pensyarah universiti
institut penyelidikan tenaga suria (seri)
norshafidah@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Sumber Lestari, Alam Sekitar dan Kehidupan Pintar,
Biografi/ Biography :
Dr. Norshafidah has been an Institute Fellow at SERI-UKM since 2023. She earned her Combined MSc–Ph.D. in Chemistry and Nanoscience from Ewha Womans University, South Korea (2020), fully funded under IESF3-Korea and Brain Korea 21 programs, specializing in materials science and solar energy. She secured NRF Korea and EWHA-UICF grants and served as a Postdoctoral Research Fellow (2020–2023), publishing numerous high-impact papers in top-tier (Q1), including work achieving over 26% efficiency in perovskite solar cells. Her research excellence has been recognized with awards from Innovation Showcase(2026), iIDEX(2026), ICCM-DIFCON(2026), Nano Convergence(2022, 2016), Nano Korea(2021), MRS Fall Meeting in Boston, USA(2018), along with two patents from South Korea KIPO(2022, 2020) and eighteen copyrights from Malaysia MyIPO(2026, 2025). She leads MoUs between UKM, EWHA, and Thursinar Energy (2023–2028), co-supervises graduate students from Malaysia, as well as students based in Korea and China, and serves as a reviewer for Elsevier, Springer Nature, Wiley, and IEEE. Certified as a Google Gemini Educator (2025–2028), she advances AI and VR innovation in advanced materials and renewable energy research.
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
shafidah shafian, muhammad azri che mohd shabri, azahah abu hassan shaari, mohd amin, mohd nizam husen, bazilah a. talip, chin haw lim, abdul rahman mohd saleh. (2026). design and usability evaluation of a virtual reality–based information system for solar photovoltaic awareness. - journal of information systems engineering and management. 1391 - 1401.
yerim kim, hyunji ryu, won-suk kim, shafidah shafian*, and kyungkon kim*. (2026). improving performance of fully vacuum-evaporated perovskite photovoltaics via dry additive strategy. - small methods. 1 - 11.
yerim kim, hyunji ryu, won-suk kim, shafidah shafian*, and kyungkon kim*. (2026). improving performance of fully vacuum-evaporated perovskite photovoltaics via dry additive strategy. - small methods. 1 - 11.
jiaxue zhai, huan bi, shiji zhang, lin xie, bin wu, peng wang, shifeng ge, shafidah shafian, jiayan chen, wenhua zhang, yong zhang, nam-gyu park, yong hua. (2026). dynamic reconfiguration of hydrogen-bonded networks to modulate perovskite crystallization. - energy & environmental science. 1180 - 1191.
bin wu, di shen, jiaxue zhai, jiayan chen, yong hua, chong wang, shafidah shafian* and lin xie*. (2026). chemical pre-regulation of 2d perovskite nucleation enables phase-homogeneous 2d/3d perovskite interfaces. - journal of materials chemistry a. 24093 - 24104.
shafian, shafidah; mohd salehin, fitri norizatie; lee, sojeong; ismail, azlan; mohamed shuhidan, shuhaida; xie, lin; kim, kyungkon. (2025). development of organic semiconductor materials for organic solar cells via the integration of computational quantum chemistry and ai-powered machine learning. - acs applied energy materials. 699 - 722.
wang peng, shafian shafidah, qiu feng, zhang xiao, zhao yuping, wu bin, kim kyungkon, hua yong, xie lin. (2025). improving redox reactions of spiro-ometad via p-type molecular scaffold to reduce energy loss at ag-electrode in perovskite solar cells. - journal of energy chemistry. 151 - 160.
shafidah shafian, azlan ismail. (2026). machine learning-driven materials design and performance prediction in organic solar cells emphasizing ensemble learning models. - cmc-computers materials & continua. 1 - 37.
yoganash putthisigamany, kazi sajedur rahman, megat mohd izhar sapeli, shafidah shafian, ubaidah syafiq, mohd sukor suait, norasikin ahmad ludin, mohd adib ibrahim, puvaneswaran chelvanathan. (2024). native surface oxidation phenomena of dc sputtered molybdenum thin film in tropical environment. - materials letters. 1 - 4.
yerim kim, hyunji ryu, won-suk kim, shafidah shafian*, and kyungkon kim*. (2026). improving performance of fully vacuum-evaporated perovskite photovoltaics via dry additive strategy. - small methods. 1 - 11.
