Bidang kepakaran

Kumpulan Penyelidikan
Penyelaras Penyelidikan	Prof. Madya Dr. Mohamad Ridzwan Ishak Member of Research Work Group Area of Interest (Expert) Biocomposite Materials Manufacturing Process +603-9769 4396, mohdridzwan@upm.edu.my
Penasihat Penyelidikan	Prof. Ir. Dr. Kamarul Arifin Ahmad +603-9769 6389 aekamarul@upm.edu.my
Kumpulan	Ahli Kumpulan
Kumpulan Penyelidikan Aerodinamik, Pemindahan Haba dan Pendorongan	Assoc. Prof. Dr. Azmin Shakrine Mohd Rafie Ketua Bidang Kepakaran Aerokekenyalan Aerodinamik +603-9769 6394, shakrine@upm.edu.my
The Aerodynamics Research Group currently works on wing design which is a highly integrated process involving other engineering disciplines such as structures, vibration, and manufacturing. Wind tunnel experimental work, especially for vortex generation, flow visualization and aerodynamic characteristics is carried out by using highly sophisticated devices such as Partial Image Velocimetry (PIV), Laser Doppler Anemometry (LDA), Constant Temperature Anemometry (CTA), six-component balance, and is supported by subsonic and supersonic wind tunnels. Besides experimental work, computational fluid dynamics (CFD) through programs such as FLUENT, PHOENIX and STAR CD is carried out by this group. Solving flutter and vibration problems utilizing analysis and testing in order to provide input to improve preliminary airplane design and to verify that margins of safety with respect to flutter are adequate is also one our interests. Structure design using composite materials, high-speed dynamic loads, and projectile impact testing is also conducted by the Aerodynamics Research Group. Computational and experimental studies have been conducted for various cooling technique models. These include rotating disc systems and film cooling solutions. The flow and heat transfer data may be numerically simulated using a commercial computational fluid dynamics (CFD) code. PHOENIX and STAR-CD, and a specific purpose CFD code is developed based on the TEACH-t code. The experimental study is equipped with a specific purpose testing facility that allows point-wise and whole field measurements of flow and heat transfer data. This group also focuses on the turbine blade film cooling study and the basic operating principles of jet engines, microturbines and combustion. Previous work in propulsion is elucidated and applied in order to understand and predict the characteristics of engine components and heat exchanger performance. The related works are more on measuring the heat transfer using Thermochromic Liquid Crystal (TLC) techniques.	Prof. Ir. Dr. Kamarul Arifin Ahmad Ahli Bidang Kepakaran Aerodinamik CFD Kejuruteraan Bioperubatan Teknologi Roket +603-9769 6389, aekamarul@upm.edu.my
	Prof. Ir. Dr. Abd. Rahim Abu Talib Ahli Bidang Kepakaran Gas Turbin Pemindahan Haba *Pendorongan +603-9769 6392, abdrahim@upm.edu.my
	Dr. Syamimi Saadon Ahli Bidang Kepakaran Termobendalir Pendorongan +603-9769 4390, mimisaadon@upm.edu.my
	Dr. Ezanee Gires Ahli Bidang Kepakaran Pendorongan Prestasi Penerbangan & Permodelan Termodinamik Teknologi Gas Turbin *Bahan Api Alternatif +603-9769 4415, ezanee@upm.edu.my
	Dr. Mohd Firdaus Bin Abas Ahli Bidang Kepakaran Fluid Mechanics, Aerodynamics, Micro-Aerial-Vehicle (Flapping Wing, FW-MAV), Computational Fluid Dynamics (CFD), Flow Optimization (Lumen) +603-9769 4414, firdaus.abas@upm.edu.my
	Dr Mohd Na'im Abdullah Ahli Bidang KepakaranBidang Kepakaran Materials Engineering Aerodynamics Composites and Bio-Composites Material Optimization +603-9769 4410, naimabdullah@upm.edu.my
Kumpulan Penyelidikan Bahan dan Struktur Aeroangkasa	Prof. Ir. Dr. Faizal Mustapha Ketua Bidang Kepakaran *Pemantauan Kesihatan Struktur Pesawat +603-9769 6404, faizalms@upm.edu.my
The Aerospace Materials and Structures group has established a unique research capability for theoretical, numerical and experimental investigation of the static and dynamic behavior of materials and structures. The group focuses on linear and non-linear Finite Element Method (FEM), structural crashworthiness, post-buckling of composite panels, progressive failure analysis of composite structures, impact on structures, structural dynamics, structural health monitoring (SHM), aeroelasticity and natural fibre composites.	Prof. Madya Dr. Dayang Laila Abdul Majid Ahli Bidang Kepakaran Bahan Termaju Aerokekenyalan +603-9769 6395, dlaila@upm.edu.my
