Prof Madya Ir. Ts. Dr. Ngui Wai Keng

 wkngui@umpsa.edu.my

 094316195

IJAZAH KEDOKTORAN (DOCTORAL DEGREE)(2017)

Sains Kejuruteraan Mekanikal

Universiti Teknologi Malaysia, Skudai


IJAZAH SARJANA MUDA (BACHELOR DEGREE)(2008)

Kejuruteraan Mekanikal / Jentera

Universiti Tun Hussein Onn Malaysia (UTHM)





Biography

Ts. Dr. Ngui Wai Keng is a senior lecturer in the Faculty of Mechanical & Automotive Engineering Technology, Universiti Malaysia Pahang. He obtained both his Diploma and BEng in Mechanical Engineering from Universiti Tun Hussein Onn Malaysia (formerly known as Kolej Universiti Teknologi Tun Hussein Onn). He later completed his PhD in Mechanical Engineering from Universiti Teknologi Malaysia, Malaysia. His research interests include vibration analysis, machinery faults diagnosis, signal processing, machine learning and nanotechnology. 



Current Progress


Expertise

Signal Processing

Signal Analysis And Processing

VERY HIGH

Vibration Analysis, Condition Monitoring

Noise, Vibration And Harshness (Nvh)

VERY HIGH

Machine Learning/Deep Learning

Artificial Intelligence

HIGH
No Code Subject
1 DMM2633 MANUFACTURING TECHNOLOGY
2 DMM1911 MECHANICAL TECHNOLOGY LAB 1
3 MME6114 INSTRUMENTATION & CONTROL SYSTEM
4 BMM1722 ME ENGINEERING LAB 1
5 BMM1821 MECHANICAL LABORATORY 2
6 BMM4833 QUALITY ENGINEERING
7 DMM3663 CNC TECHNOLOGY
8 BMM3653 MECHANICAL VIBRATION
9 DMM1921 MECHANICAL TECHNOLOGY LAB 2
10 BMM3553 MECHANICAL VIBRATIONS
11 DMM2632 INDUSTRIAL DESIGN
No. Title Role Start Date End date Agency Grant Amount(RM) Status
1 Formulation Of Deep Learning Model For Fault Diagnosis Of Rotating Machinery Under Different Operational Conditions Leader 01-OCT-2023 30-SEP-2026 FRGS 155,150.00 On-Going
2 Lane Keep Assist System Based On Multi-Sensor Information Fusion Leader 01-SEP-2022 31-AUG-2024 PGRS 4,000.00 On-Going
3 Formulation Of Machine Learning Model For Mechanical Properties Prediction Of 3d Printed Parts Leader 15-JUL-2022 14-JUL-2024 GERAN DALAM 31,600.00 -
4 Feature Extraction Method For Machinery Fault Diagnosis: A Comparative Study Leader 26-JUN-2020 25-JUN-2022 PGRS 3,300.00 -
5 Feature Selection For Machinery Fault Diagnosis Leader 01-NOV-2019 31-OCT-2022 PADANAN AGENSI 20,000.00 -
6 A Study On Data-Driven Approach For Rotating Machinery Fault Diagnosis Using Machine Learning Technique Leader 01-JAN-2019 30-SEP-2021 FRGS 91,500.00 -
7 Development Of Nickel-Based Nanopol Ymer For Automotive Dashboard Leader 20-JUN-2017 19-JUN-2019 GERAN DALAM 24,500.00 -
8 Monitoring Of Rotating Machinery Fault Diagnosis Using Vibration And Artificial Intelligence Approaches Leader 30-APR-2017 29-APR-2018 SEED MONEY 5,500.00 -
9 Formulating A Novel Adaptive Correction Algorithm Using The Harmonic Balance Method For Dynamic Balancing Machines Member 01-AUG-2024 31-JUL-2027 FRGS 170,800.00 On-Going
10 Development Of Semi Precision Low-Cost 3d Printer Member 01-DEC-2021 30-NOV-2023 PEMBANGUNAN PRODUK 39,000.00 -
11 Development Of A Real-Time Laser Texturing Process Monitoring System Member 15-NOV-2021 14-NOV-2023 MADE IN UMPSA 73,500.00 -
12 An Investigation Of Ambient Response Suppression For Experimental Modal Analysis Using Time Frequency Based Filter Member 01-SEP-2019 31-MAY-2022 FRGS 81,200.00 -
13 Experimental Studies On The Effect Of Current Density And Magnetic Field On The Growth Of Ni Nanowires During Electrodeposition Member 30-DEC-2018 29-MAR-2021 GERAN DALAM 36,500.00 -
14 Development Of A Task-Oriented, Auction-Based Task Allocation Framework For A Heterogeneous Multirobot System Member 25-AUG-2018 24-NOV-2020 GERAN DALAM 31,500.00 -
15 The Effects Of Car Seat Structural Dynamics To The Human Seating Comfort Member 25-APR-2018 24-JUL-2020 GERAN DALAM 24,500.00 -
16 Characterization And Technology Assessment Of Sustainable Biofuel Production From Seaweed For Automotive Application Member 20-JUN-2017 19-JUN-2019 GERAN DALAM 26,000.00 -
17 Effect Of Solution Concentration And Temperature On The Growth Of Ferromagnetic Nanowires During Electrodeposition Member 01-MAR-2017 01-MAR-2019 GERAN DALAM 38,700.00 -
18 A Study Of Tyre Cavity Resonance Noise Effect To Vehicle Cabin Acoustic Level Member 01-OCT-2015 30-SEP-2017 GERAN DALAM 32,800.00 -
19 Tyre Cavity Resonance Noise Coupling Effect And Control Member 01-OCT-2015 30-SEP-2017 GERAN DALAM 28,200.00 -
20 Development Of Bearing Fault Detection System Based On Vibration Signal Member 15-NOV-2014 14-NOV-2016 GERAN DALAM 21,860.00 -
No Project Customer Start Date End Date Project Amount (RM)
1 Acoustics Consultancy Services dB Kawal Sdn. Bhd. 11-JAN-2021 13-JAN-2021 5,000.00
2 Acoustics & Vibration Consultancy Services Acustica Sdn. Bhd. 04-JAN-2021 07-JAN-2021 4,500.00
3 Acoustics & Vibration Consultancy Services dB Kawal Sdn Bhd 06-JAN-2020 10-JAN-2020 2,000.00
4 Acoustic Testing dB Kawal Sdn Bhd 02-JAN-2020 10-JAN-2020 2,000.00
No Type Name Registration No File Date
No Description

* Data sehingga 11 April 2019

No Professional Bodies (Association/Other Association) Start Date End Date Level
1 MALAYSIA BOARD OF TECHNOLOGIST (MBOT) 01/01/2019 03/05/2021 null
2 INSTITUTE OF MECHANICAL ENGINEERS 01/01/2023 31/12/2023 null
3 BOARD OF ENGINEERS MALAYSIA (BEM) 06/03/2009 12/01/2017 null
4 THE INSTITUTION OF ENGINEERS, MALAYSIA (IEM) 18/01/2010 31/12/2017 null