University of Nottingham Malaysia
Faculty of Engineering
     
  
 

Image of Vimal Rau Aparow

Vimal Rau Aparow

Assistant Professor,

Contact

  • workRoom DB 33 Block D
    Malaysia Campus
    Jalan Broga
    43500 Semenyih
    Selangor Darul Ehsan
    Malaysia
  • work+60387253625

Biography

Vimal Rau Aparow received his BEng and MSc in the Department of Automotive, Faculty of Mechanical Engineering, Universiti Teknikal Malaysia Melaka (UTeM). He has completed his PhD in Mechanical Engineering (Automotive) Department in Universiti Pertahanan Nasional Malaysia (UPNM). Then, he joined in Energy Research Institute @ Nanyang Technological University, (NTU) Singapore as Research Associate for one of the NTU projects known as CETRAN. In CETRAN, he research works mainly focus on development of autonomous vehicle simulation and testing the behavior of the autonomous vehicle in various testing conditions. Currently, he is working as Assistant Professor in Faculty of Electrical and Electronic (Mechatronics), University of Nottingham Malaysia Campus (UNMC).

Expertise Summary

His research mainly focus on active safety system for passenger and heavy vehicles such as active braking system, active steering system, active disturbance rejection system for passenger and heavy vehicle, hybrid vehicle and autonomous vehicle. His recent research interests also include in vehicle modeling, brake modeling, system identifications, intelligent control system for vehicle active system.

Teaching Summary

Advanced Control System Design

Robotics, Dynamics and Control

Electronic Processing Robotics

Mechatronics Laboratory

Research Summary

His current research focus on the development of active disturbance rejection system for heavy vehicle application. One of the main research area which he focus on using the active disturbance… read more

Recent Publications

Current Research

His current research focus on the development of active disturbance rejection system for heavy vehicle application. One of the main research area which he focus on using the active disturbance rejection system is for improving handling and stability performance of armoured vehicle due to gun firing impact in lateral direction. He is also currently involve in the development of rollover warning system for commercial vehicles.

Past Research

His past research focus on the development of active braking system using brake-by-wire technology. He also develop and investigates on the electromechanical brake system using wedge mechanism which is controlled using brake-by-wire technology. The proposed electromechanical brake is tested in a vehicle model to develop an Anti-Lock Braking System to further improve the performance of braking system in order to replace conventional hydraulic brake system.

He also explore his research interest in the development of Active Idle Stop (AIS) system for passenger vehicle system which is used to improve the dynamic performance of the vehicle when traveling uphill. The AIS function is developed mainly to improve the drawback in the existing vehicle system when driving uphill. Vehicles face unwanted deceleration and rollback when they are started on an incline.

Future Research

His primary research area mainly focus on the autonomous vehicle for passenger vehicle and commercial vehicle application. His research focus mainly on the 3D virtual test driving for ground autonomous vehicle as well as testing the autonomous vehicle system using hardware-in-the-loop and vehicle-in-the-loop simulations platform. His secondary research area focus on the autonomous robots and unmanned aerial vehicle (UAV) application using drones.