	Prof. Madya Dr. Noorfaizal Yidris Ahli Bidang Kepakaran Ketidakstabilan Struktur FEM +603-9769 4413, nyidris@upm.edu.my
	Prof. Ir. Ts. Dr. Mohamed Thariq Hameed Sultan Ahli Bidang Kepakaran Pemantauan Kesihatan Struktur Pengesanan Kerosakan dan Baikpulih Kajian Pengesanan Daya Kelajuan Rendah danKelajuan Tinggi Udara Bahan Komposit +603-9769 6396, thariq@upm.edu.my
	Prof. Madya Dr. Mohamad Ridzwan Ishak Ahli Bidang Kepakaran Bahan Bio Komposit Proses Pembuatan +603-9769 4396, mohdridzwan@upm.edu.my
	Prof. Madya Dr. Norkhairunnisa Mazlan Ahli Bidang Kepakaran Nanoteknologi Bahan Penebat dan Konduktif Haba Pencirian Bahan Penglitup/ Komposit Geopolimer +603-9769 6403, norkhairunnisa@upm.edu.my
	Prof. Madya Dr. Mohammad Yazdi Harmin Ahli Bidang Kepakaran Rekabentuk Aerokekenyalan Bukan Selari Struktur Sayap Morphing *Pengoptimuman Rekabentuk Pelbagai Disiplin +603-9769 4415, myazdi@upm.edu.my
	Dr. Ain Umaira Md Shah Ahli Bidang Kepakaran Composite/Biocomposites Low and High Velocity Impact Material Characterization Non Destructive Testing +603-9769 4394, ainumaira@upm.edu.my
Kumpulan penyelidikan Sistem Kenderaan Aeroangkasa dan Navigasi	Dr. Syaril Azrad Ali Ketua Bidang Kepakaran Sistem Kawalan Satelit+603-9769 4395, syaril@upm.edu.my
The Space Vehicle Guidance and Control Group was formed in 2003 in order to conduct space research works. The group has established good research facilities covering the flight-grade hardwares and softwares. The group research focuses mainly on the following fields: Space Systems Spacecraft Control Spacecraft Navigation Rocket Trajectories Hybrid Space System Solutions Spacecraft Design and Simulation The Space Vehicle Guidance and Control Group has been constantly generating quality space research and development works.	Prof. Dr.-Ing. Ir. Renuganth Varatharajoo Ketua Bidang Kepakaran *Sistem Angkasa +603-9769 6406, renu@upm.edu.my
	Dr. Md Amzari Md Zhahir Ahli Bidang Kepakaran Avionik Pandu Arah+603-9769 4419, amzari@upm.edu.my
	Dr. Ermira Junita Abdullah Ahli Bidang Kepakaran Dinamik Penerbangan Kestabilan Pesawat *Sistem Kawalan +603-9769 7917, ermira@upm.edu.my
	Dr. Ahmad Salahuddin Mohd Harithuddin Ahli Bidang Kepakaran Sistem pesawat lebih ringan dari udara Sistem pesawat udara tanpa pemandu kejuruteraan pesawat angkasa Pendidikan Kejuruteraan +603-9769 4412, a_salahuddin@upm.edu.my
Kumpulan Penyelidikan Rekabentuk kenderaan Aeroangkasa	Prof. Madya Dr. Fairuz Izzuddin Romli Ketua Bidang Kepakaran *Kaedah Rekabentuk dan Proses Sistem Aeroangkasa +603-9769 6399, fairuz_ir@upm.edu.myy
The aerospace vehicle design group mainly focuses on aerospace vehicle design research. This group combines several disciplines to permit detailed analyses and design methods in order to catch-up with the widening and fast growth of aerospace vehicle transport systems. The design parameters and requirements of aerospace vehicles include standards and regulations authorized by DCA, FAA, BCAR, JAR, etc. The specialization areas are as follows: Overall design concept Statement of vehicle requirements Design specification Preliminary design and initial sizing Aerodynamic design Propulsion system Flight system design Flight mechanics and performance Flight control and stability Material and engineering data Avionics and instrumentation Loading, structural and stressing analysis	Prof. Madya Dr. Mohammad Yazdi Harmin Ahli Bidang Kepakaran Rekabentuk Aerokekenyalan Bukan Selari Struktur Sayap Morphing *Pengoptimuman Rekabentuk Pelbagai Disiplin +603-9769 6407, myazdi@upm.edu.my
	Dr. Mohd Faisal Abdul Hamid Ahli Bidang Kepakaran *Mekanik Penerbangan +603-9769 6405, mohd_faisal@upm.edu.my

Sila lawati laman web penyelidikan jabatan di http://aero.upm.edu.my/

Untuk maklumat lanjut sila hubungi

Ketua Jabatan
