The energy saving is not only linked to economic factors but it also
contributes to reducing greenhouse gas emissions, sustainable
• Condition monitoring, Energy development and achieving a sustainable energy supply.
• Electromechanical Systems
SELECTED PUBLICATIONS

1. Potential Use of Cellulose Fibre Composites in Marine
Environment—A Review. Yang, M.F., Hamid, H., & Abdullah, A.M.
(2018). Engineering Applications for New Materials and
Technologies. Advanced Structured Materials, vol 85. Springer,
Cham.

2. A new automatic lighting control system using DALI for unikl BMI
library. Madzalan, S.N., Hamid, H., Hussin, M.F., & Kadir, K. (2017).
2017 International Conference on Engineering Technology and
Technopreneurship (ICE2T), 1-4.

ACTIVE RESEARCH GRANTS

1. Short Term Research Grant (STRG-UniKL).
" Advanced Motor Condition Monitoring Using Sensory Fusion And
Machine Learning Techniques".

60

Electrical &
Electronics

Malaysian KHAIRUL PARMAN

[email protected] ZAKARIA

RESEARCHER ID ASSOC. PROF. TS. DR.

ORCID ID : 0000-0002-6132-0791 Associate Professor

QUALIFICATION CURRENT RESEARCH

PhD in Electrical & Electronic Engineering My primary research interest is in area of energy management. This
Newcastle University, UK include and not limited to Renewable/Alternative and Energy
Master in Education (Technical & efficiency in energy, transportation & mobility, energy security and
Vocasional Education TVET) electromechanical system. The research will focus in condition
Universiti Teknologi Malaysia monitoring and stochastic search technique (artificial intelligence)
B.Eng. (Electrical) method. The areas of interest in particular are energy management
Universiti Teknologi MARA in electric vehicles, hybrid energy, photovoltaic, building services
and etc. Therefore, the research most probably will involve
AREA OF EXPERTISE simulation, modelling, decision making and self-diagnostic
decision. The research may be involving and cross link with others
• Renewable/ Alternative Energy & areas of expertise too.
Efficiency
SELECTED PUBLICATIONS

"Pearson Curves DensityFunction Approximation for Power
Production Reliability Evaluation of GDC Plant Turbine", E.A.
Azrulhisham, K.P.Zakaria, H.M.Fairus, M. Muhammad(2012). Asian
Journal of Scientific Research, EDAS # 1569526739.

"Parametric Distribution Approach in Hybrid Wave and Offshore
Wind Energy Potential Analysis", E.A. Azrulhisham, S. Abdullah,
K.P.Zakaria, M.F. Humar(2012). International Conference on
Statistics in Science, Business and Engineering 2012 - ICSSBE2012,
Langkawi, Malaysia, 10-12 September 2012.

" Condition Monitoring of an Induction Machine Using Stochastic
Search Technique", K.P Zakaria, P.P. Acarnley and B. Zahawi, 3rd
International Conference on Power Electronic, Machine and
Drives(PEMD2006), Dublin Ireland, 4 - 6 April 2006.

61

Mathematics
Education

Malaysian TUAN SALWANI

[email protected] AWANG @ SALLEH

RESEARCHER ID ASSOC. PROF. DR.

ORCID ID : 0000-0003-0074-7529 Associate Professor
Academia ID : tuansalwanisalleh
ResearchGate : Tuan_Salleh2 CURRENT RESEARCH
SCOPUS ID : 55513661300
The research focusses on mathematics education with two primary
QUALIFICATION purposes. This first purpose is to better understand the nature of
mathematical thinking of engineering technology and engineering
PhD (Mathematics Education), students and effective teaching and learning methods for these
Universiti Kebangsaan Malaysia groups of students. The second purpose is to apply such information
Master of Education (Mathematics in practice for the teaching and learning of mathematics in the
Education), university. Many initiatives and reformations in the teaching of
Universiti Kebangsaan Malaysia mathematics were applied in the past two decades in improving
Bachelor of Mathematics, the teaching and learning including the paradigm shift from
University of Wollongong, Australia exploring abstract concepts and procedures to a more concrete
principle by applying problem solving activities.
AREA OF EXPERTISE
SELECTED PUBLICATIONS
• Mathematics Teaching and Learning
1. Effectiveness of the FTI-hots module on pupils' conceptual and
procedural knowledge in fractions. Kassim, N., Zakaria, E., Salleh,
T.S., & Borhan, N. (2017). Man in India, 97, 63-78.

2. Evaluating a technical university’s placement test using the
Rasch measurement model. Salleh, T.S., Bakri, N., & Zin, Z.M. (2016).

3. The Effects of Maple Integrated Strategy on Engineering
Technology Students' Understanding of Integral Calculus. Salleh,
T.S., & Zakaria, E. (2016). Turkish Online Journal of Educational
Technology, 15, 183-194.

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