pensyarah universiti
institut penyelidikan tenaga suria (seri)
a.fazlizan@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Sumber Lestari, Alam Sekitar dan Kehidupan Pintar,
Teknologi Digital dan Terkehadapan,
Biografi/ Biography :
Dr. Ahmad Fazlizan memiliki Ijazah Doktor Falsafah (PhD) dalam bidang Tenaga dari Universiti Malaya (UM), Sarjana Kejuruteraan juga dari UM dan Sarjana Muda Kejuruteraan Mekanikal dari Universiti Teknologi Malaysia. Beliau kini berkhidmat sebagai Profesor Madya dan Felo Penyelidik Kanan di Institut Penyelidikan Tenaga Suria (SERI), Universiti Kebangsaan Malaysia. Bidang penyelidikan beliau merangkumi tenaga angin (kincir angin, penilaian sumber tenaga, aerodinamik dan lain-lain), tenaga suria (suria terma, sistem tenaga suria, sistem hibrid), serta dinamik bendalir komputeran (CFD). Beliau telah menyumbang lebih daripada 100 penerbitan, terutamanya dalam jurnal berimpak tinggi, berdasarkan penyelidikan dalam bidang-bidang tersebut. Dr. Ahmad Fazlizan merupakan ahli Young Scientist Network – Akademi Sains Malaysia. Beliau juga berperanan sebagai wakil alternatif untuk Jawatankuasa Penyelidikan Tenaga Mampan (SCSER) di bawah Jawatankuasa ASEAN mengenai Sains, Teknologi dan Inovasi (ASEAN COSTI).
Dr. Ahmad Fazlizan holds a PhD in Energy from the University of Malaya (UM), Master`s Degree also from UM and Bachelor of Engineering (Mechanical) from Universiti Teknologi Malaysia. He is currently an Associate Professor and Senior Research Fellow at the Solar Energy Research Institute (SERI), Universiti Kebangsaan Malaysia. His research interests include wind energy (wind turbines, wind resource assessment, etc.), solar energy (solar thermal, solar energy systems, hybrid systems), and computational fluid dynamics (CFD). He has contributed to over 100 publications, primarily in high-impact journals, based on his research in these fields. Dr. Ahmad Fazlizan is a member of the Young Scientist Network – Academy of Sciences Malaysia. He also serves as an alternate focal point for the Sub-Committee on Sustainable Energy Research (SCSER) under the ASEAN Committee on Science, Technology, and Innovation (ASEAN COSTI).
muhamad fadhli ramlee, ahmad fazlizan, hasila jarimi, norhayati mat wajid, abdul murad zainal abidin, adnan ibrahim & noorliyana ramlee . (2026). potential of solar cooling technologies in hot–humid climates: a review. - sådhanå. 1 - 21.
zishan shaikh, shabbah begum, ahmed said al-busaidi, ahmad fazlizan, heebaah khan, umair khan, dalia h. elkamchouchi. (2026). uncovering the environmental and economic viability of redox flow batteries: insights from life cycle assessment methodologies and emerging technologies. - the international journal of life cycle assessment . 1 - 23.
asmail a.m. abdalkarem, ahmad fazlizan, najm addin al-khawlani, wan khairul muzammil, zambri harun, adnan ibrahim. (2026). experimental investigation of the potential of wedge flaps for improving the aerodynamic performance of a straight-bladed vertical axis wind turbine. - energy conversion and management: x. 1 - 10.
najm addin al-khawlani, ahmad fazlizan, asmail a.m. abdalkarem, wan khairul muzammil, zambri harun, adnan ibrahim. (2026). performance enhancement of a vertical-axis wind turbine using an optimised trailing-edge wedge flap: cfd and experimental investigation. - ocean engineering. 1 - 14.
zeki ali al-saadi, adnan ibrahim, sharul sham dol, firas abdulamir radhi, hariam luqman azeez, anwer b. al-aasam, norasikin ahmad ludin & ahmad fazlizan . (2026). numerical and experimental validation of taguchi-optimized star-core fin inserts for enhanced thermal hydraulic performance factor. - scientific reports. 1 - 25.
sahibzada imad ud din, adnan ibrahim, ahmad fazlizan, norasikin ahmad ludin, muhammad aqil afham rahmat, muhammad ashhad shahid, anwer.b. al-aasam, mohd afzanizam mohd rosli, muhammad amir aziat bin ishak. (2026). heat transfer and flow analysis of a double-pass solar air heater with sandwich-structured pcm cylinders. - solar energy. 1 - 20.
zeki ali al-saadi, adnan ibrahim, sharul sham dol, firas abdulamir radhi, hariam luqman azeez, anwer b. al-aasam, norasikin ahmad ludin & ahmad fazlizan . (2026). numerical and experimental validation of taguchi-optimized star-core fin inserts for enhanced thermal hydraulic performance factor. - scientific reports. 1 - 25.