Jabatan Kejuruteraan Aeroangkasa,
Fakulti Kejuruteraan,
Universiti Putra Malaysia,
43400 Serdang,
Selangor, Malaysia
+603-9769 6400
+603-8656 7125

Kumpulan Penyelidikan
Penyelaras Penyelidikan	Prof. Madya Dr. Mohamad Ridzwan Ishak Member of Research Work Group Area of Interest (Expert) Biocomposite Materials Manufacturing Process +603-9769 4396, mohdridzwan@upm.edu.my
Penasihat Penyelidikan	Prof. Ir. Dr. Kamarul Arifin Ahmad +603-9769 6389 aekamarul@upm.edu.my
Kumpulan	Ahli Kumpulan
Kumpulan Penyelidikan Aerodinamik, Pemindahan Haba dan Pendorongan	Assoc. Prof. Dr. Azmin Shakrine Mohd Rafie Ketua Bidang Kepakaran Aerokekenyalan Aerodinamik +603-9769 6394, shakrine@upm.edu.my
The Aerodynamics Research Group currently works on wing design which is a highly integrated process involving other engineering disciplines such as structures, vibration, and manufacturing. Wind tunnel experimental work, especially for vortex generation, flow visualization and aerodynamic characteristics is carried out by using highly sophisticated devices such as Partial Image Velocimetry (PIV), Laser Doppler Anemometry (LDA), Constant Temperature Anemometry (CTA), six-component balance, and is supported by subsonic and supersonic wind tunnels. Besides experimental work, computational fluid dynamics (CFD) through programs such as FLUENT, PHOENIX and STAR CD is carried out by this group. Solving flutter and vibration problems utilizing analysis and testing in order to provide input to improve preliminary airplane design and to verify that margins of safety with respect to flutter are adequate is also one our interests. Structure design using composite materials, high-speed dynamic loads, and projectile impact testing is also conducted by the Aerodynamics Research Group. Computational and experimental studies have been conducted for various cooling technique models. These include rotating disc systems and film cooling solutions. The flow and heat transfer data may be numerically simulated using a commercial computational fluid dynamics (CFD) code. PHOENIX and STAR-CD, and a specific purpose CFD code is developed based on the TEACH-t code. The experimental study is equipped with a specific purpose testing facility that allows point-wise and whole field measurements of flow and heat transfer data. This group also focuses on the turbine blade film cooling study and the basic operating principles of jet engines, microturbines and combustion. Previous work in propulsion is elucidated and applied in order to understand and predict the characteristics of engine components and heat exchanger performance. The related works are more on measuring the heat transfer using Thermochromic Liquid Crystal (TLC) techniques.	Prof. Ir. Dr. Kamarul Arifin Ahmad Ahli Bidang Kepakaran Aerodinamik CFD Kejuruteraan Bioperubatan Teknologi Roket +603-9769 6389, aekamarul@upm.edu.my
	Prof. Ir. Dr. Abd. Rahim Abu Talib Ahli Bidang Kepakaran Gas Turbin Pemindahan Haba *Pendorongan +603-9769 6392, abdrahim@upm.edu.my
	Dr. Syamimi Saadon Ahli Bidang Kepakaran Termobendalir Pendorongan +603-9769 4390, mimisaadon@upm.edu.my
	Dr. Ezanee Gires Ahli Bidang Kepakaran Pendorongan Prestasi Penerbangan & Permodelan Termodinamik Teknologi Gas Turbin *Bahan Api Alternatif +603-9769 4415, ezanee@upm.edu.my
	Dr. Mohd Firdaus Bin Abas Ahli Bidang Kepakaran Fluid Mechanics, Aerodynamics, Micro-Aerial-Vehicle (Flapping Wing, FW-MAV), Computational Fluid Dynamics (CFD), Flow Optimization (Lumen) +603-9769 4414, firdaus.abas@upm.edu.my
	Dr Mohd Na'im Abdullah Ahli Bidang KepakaranBidang Kepakaran Materials Engineering Aerodynamics Composites and Bio-Composites Material Optimization +603-9769 4410, naimabdullah@upm.edu.my
Kumpulan Penyelidikan Bahan dan Struktur Aeroangkasa	Prof. Ir. Dr. Faizal Mustapha Ketua Bidang Kepakaran *Pemantauan Kesihatan Struktur Pesawat +603-9769 6404, faizalms@upm.edu.my