jiaxue zhai, huan bi, shiji zhang, lin xie, bin wu, peng wang, shifeng ge, shafidah shafian, jiayan chen, wenhua zhang, yong zhang, nam-gyu park, yong hua. (2026). dynamic reconfiguration of hydrogen-bonded networks to modulate perovskite crystallization. - energy & environmental science. 1180 - 1191.
shafidah shafian, azlan ismail. (2026). machine learning-driven materials design and performance prediction in organic solar cells emphasizing ensemble learning models. - cmc-computers materials & continua. 1 - 37.
bin wu, di shen, jiaxue zhai, jiayan chen, yong hua, chong wang, shafidah shafian* and lin xie*. (2026). chemical pre-regulation of 2d perovskite nucleation enables phase-homogeneous 2d/3d perovskite interfaces. - journal of materials chemistry a. 24093 - 24104.
wan zulhafizhazuan, k. sobayel, shafidah shafian, suhaila sepeai, mohd adib ibrahim. (2025). preliminary study on planar-mixed dimensional cs3bi2i9 solar cells: scaps-1d simulation and experimental analysis. - interactions. 1 - 20.
muhammad azri che mohd shabri, norshafidah abu shafian. (2026). robot humanoid berintegrasi suria sebagai agen interaktif untuk sistem pengetahuan fotovolta. - international conference on ai & digital innovations (aidi 2026). .
shafidah shafian. (2026). sel suria organik untuk peranti internet benda (iot) dalam persekitaran dalaman. - future energy and environment letters (feel). 37 - 48.
nor mokhlis hamid, noor afizah rosli,norshafidah hassan. (2025). fabrikasi nanokomposit epoksi/selulosa nanohablur sebagai lapisan enkapsulasi pada sel suria. - simposium prasiswazah gugusan kimia 2025. .
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
norshafidah binti abu shafian ,mohd adib bin ibrahim ,norasikin binti ahmad ludin ,puvaneswaran a/l chelvanathan . (2026). development of semitransparent colorful optical filter use in solar photovoltaic cells utilize in indoor environment. - . .
norshafidah abu shafian. (2026). a 3d model–driven virtual reality environment for interactive solar energy understanding. - international conference on computer science, electrical engineering, and communication technology (iccec 2026). .
norshafidah abu shafian, muhammad azri che mohd shabri. (2026). design and development of a 3d model–driven photovoltaic gallery for immersive virtual reality . - 3rd international conference on water and environment for sustainability (icwes 2026). .
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| SELF-HEALING POLYOLEFIN ELASTOMER ENCAPSULANTS WITH MODIFIED CELLULOSE NANOCRYSTALS FOR ENHANCED SOLAR PANEL DURABILITY | agensi nuklear malaysia | 30% (2025-12-01 sehingga 2027-11-30) |
| HIGH EFFICIENCY SOLAR PANELS USING ADVANCED MATERIALS | mimos berhad | 93.7% (2021-11-01 sehingga 2026-10-31) |
| HIGH EFFICIENCY SOLAR PANELS USING ADVANCED MATERIALS | gading kencana sdn bhd | 93.7% (2021-11-01 sehingga 2026-10-31) |
| FOSTERING GLOBAL INNOVATORS IN SOCIAL WORK:A COIL APPROACH TO SOCIAL ENTREPRENEURSHIP | george mason university, virginia, usa | 43.9% (2025-03-01 sehingga 2028-03-31) |
| FOSTERING GLOBAL INNOVATORS IN SOCIAL WORK:A COIL APPROACH TO SOCIAL ENTREPRENEURSHIP | george mason university, virginia, usa | 43.9% (2025-03-01 sehingga 2028-03-31) |
CHEMISTRY :PURE AND APPLIED SCIENCES
Synthesis Nanoparticles
Pengalaman / Experience : 7 tahun/years(s)
MATERIALS SCIENCE :PURE AND APPLIED SCIENCES
Organic Semiconductor Materials
Pengalaman / Experience : 10 tahun/years(s)
ENERGY & GREEN TECHNOLOGY :TECHNOLOGY AND ENGINEERING
Photovoltaic and Photodiode
Pengalaman / Experience : 10 tahun/years(s)
ENERGY PHYSICS :PHYSICS
Photonic
Pengalaman / Experience : 7 tahun/years(s)