zishan shaikh, shabbah begum, ahmed said al-busaidi, ahmad fazlizan, heebaah khan, umair khan, dalia h. elkamchouchi. (2026). uncovering the environmental and economic viability of redox flow batteries: insights from life cycle assessment methodologies and emerging technologies. - the international journal of life cycle assessment . 1 - 23.
najm addin al-khawlani, ahmad fazlizan, asmail a.m. abdalkarem, wan khairul muzammil, zambri harun, adnan ibrahim. (2026). performance enhancement of a vertical-axis wind turbine using an optimised trailing-edge wedge flap: cfd and experimental investigation. - ocean engineering. 1 - 14.
zeki ali al-saadi, adnan ibrahim, firas abdulamir radhi, yassine el alami, anwer b. al-aasam, rasha abdulrazzak jasim, sharul sham dol, mohammed ghazal, ahmad fazlizan. (2026). numerical optimization by deep single selective investigation and experimental validation for star-fin inserts in absorber tubes. - case studies in thermal engineering. 1 - 19.
muhamad fadhli ramlee, ahmad fazlizan, hasila jarimi, norhayati mat wajid, abdul murad zainal abidin, adnan ibrahim & noorliyana ramlee . (2026). potential of solar cooling technologies in hot–humid climates: a review. - sådhanå. 1 - 21.
xiao-hang wang, chong-shen khor, jing-hong ng, shern-khai ung, ahmad fazlizan and kok-hoe wong. (2026). a review of natural hazards’ impacts on wind turbine performance, part 2: earthquakes, waves, tropical cyclones, and thunderstorm downbursts. - energies. 1 - 70.
fazlizan, ahmad and wong, kok-hoe and wang, xiao-hang and chong, wen-tong . (2025). editorial: advances in wind turbine rotor design. - frontiers in energy research. 1 - 2.
najm addin al-khawlani, ahmad fazlizan, asmail a. m. abdalkarem, adnan ibrahim and zambri harun. (2025). numerical study of a vertical axis wind turbine with an inner cylindrical deflector. - revista internacional de metodos numericos para calculo y diseno en ingenieria. 1 - 16.
shaikh zishan suheel, ahmad fazlizan, halim razali, kok hoe wong, altaf hossain molla, rajkumar singh rathore, m. s. hossain lipu, mahidur r. sarker. (2024). comprehensive analysis of factors underpinning the superior performance of ducted horizontal-axis helical wind turbines. - energies. 1-15.
sahibzada imad ud din, adnan ibrahim, ahmad fazlizan, norasikin ahmad ludin, muhammad aqil afham rahmat, muhammad ashhad shahid, anwer.b. al-aasam, mohd afzanizam mohd rosli, muhammad amir aziat bin ishak. (2026). heat transfer and flow analysis of a double-pass solar air heater with sandwich-structured pcm cylinders. - solar energy. 1 - 20.
morad ahmad alzoubi, adnan ibrahim, mohammad alkhedher, hariam luqman azeez, muhammad amir aziat ishak, yassine el alami & ahmad fazlizan . (2026). experimental investigation of energy and exergy characteristics of a novel solar collector with swirling reversed circular flow jet impingement. - scientific reports. 1 - 16.
muhamad fadhli ramlee, ahmad fazlizan, hasila jarimi, norhayati mat wajid, abdul murad zainal abidin, adnan ibrahim & noorliyana ramlee . (2026). potential of solar cooling technologies in hot–humid climates: a review. - sådhanå. 1 - 21.
asmail a.m. abdalkarem, ahmad fazlizan, najm addin al-khawlani, wan khairul muzammil, zambri harun, adnan ibrahim. (2026). experimental investigation of the potential of wedge flaps for improving the aerodynamic performance of a straight-bladed vertical axis wind turbine. - energy conversion and management: x. 1 - 10.
zeki ali al-saadi, adnan ibrahim, sharul sham dol, firas abdulamir radhi, hariam luqman azeez, anwer b. al-aasam, norasikin ahmad ludin & ahmad fazlizan . (2026). numerical and experimental validation of taguchi-optimized star-core fin inserts for enhanced thermal hydraulic performance factor. - scientific reports. 1 - 25.
wong, k h, lee, k y, ng, j h, wang, x h, fazlizan, a. (2025). the effects of inertia on a straight-bladed vertical axis wind turbine. - iop conference series: earth and environmental science. 1 - 8.
wong, k h, lim, c t j, ng, j h, fazlizan, a, wang, x h. (2024). numerical investigation of the effects of increased and mixed chord lengths for a 4-bladed darrieus vertical axis wind turbine. - international conference on sustainable energy and green technology 2023. 1 - 8.