The Aerospace Materials and Structures group has established a unique research capability for theoretical, numerical and experimental investigation of the static and dynamic behavior of materials and structures. The group focuses on linear and non-linear Finite Element Method (FEM), structural crashworthiness, post-buckling of composite panels, progressive failure analysis of composite structures, impact on structures, structural dynamics, structural health monitoring (SHM), aeroelasticity and natural fibre composites.	Prof. Madya Dr. Dayang Laila Abdul Majid Ahli Bidang Kepakaran Bahan Termaju Aerokekenyalan +603-9769 6395, dlaila@upm.edu.my
	Prof. Madya Dr. Noorfaizal Yidris Ahli Bidang Kepakaran Ketidakstabilan Struktur FEM +603-9769 4413, nyidris@upm.edu.my
	Prof. Ir. Ts. Dr. Mohamed Thariq Hameed Sultan Ahli Bidang Kepakaran Pemantauan Kesihatan Struktur Pengesanan Kerosakan dan Baikpulih Kajian Pengesanan Daya Kelajuan Rendah danKelajuan Tinggi Udara Bahan Komposit +603-9769 6396, thariq@upm.edu.my
	Prof. Madya Dr. Mohamad Ridzwan Ishak Ahli Bidang Kepakaran Bahan Bio Komposit Proses Pembuatan +603-9769 4396, mohdridzwan@upm.edu.my
	Prof. Madya Dr. Norkhairunnisa Mazlan Ahli Bidang Kepakaran Nanoteknologi Bahan Penebat dan Konduktif Haba Pencirian Bahan Penglitup/ Komposit Geopolimer +603-9769 6403, norkhairunnisa@upm.edu.my
	Prof. Madya Dr. Mohammad Yazdi Harmin Ahli Bidang Kepakaran Rekabentuk Aerokekenyalan Bukan Selari Struktur Sayap Morphing *Pengoptimuman Rekabentuk Pelbagai Disiplin +603-9769 4415, myazdi@upm.edu.my
	Dr. Ain Umaira Md Shah Ahli Bidang Kepakaran Composite/Biocomposites Low and High Velocity Impact Material Characterization Non Destructive Testing +603-9769 4394, ainumaira@upm.edu.my
Kumpulan penyelidikan Sistem Kenderaan Aeroangkasa dan Navigasi	Dr. Syaril Azrad Ali Ketua Bidang Kepakaran Sistem Kawalan Satelit+603-9769 4395, syaril@upm.edu.my
The Space Vehicle Guidance and Control Group was formed in 2003 in order to conduct space research works. The group has established good research facilities covering the flight-grade hardwares and softwares. The group research focuses mainly on the following fields: Space Systems Spacecraft Control Spacecraft Navigation Rocket Trajectories Hybrid Space System Solutions Spacecraft Design and Simulation The Space Vehicle Guidance and Control Group has been constantly generating quality space research and development works.	Prof. Dr.-Ing. Ir. Renuganth Varatharajoo Ketua Bidang Kepakaran *Sistem Angkasa +603-9769 6406, renu@upm.edu.my
	Dr. Md Amzari Md Zhahir Ahli Bidang Kepakaran Avionik Pandu Arah+603-9769 4419, amzari@upm.edu.my
	Dr. Ermira Junita Abdullah Ahli Bidang Kepakaran Dinamik Penerbangan Kestabilan Pesawat *Sistem Kawalan +603-9769 7917, ermira@upm.edu.my
	Dr. Ahmad Salahuddin Mohd Harithuddin Ahli Bidang Kepakaran Sistem pesawat lebih ringan dari udara Sistem pesawat udara tanpa pemandu kejuruteraan pesawat angkasa Pendidikan Kejuruteraan +603-9769 4412, a_salahuddin@upm.edu.my
Kumpulan Penyelidikan Rekabentuk kenderaan Aeroangkasa	Prof. Madya Dr. Fairuz Izzuddin Romli Ketua Bidang Kepakaran *Kaedah Rekabentuk dan Proses Sistem Aeroangkasa +603-9769 6399, fairuz_ir@upm.edu.myy
The aerospace vehicle design group mainly focuses on aerospace vehicle design research. This group combines several disciplines to permit detailed analyses and design methods in order to catch-up with the widening and fast growth of aerospace vehicle transport systems. The design parameters and requirements of aerospace vehicles include standards and regulations authorized by DCA, FAA, BCAR, JAR, etc. The specialization areas are as follows: Overall design concept Statement of vehicle requirements Design specification Preliminary design and initial sizing Aerodynamic design Propulsion system Flight system design Flight mechanics and performance Flight control and stability Material and engineering data Avionics and instrumentation Loading, structural and stressing analysis	Prof. Madya Dr. Mohammad Yazdi Harmin Ahli Bidang Kepakaran Rekabentuk Aerokekenyalan Bukan Selari Struktur Sayap Morphing *Pengoptimuman Rekabentuk Pelbagai Disiplin +603-9769 6407, myazdi@upm.edu.my
	Dr. Mohd Faisal Abdul Hamid Ahli Bidang Kepakaran *Mekanik Penerbangan +603-9769 6405, mohd_faisal@upm.edu.my