  • APAROW, VR, HUDHA, K, KADIR, ZA, AMER, NH and MURRAD, M, 2019. Firing-on-the-move stability system for armoured vehicle: design and optimisation of disturbance rejection control to reject recoil force International Journal of Heavy Vehicle Systems. 26(5), 599-627
  • AMER, NH, HUDHA, K, ZAMZURI, H, APAROW, VR, KADIR, ZA and ABIDIN, AFZ, 2019. Hardware-in-the-loop simulation of trajectory following control for a light armoured vehicle optimised with particle swarm optimisation International Journal of Heavy Vehicle Systems. 26(5), 663-691
  • VR APAROW, A CHOUDARY, G KULANDAIVELU, T WEBSTER, J DAUWELS, N DE BOER, 2019. A Comprehensive Simulation Platform for Testing Autonomous Vehicles in 3D Virtual Environment In: 2019 IEEE 5th International Conference on Mechatronics System and Robots. 115-119
  • AMER, NOOR, ZAMZURI, HAIRI, HUDHA, KHISBULLAH, APAROW, VIMAL, KADIR, ZULKIFFLI and ABIDIN, AMAR, 2018. Path tracking controller of an autonomous armoured vehicle using modified Stanley controller optimized with particle swarm optimization Journal of the Brazilian Society of Mechanical Sciences and Engineering. 40(2), 1-17
  • AHMAD, F, HUDHA, K, MAZLAN, SA, JAMALUDDIN, H, APAROW, VR and YUNOS, MR M, 2018. Simulation and experimental investigation of vehicle braking system employing a fixed caliper based electronic wedge brake SIMULATION. 94(4), 327-340
  • AMER, NOOR HAFIZAH, HUDHA, KHISBULLAH, ZAMZURI, HAIRI, APAROW, VIMAL RAU, ABIDIN, AMAR FAIZ ZAINAL, KADIR, ZULKIFFLI ABD and MURRAD, MUHAMAD, 2018. Adaptive modified Stanley controller with fuzzy supervisory system for trajectory tracking of an autonomous armoured vehicle Robotics and Autonomous Systems. 105, 94-111
  • RAHMAN, MUHAMMAD LUQMAN HAKIM ABD, HUDHA, KHISBULLAH, KADIR, ZULKIFFLI ABD, AMER, NOOR HAFIZAH and APAROW, VIMAL RAU, 2018. Modelling and validation of a novel continuously variable transmission system using slider crank mechanism International Journal of Engineering Systems Modelling and Simulation. 10(1), 49-61
  • KADIR, ZULKIFFLI ABD, APAROW, VIMAL RAU, HUDHA, KHISBULLAH, AMER, NOOR HAFIZAH and MURRAD, MUHAMAD, 2018. Modeling and Implementation of Yaw Disturbance Rejection Control for an Instrumented Armoured Vehicle to Minimize the Effect of Unwanted Recoil Force In: 2018 57th Annual Conference of the Society of Instrument and Control Engineers of Japan (SICE). 1538-1543
  • AMER, NOOR HAFIZAH, HUDHA, KHISBULLAH, ZAMZURI, HAIRI, APAROW, VIMAL RAU, ABIDIN, ARNAR FAIZ ZAINAL, KADIR, ZULKIFFLI ABD and MURRAD, MUHAMAD, 2018. Adaptive Trajectory Tracking Controller for an Armoured Vehicle: Hardware-in-the-Ioop Simulation In: 2018 57th Annual Conference of the Society of Instrument and Control Engineers of Japan (SICE). 462-467
  • MITRA, PALLAVI, CHOUDHURY, APRATIRN, APAROW, VIMAL RAU, KULANDAIVELU, GIRIDHARAN and DAUWELS, JUSTIN, 2018. Towards Modeling of Perception Errors in Autonomous Vehicles In: 2018 21st International Conference on Intelligent Transportation Systems (ITSC). 3024-3029
  • AHMAD, FAUZI, HUDHA, KHISBULLAH, MAZLAN, SAIFUL AMRI, JAMALUDDIN, HISHAMUDDIN, ZAMZURI, HAIRI, KADIR, ZULKIFFLI ABD and APAROW, VIMAL RAU, 2017. Modelling and Control of a Fixed Calliper-Based Electronic Wedge Brake. Strojniski Vestnik/Journal of Mechanical Engineering. 63(3),
  • MANSOR, MAZUAN, HUDHA, KHISBULLAH, KADIR, ZULKIFFLI ABD, AMER, NOOR HAFIZAH and APAROW, VIMAL RAU, 2017. Modelling and optimisation of active front wheel steering system control for armoured vehicle for firing disturbance rejection International Journal of Vehicle Autonomous Systems. 13(4), 306-329
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, AHMAD, MEGAT MOHAMAD HAMDAN MEGAT and ABDULLAH, SHOHAIMI, 2017. Development of estimated disturbance rejection feedback for an armoured vehicle using active front wheel steering International Journal of Advanced Mechatronic Systems. 7(3), 134-143