nurul jannah yusaidi; mohd faizal fauzan; ahmad fazlizan abdullah; adnan ibrahim;. (2024). numerical simulation of arrangement of diamond shaped fins in double pass solar air heater for drying application. - ieee xplore. 1 - 4.
asmail a m abdalkarem, ahmad fazlizan abdullah, kamaruzzaman sopian, lim chin haw, wan khairul muzammil, kok hoe wong. (2023). the effect of trailing-edge wedge-tails on the aerodynamic characteristics of wind turbine airfoil. - international conference on sustainable, renewable & energy efficiency 2022. 1-14.
daniel derome, halim razali, ahmad fazlizan, alias jedi. (2023). distribution cycle of wind speed: a case study in the southern part of malaysia. - international conference on sustainable, renewable & energy efficiency 2022. 1-10.
w. k. muzammil, md. mizanur rahman, a. fazlizan, m. a. ismail, h. k. phang, m. a. elias. (2019). nanotechnology in renewable energy: critical reviews for wind energy. - . 49-71.
muhammad amir aziat ishak, adnan ibrahim, ir ts dr mohd faizal fauzan, win eng ewe. (2024). analisis tenaga pesentakan jet aliran pekeliling terbalik (pjapt) ke atas pengumpul fotovolta terma suria (pvt) modul dwimuka. - jurnal kejuruteraan. 1091-1101.
muhamad fadhli ramlee, noorliyana ramlee, ahmad fazlizan. (2023). kesan rekabentuk parametrik dalam pengoptimuman prestasi turbin angin berpaksi menegak: satu ulasan. - jurnal kejuruteraan. 1001-1015.
ahmad fazlizan bin abdullah;kamaruzzaman sopian;sohif bin mat;lim chin haw;halim bin hj razali. (2021). vertical axis wind turbine aspect ratio and solidity optimization for low wind speed application. - . .
muhamad fadhli ramlee, ahmad fazlizan, sohif mat. (2020). kesan kepaduan rotor terhadap prestasi kuasa turbin angin paksi menegak. - jurnal kejuruteraan. 141-147.
ahmad fazlizan bin abdullah;kamaruzzaman sopian;sohif bin mat;lim chin haw. (2020). design and testing of extendable arm vertical axis wind turbine. - . .
adnan bin ibrahim;kamaruzzaman bin sopian;ahmad fudholi bin jurlius;ahmad fazlizan bin abdullah;hasila binti jarimi. (2023). heat transfer augmentation in spiral flow absorber enclosure incorporating phase change material (pcm) and nanofluid. - . .
hasila binti jarimi;kamaruzzaman bin sopian;ahmad fazlizan bin abdullah;adnan bin ibrahim. (2023). asymmetric compound parabolic concentrator (acpc) photovoltaic /thermal (pv/t) air solar collector with and without phase change materials (pcm) thermal storage.. - . .
ahmad fazlizan bin abdullah;kamaruzzaman bin sopian;sohif bin mat;lim chin haw;noorashikin binti md saleh;adnan bin ibrahim. (2023). aerodynamics of internal spiral flow through multiple stages of rotating and stator blades. - . .
adnan bin ibrahim;kamaruzzaman bin sopian;ahmad fazlizan bin abdullah;hasila binti jarimi. (2023). passively cool high performance photovoltaic panel. - . .
lim chin haw;mohd asri bin mat teridi;ahmad fazlizan bin abdullah. (2023). radiative heat transfer analysis of building envelope using computational fluid dynamics. - . .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| PHOTOVOLTAIC THERMAL-THERMOELECTRIC SYSTEMS WITH STAGGERED FIN AND BINARY NANOFLUID: MATHEMATICAL AND EXPERIMENTAL STUDY. | kuantan sunny scientific collaboration sdn bhd | 70.6% (2024-11-01 sehingga 2026-10-31) |
| A UK-GLOBAL SOUTH INNOVATION NETWORK IN THIRD-GENERATION PHOTOVOLTAIC TECHNOLOGIES | swansea university | 66.5% (2025-04-01 sehingga 2026-09-30) |
| SUSTFRIDGE: MARKET READINESS EVIDENCE FOR SOLAR COMPATIBLE PCM REFRIGERATION IN ASEAN | university of nottingham | 36.8% (2026-01-01 sehingga 2026-08-31) |
GREEN TECHNOLOGY :TECHNOLOGY AND ENGINEERING
Pengalaman / Experience : 8 tahun/years(s)
ENERGY :TECHNOLOGY AND ENGINEERING
Solar Thermal
Pengalaman / Experience : 5 tahun/years(s)
ENERGY :TECHNOLOGY AND ENGINEERING
Wind Energy
Pengalaman / Experience : 8 tahun/years(s)