pensyarah universiti
institut kejuruteraan mikro & nanoelektronik (imen)
raihanabahru@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Teknologi Digital dan Terkehadapan,
Biografi/ Biography :
Raihana Bahru is a Lecturer and Research Fellow at the Institute of Microengineering and Nanoelectronics (IMEN), Universiti Kebangsaan Malaysia. She has experienced as Postdoctoral Researcher at IMEN (2019 - 2021) and Institute of Sustainable Energy (ISE) Universiti Tenaga Nasional (UNITEN, 2022 - 2023). She obtained her Bachelor in Chemical Engineering from School of Chemical Engineering, Universiti Sains Malaysia on 2010. After that, she pursue her Master (2013) and PhD (2017) study also in SCE, USM. Her research focus on the research field including thermal interface materials, thermal management, flexible electronic packaging, chemical process engineering, inorganic chemistry, carbon nanomaterials, adsorption-deosrption gas sensor, testing catalyst. She is the graduate member of Institute Engineer Malaysia (IEM).
aini ayunni mohd raub, muhammad haziq daniel rahim, raihana bahru, rhonira latif, azrul azlan hamzah, khanom simarani, jumril yunas. (2025). a review on zinc oxide nanostructures as antimicrobial agent: mechanism and applications. - nanotechnology. 1 - 24.
raihana bahru, azman jalar, norinsan kamil othman. (2025). ujian kebolehharapan pakej transistor. - . 232 - 264.
aina n.a.p. baharuddin, nur isyakierah mohd afizal, siti nurasyikin dzulkefli, raihana bahru . (2025). review of carbon-based heat sink materials for efficient and sustainable thermal performance in electronic device applications. - journal of industrial and engineering chemistry. 167 - 185.
nor naimah rosyadah ahmad, rizwan nasir, eleonora ricci, choe peng leo, raihana bahru, siaw paw koh. (2025). integration of deep eutectic solvent with adsorption and membrane-based processes for co2 capture: an innovative approach. - separation and purification technology. 1 - 13.
bahru, raihana. (2024). characterization and optimization of doped polyaniline for acetone detection. - malaysian journal of chemistry. 29 - 35.
aina n.a.p. baharuddin, nur isyakierah mohd afizal, siti nurasyikin dzulkefli, raihana bahru . (2025). review of carbon-based heat sink materials for efficient and sustainable thermal performance in electronic device applications. - journal of industrial and engineering chemistry. 167 - 185.
aini ayunni mohd raub, muhammad haziq daniel rahim, raihana bahru, rhonira latif, azrul azlan hamzah, khanom simarani, jumril yunas. (2025). a review on zinc oxide nanostructures as antimicrobial agent: mechanism and applications. - nanotechnology. 1 - 24.
nor naimah rosyadah ahmad, rizwan nasir, eleonora ricci, choe peng leo, raihana bahru, siaw paw koh. (2025). integration of deep eutectic solvent with adsorption and membrane-based processes for co2 capture: an innovative approach. - separation and purification technology. 1 - 13.
siti hasanah osman, ong hwai chyuan, siti kartom kamarudin, norazuwana shaari, iesti hajar hanapi, zulfirdaus zakaria, nur hidayah ahmad zaidi, sinar azuria adnan, raihana bahru. (2024). nanocatalysts in direct liquid fuel cells: advancements for superior performance and energy sustainability. - international journal of green energy. 3654 - 3674.
mohd faiz muaz ahmad zamri, saiful hasmady abu hassan, s.k. tiong, jassinnee milano, raihana bahru, i.m.r. fattah, t.m.i. mahlia. (2024). progress and challenges of mesoporous catalysts in upgraded pyrolysis of biomass for biofuel production. - journal of analytical and applied pyrolysis. 1 - 22.
abhay kumar mondal, loh kean ping, muhammad aniq shazni mohammad haniff, raihana bahru, mohd ambri mohamed. (2024). recent advancements in alpha ga2o3 thin film growth for power semiconductor devices via mist cvd method: a comprehensive review. - crystal research & technology. 1-22.
nor naimah rosyadah ahmad, rizwan nasir, eleonora ricci, choe peng leo, raihana bahru, siaw paw koh. (2025). integration of deep eutectic solvent with adsorption and membrane-based processes for co2 capture: an innovative approach. - separation and purification technology. 1 - 13.
aini ayunni mohd raub, muhammad haziq daniel rahim, raihana bahru, rhonira latif, azrul azlan hamzah, khanom simarani, jumril yunas. (2025). a review on zinc oxide nanostructures as antimicrobial agent: mechanism and applications. - nanotechnology. 1 - 24.
aina n.a.p. baharuddin, nur isyakierah mohd afizal, siti nurasyikin dzulkefli, raihana bahru . (2025). review of carbon-based heat sink materials for efficient and sustainable thermal performance in electronic device applications. - journal of industrial and engineering chemistry. 167 - 185.
aini ayunni mohd raub, raihana bahru, siti nur ashakirin mohd nashruddin, jumril yunas. (2024). advances of nanostructured metal oxide as photoanode in photoelectrochemical (pec) water splitting application. - heliyon. 1 - 22.
mohd faiz muaz ahmad zamri, saiful hasmady abu hassan, s.k. tiong, jassinnee milano, raihana bahru, i.m.r. fattah, t.m.i. mahlia. (2024). progress and challenges of mesoporous catalysts in upgraded pyrolysis of biomass for biofuel production. - journal of analytical and applied pyrolysis. 1 - 22.
kim s siow, weijie wang, raihana bahru, xu long, hing wah lee. (2024). exploring the patent landscape of sintered metal technologies: an analysis using llm-based ai patent search. - proc 2024 ieee/chmt(cpmt) international electronics manufacturing technology symposium. 1 - 4.
raihana bahru, azman jalar, norinsan kamil othman. (2025). ujian kebolehharapan pakej transistor. - . 232 - 264.
raihana bahru, azman jalar, norinsan kamil othman. (2025). ujian kebolehharapan pakej transistor. - . 232 - 264.
raihana bahru. (2024). e-waste impact: how our discarded devices shape climate change.. - e-majalah nexus+. 27-28.
raihana bahru. (2023). heat convection. - . 1-13.
raihana bahru. (2023). heat conduction part 2. - . 1-8.
raihana bahru. (2023). heat conduction part 1. - . 1-8.
raihana bahru. (2023). lecture 1 introduction to thermal engineering in nanomaterials. - . 1-8.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| UTILIZATION OF DEVELOPED DIELECTROPHORESIS METHODOLOGY FOR ANTIMICROBIAL RESISTANCE BACTERIA (AMR-ESKAPE) DETECTION IN LAB SCALE AND FIELD TESTING | forward energy sdn bhd | 47.7% (2024-11-01 sehingga 2026-10-31) |
CHEMICAL AND PROCESS ENGINEERING :TECHNOLOGY AND ENGINEERING
Thermal interface materials; thermal engineering
Pengalaman / Experience : 12 tahun/years(s)
MATERIALS SCIENCE :PURE AND APPLIED SCIENCES
Materials chemistry
Pengalaman / Experience : 12 tahun/years(s)