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, KADIR, ZULKIFFLI ABD, AHMAD, MEGAT MOHAMAD HAMDAN MEGAT and ABDULLAH, SHOHAIMI, 2016. Modeling, Validation, and Control of Electronically Actuated Pitman Arm Steering for Armored Vehicle International Journal of Vehicular Technology. 2016(2016),
  • APAROW, VIMAL R, HUDHA, KHISBULLAH, KADIR, ZULKIFFLI A, AMER, NOOR H, ABDULLAH, SHOHAIMI and MEGAT AHMAD, MEGAT MH, 2016. Identification of an optimum control algorithm to reject unwanted yaw effect on wheeled armored vehicle due to the recoil force Advances in Mechanical Engineering. 9(1),
  • APAROW, V.R., HUDHA, K., AHMAD, M.M.H.M. and ABDULLAH, S., 2016. Development of firing on board system of an armored vehicle using Active Front Wheel Steering system In: 1709-1713
  • AMER, NOOR HAFIZAH, ZAMZURI, HAIRI, HUDHA, KHISBULLAH, APAROW, VIMAL RAU, KADIR, ZULKIFFLI ABD. and ZAINAL ABIDIN, AMAR FAIZ, 2016. Modelling and trajectory following of an armoured vehicle In: 1-6
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, KADIR, ZULKIFFLI ABD, MANSOR, MAZUAN and AMER, NOOR HAFIZAH, 2016. Model-in-the-loop simulation of electronically controlled pitman arm steering mechanism for armored vehicle In: 1-6
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, MOHAMAD, MEGAT, AHMAD, HAMDAN MEGAT, JAMALUDDIN, HISHAMUDDIN and BAHRU, UTM JOHOR, 2016. DEVELOPMENT AND VERIFICATION OF A 9-DOF ARMORED VEHICLE MODEL IN THE LATERAL AND LONGITUDINAL DIRECTIONS Jurnal Teknologi UTM. 78(6), 117-137
  • RAHMAT, MOHD SABIRIN, AHMAD, FAUZI, MAT, AHMAD KAMAL, YAMIN, NOREFFENDY TAMALDINA, APAROW, VIMAL RAU, JAMALUDIN, HISHAMUDDIN, JAYA, HANG TUAH and KEROH, AYER, 2016. Simulation of Hybrid Electric Vehicle Based On A Series Drive Train Layout Jurnal Teknologi, UTM. 78(6), 211-221
  • APAROW, V.R., HUDHA, K., HAMDAN, M.M. and ABDULLAH, S., 2015. Study on dynamic performance of armoured vehicle in lateral direction due to firing impact Advances in Military Technology. 10(2), 5-20
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, AHMAD, MEGAT MOHAMAD HAMDAN MEGAT and ABDULLAH, SHOHAIMI, 2015. Active Front Wheel Steering System of 4×4 armored vehicle: Rejection of unwanted firing disturbance In: 69-74
  • RAHMAT, MOHD SABIRIN, AHMAD, FAUZI, YAMIN, MAT, KAMAL, AHMAD, TAMALDIN, NOREFFENDY and APAROW, VIMAL RAU, 2015. Effectiveness of the Adaptive PID Controller for Traction Motor in Hybrid Electric Vehicles In: Applied Mechanics and Materials. 765-769
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, AHMAD, FAUZI and JAMALUDDIN, HISHAMUDDIN, 2015. Modeling and validation of electronic wedge brake mechanism for vehicle safety system Jurnal Teknologi, UTM. 75(1), 183-191
  • APAROW, VIMAL RAU, HUDHA, KHISBULLAH, AHMAD, FAUZI and JAMALUDDIN, HISHAMUDDIN, 2014. Model-in-the-loop simulation of gap and torque tracking control using electronic wedge brake actuator International Journal of Vehicle Safety. 7(3-4), 390-408
  • MOHD SABIRIN RAHMAT, FAUZI AHMAD, AHMAD KAMAL MAT YAMIN, VIMAL RAU APAROW and NOREFFENDY TAMALDIN, 2013. MODELLING AND TORQUE TRACKING CONTROL OF PERMANENT MAGNET SYNCHRONOUS MOTOR FOR HYBRID ELECTRIC VEHICLES International Journal of Automotive and Mechanical Engineering. 7, 955-967
  • APAROW, VIMAL RAU, AHMAD, FAUZI, HUDHA, KHISBULLAH and JAMALUDDIN, HISHAMUDDIN, 2013. Modelling and PID control of antilock braking system with wheel slip reduction to improve braking performance International Journal of Vehicle Safety. 6(3), 265-296
  • APAROW, VIMAL RAU, FAUZI, AHMAD, HASSAN, MUHAMMAD ZAHIR and HUDHA, KHISBULLAH, 2012. Development of antilock braking system based on various intelligent control system In: Applied Mechanics and Materials. 2394-2398

Faculty of Engineering

University of Nottingham Malaysia
Jalan Broga, 43500 Semenyih
Selangor Darul Ehsan
Malaysia

telephone: +6 (03) 8924 8000
fax: +6 (03) 8924 8001

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