pensyarah universiti
institut sel fuel (selfuel)
azimfitre@ukm.edu.my
Biografi/ Biography :
Dr. Azim Fitri Zainul Abidin is a Senior Lecturer and Research Fellow at the Fuel Cell Institute, Universiti Kebangsaan Malaysia, specializing in quantum simulation for advanced energy applications. His research focuses on charge carrier dynamics—particularly trapping, storage, and transport—to enhance the performance of fuel cells, electrolyzers, and rechargeable batteries. Using advanced computational techniques based on the density functional theory (DFT) and microkinetic modeling, Dr. Azim investigates reaction mechanisms and kinetics that dictate electrocatalyst efficiency and stability. He is also exploring the integration of artificial intelligence (AI) to improve the efficiency of DFT simulations, accelerating the discovery of new materials and reaction pathways for enhance energy conversion and storage technologies. Dr. Azim holds a PhD in Quantum Engineering Design from Osaka University, Japan (2023), and earned his Bachelor`s and Master`s degrees in Materials Science (2014) and Fuel Cell Engineering (2018) from Universiti Kebangsaan Malaysia (UKM).
iswary letchumanan, wei shi ng, mohd shahbudin masdar, azim fitri zainul abidin, nurul akidah baharuddin, rozan mohamad yunus. (2025). implications for oxygen evolution spinel-based electrocatalyst in anion exchange membrane water electrolyser: a review from structural engineering perspective. - journal of alloys and compounds. 1 - 24.
nurulfasihah azhar, wei shi ng, nur rabiatul adawiyah mohd shah, azim fitri zainul abidin, khuzaimah arifin, kee shyuan loh, wai yin wong, rozan mohamad yunus. (2025). recent progress and a new perspective of borophene-based catalyst for hydrogen energy applications: a review. - materials today chemistry. 1 - 22.
fazilah farhana abd aziz, sharifah najiha timmiati, salma samidin, anees ameera fauzi, wan nor roslam wan isahak, nidya chitraningrum, aishah bt abd. jalil, azim fitri zainul abidin, mohd nur ikhmal salehmin. (2025). insight into supported single-atom catalysts design for thermocatalytic, electrocatalytic and photocatalytic conversion co2 to ch4. - journal of industrial and engineering chemistry. 99 - 122.
annanthan narayanasamy, nurul akidah baharuddin, azim fitri zainul abidin, wan nor anasuhah wan yusoff, elankovan a. sundararajan, mahendra rao somalu . (2025). density functional theory modeling of pr and b-site promoters (pd, ti and ru) doping effects on oxygen vacancy formation in perovskite solid oxide fuel cell anodes. - materials letters. 1 - 4.
azran mohd zainoodin, lorna jeffery minggu, ikutaro hamada. (2024). oxygen reduction reaction on single-atom catalyst from density functional theory combined with an implicit solvation model. - 1st international symposium on solar hydrogen. .
iswary letchumanan, wei shi ng, mohd shahbudin masdar, azim fitri zainul abidin, nurul akidah baharuddin, rozan mohamad yunus. (2025). implications for oxygen evolution spinel-based electrocatalyst in anion exchange membrane water electrolyser: a review from structural engineering perspective. - journal of alloys and compounds. 1 - 24.
nurulfasihah azhar, wei shi ng, nur rabiatul adawiyah mohd shah, azim fitri zainul abidin, khuzaimah arifin, kee shyuan loh, wai yin wong, rozan mohamad yunus. (2025). recent progress and a new perspective of borophene-based catalyst for hydrogen energy applications: a review. - materials today chemistry. 1 - 22.
fazilah farhana abd aziz, sharifah najiha timmiati, salma samidin, anees ameera fauzi, wan nor roslam wan isahak, nidya chitraningrum, aishah bt abd. jalil, azim fitri zainul abidin, mohd nur ikhmal salehmin. (2025). insight into supported single-atom catalysts design for thermocatalytic, electrocatalytic and photocatalytic conversion co2 to ch4. - journal of industrial and engineering chemistry. 99 - 122.
annanthan narayanasamy, nurul akidah baharuddin, azim fitri zainul abidin, wan nor anasuhah wan yusoff, elankovan a. sundararajan, mahendra rao somalu . (2025). density functional theory modeling of pr and b-site promoters (pd, ti and ru) doping effects on oxygen vacancy formation in perovskite solid oxide fuel cell anodes. - materials letters. 1 - 4.
fazilah farhana abd aziz, sharifah najiha timmiati, salma samidin, anees ameera fauzi, wan nor roslam wan isahak, nidya chitraningrum, aishah bt abd. jalil, azim fitri zainul abidin, mohd nur ikhmal salehmin. (2025). insight into supported single-atom catalysts design for thermocatalytic, electrocatalytic and photocatalytic conversion co2 to ch4. - journal of industrial and engineering chemistry. 99 - 122.
annanthan narayanasamy, nurul akidah baharuddin, azim fitri zainul abidin, wan nor anasuhah wan yusoff, elankovan a. sundararajan, mahendra rao somalu . (2025). density functional theory modeling of pr and b-site promoters (pd, ti and ru) doping effects on oxygen vacancy formation in perovskite solid oxide fuel cell anodes. - materials letters. 1 - 4.
iswary letchumanan, wei shi ng, mohd shahbudin masdar, azim fitri zainul abidin, nurul akidah baharuddin, rozan mohamad yunus. (2025). implications for oxygen evolution spinel-based electrocatalyst in anion exchange membrane water electrolyser: a review from structural engineering perspective. - journal of alloys and compounds. 1 - 24.
nurulfasihah azhar, wei shi ng, nur rabiatul adawiyah mohd shah, azim fitri zainul abidin, khuzaimah arifin, kee shyuan loh, wai yin wong, rozan mohamad yunus. (2025). recent progress and a new perspective of borophene-based catalyst for hydrogen energy applications: a review. - materials today chemistry. 1 - 22.
azran mohd zainoodin, lorna jeffery minggu, ikutaro hamada. (2024). oxygen reduction reaction on single-atom catalyst from density functional theory combined with an implicit solvation model. - 1st international symposium on solar hydrogen. .
azran mohd zainoodin, lorna jeffery minggu, ikutaro hamada. (2024). oxygen reduction reaction on single-atom catalyst from density functional theory combined with an implicit solvation model. - 1st international symposium on solar hydrogen. .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| OPTIMIZING (FE-CO)-N-C BIMETAL ELECTROCATALYSTS FROM ZIFS FOR ENHANCED OXYGEN REDUCTION ACTIVITY IN PEMFCS | osaka university japan | 42.2% (2024-11-01 sehingga 2026-10-31) |
| DESIGN AND PRODUCTION OF PEROVSKITE-BASED ELECTRODE CATALYST THROUGH IN-SITU EXSOLUTION OF NANOPARTICLES FOR SOLID OXIDE FUEL (SOFC) AND ELECTROLYZERS (SOEC) APPLICATIONS | lynas malaysia sdn bhd | 22.6% (2025-01-01 sehingga 2027-12-31) |