A
PROFILE
Laman Web Staf UPM
PROF. MADYA IR. DR. RAJA MOHD KAMIL BIN RAJA AHMAD
PROFESOR MADYA
FAKULTI KEJURUTERAAN
kamil@upm.edu.my
Laman Web UPM
PROFILE
kamil
BM
EN

PROFESIONAL

NAMA :
(Prof. Madya Ir. Dr.) RAJA MOHD KAMIL BIN RAJA AHMAD
JAWATAN :
PROFESOR MADYA
PTJ :
FAKULTI KEJURUTERAAN

BIDANG PENYELIAAN
BIOMEDICAL ENGINEERING / COMPUTER AND EMBEDDED SYSTEMS ENGINEERING / EPIDEMIOLOGY AND BIOSTATISTICS / INTELLIGENT SYSTEMS / SIGNAL PROCESSING / CONTROL SYSTEM ENGINEERING


LATARBELAKANG PENDIDIKAN
2006
PhD Kejuruteraan Kawalan
University of Sheffield, UK
1999
BEng Kejuruteraan Elektrik
University of Southampton, UK
PENGALAMAN KERJA
2008
Pensyarah Kanan
Jabatan Kejuruteraan Electrik dan Electronik, UPM
2006
Pensyarah
Jabatan Kejuruteraan Electrik dan Electronik, UPM
1999
Tutor
Jabatan Kejuruteraan Electrik dan Electronik, UPM
KEMAHIRAN
PENGAJARAN
JAWATANKUASA
2007
Jawatankuasa Pengajian Siswazah Fakulti Kejuruteraan UPM (JKPSF)
ANUGERAH DAN PENCAPAIAN
2008
Pertandingan Rekacipta (PRPI 08). An Interactive Software for Active Noise Control Analysis, Gold Medal (UPM) - August 2008.
KEGIATAN LUAR BIDANG TUGAS
BIDANG PENGKHUSUSAN
BIDANG PENYELIDIKAN
PROJEK PENYELIDIKAN
PENERBITAN
2025
Early Warning of Adolescent Depression: A Joint Detection Model Combining Social Media Speech Behaviour and Psychological Scales
2022
OPTIMIZATION-BASED METHOD FOR ESTIMATING THE TRANSMISSION RATE OF COVID-19 DURING THE LOCKDOWN IN MALAYSIA
2021
Quantification of the Therapist’s Gentle Pull for Pinch Strength Testing Based on FMA and MMT: An Experimental Study with Healthy Subjects
2020
An Automated Data Acquisition System for Pinch Grip Assessment Based on Fugl Meyer Protocol: A Feasibility Study
2020
Wavelet transform based features of skin blood flow response signal for pressure ulcer evaluation
2020
Prediction of Epidemic Peak and Infected Cases for COVID-19 Disease in Malaysia, 2020
2019
Skin Blood Flow Response Signal Using Time and Frequency Domain Features for Pressure Ulcer Evaluation
2019
Design and Calibration of Pinch Force Measurement Using Strain Gauge for Post-Stroke Patients
2019
Determining weight-bearing tissue condition using peak reactive hyperemia response trend and ultrasonographic features: Implications for pressure ulcer prevention
2017
NLFXLMS and THF-NLFXLMS Algorithms for Wiener-Hammerstein Nonlinear Active Noise Control
2017
Trends of reactive hyperaemia responses to repetitive loading on skin tissue of rats – Implications for pressure ulcer prevention
2016
NLFXLMS AND THF-NLFXLMS ALGORITHMS FOR WIENER-HAMMERSTEIN NONLINEAR ACTIVE NOISE CONTROL
2016
Nonlinear THF-FXLMS Algorithm for Active Noise Control with Loudspeaker Nonlinearity
2016
NLFXLMS AND THF-NLFXLMS ALGORITHMS FOR WIENER-HAMMERSTEIN NONLINEAR ACTIVE NOISE CONTROL
2015
Non-Invasive in vivo assessment of osteoarthritic articular cartilage: A Review on MRI investigations
2014
Loudspeaker Nonlinearity Compensation with Inverse Tangent Hyperbolic Function-Based Predistorter for Active Noise Control
2014
Nonlinear FXLMS for Active Noise Control with Loudspeaker Nonlinearity
2013
Loudspeaker Nonlinearity Compensation with Inverse Tangent Hyperbolic Function-Based Predistorter for Active Noise Control
2012
Nonlinear FXLMS Algorithm for Active Noise Control Systems with Saturation nonlinearity
2011
Comparison of Performance and Computational Complexity of nonlinear Active Noise Control Algorithms
2010
Analysis of Geometry Related Constraints of Minimum Effort Active Noise Control System
2010
Development of the Propagation Paths and Deriving Observer of Feedforward Active Noise Control System by Using State-Space Formulation
2009
Modeling and Eigenfrequency Analysis of Sound-Structure Interaction in a Rectagular Enclosure with Finite Element Method
2009
Design of self-tuning minimum effort active noise control with feedback inclusion architecture
2008
Theoretical development of minimum effort active noise control with feedback inclusion architechture