pensyarah universiti
institut kejuruteraan mikro & nanoelektronik (imen)
jumrilyunas@ukm.edu.my
Kluster Kepakaran/ Cluster of Expertise :
Teknologi Digital dan Terkehadapan,
Sumber Lestari, Alam Sekitar dan Kehidupan Pintar,
Biografi/ Biography :
Dr Jumril Yunas memperoleh Ph.D. pada tahun 2008 daripada Universiti Kebangsaan Malaysia dalam peranti dan teknologi MEMS (MicroElectroMechanical System) dan Dipl.-Ing./MSc. pada tahun 1997 dari Universiti Teknologi RWTH Aachen di Jerman dalam teknologi semikonduktor. Dr Jumril Yunas kini bekerja sebagai profesor madya di Institut Kejuruteraan Mikro dan Nanoelektronik-UKM. Minat penyelidikan beliau adalah dalam sistem mikroelektromekanikal dan nanoelektronik dan aplikasi kejuruteraan mereka, seperti mikrosensor dan penggerak untuk kejuruteraan bioperubatan, dan Lab-on-Chip. Beliau mempunyai 6 paten dan menerbitkan lebih daripada 100 kertas penyelidikan.
Dr. Jumril Yunas obtained his Ph.D. in 2008 from Universiti Kebangsaan Malaysia in MEMS (MicroElectroMechanical System) devices and technology and Dipl.-Ing./MSc. in 1997 from the University of Technology RWTH Aachen in Germany in semiconductor technology. Dr. Jumril Yunas is currently working as associate professor at the Institute of Microengineering and Nanoelectronics-UKM. His research interest is in microelectromechanical system and nanoelectronics and their engineering applications, such as microsensors and actuators for biomedical engineering, and Lab-on-Chip. He has 6 patents and published more than 100 research papers.
roer eka pawinanto, budi mulyanti, jahril nur fauzan, ayub subandi, lilik hasanah, m. assadillah pangestu, jumril yunas. (2025). deflection enhancement of ferrite magnetic core-based microactuator. - bulletin of electrical engineering and informatics. 902 - 911.
heryanto heryanto, dahlang tahir, bualkar abdullah, m. i. sayyed, jumril yunas, rachid masrour, k. veeravelan.. (2025). fast fourier transform implementation for determining band gap energy from uv–vis spectra as a fresh methodology. - arabian journal for science and engineering. 533 - 539.
subekti subekti, harus laksana guntur, vivien s. djanali, achmad syaifudin, jumril yunas, nur indah. (2025). performance analysis of electromagnetic vibration energy harvesting due to different vibration sources. - jurnal teknologi. 17 - 25.
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.
dianta ginting, hadi pronoto, nurato, kontan tarigan, sagir alva, muhamad fitri, dwi nanto, ai nurlela, mashadi, yunasfi, toto sudiro, jumril yunas, jong-soo rhyee. (2025). engineering ultra-low thermal conductivity in (pb0.8ge0.2te)0.95-x(pbse)0.05(pbs)x quaternary lead chalcogenides through pbs-induced phase segregation. - materials. 1 - 14.
heryanto heryanto, dahlang tahir, bualkar abdullah, m. i. sayyed, jumril yunas, rachid masrour, k. veeravelan.. (2025). fast fourier transform implementation for determining band gap energy from uv–vis spectra as a fresh methodology. - arabian journal for science and engineering. 533 - 539.
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.
dianta ginting, hadi pronoto, nurato, kontan tarigan, sagir alva, muhamad fitri, dwi nanto, ai nurlela, mashadi, yunasfi, toto sudiro, jumril yunas, jong-soo rhyee. (2025). engineering ultra-low thermal conductivity in (pb0.8ge0.2te)0.95-x(pbse)0.05(pbs)x quaternary lead chalcogenides through pbs-induced phase segregation. - materials. 1 - 14.
ayub subandi, muhamad ramdzan buyong, azrul azlan hamzah, burhanuddin yeop majlis, aini ayunni mohd raub, roer eka pawinanto, budi mulyanti, jumril yunas. (2024). a peristaltic electromagnetic (em) micropump with dome-shaped pdms membranes for biomedical application. - sensors and actuators a: physical. 1 - 8.
syazwani izrah badrudin, mimiwaty mohd noor, muhammad izzuddin abd samad, nur syaza nazihah zakaria, jumril yunas, rhonira latif. (2024). eliminating surface cracks in metal film-polymer substrate for reliable flexible piezoelectric devices. - engineering science and technology-an international journal. 1-12.
ayub subandi, muhamad ramdzan buyong, azrul azlan hamzah, rhonira latif, burhanuddin yeop majlis, roer eka pawinanto, budi mulyanti, jumril yunas. (2025). transferless soft-lithography for the fabrication of peristaltic micropump with dome-shape membrane. - current applied physics. 15 - 20.
aini ayunni mohd raub, raihana bahru, siti nur ashakirin mohd nashruddin, jumril yunas. (2024). a review on vertical aligned zinc oxide nanorods: synthesis methods, properties, and applications. - journal of nanoparticle research. 1 - 28.
aini ayunni mohd raub, jaenudin ridwan, jamal kazmi, muhammad aniq shazni mohammad hanif, muhamad ramdzan buyong, mohd ambri mohamed, jumril yunas. (2023). characterization of zno/rgo nanocomposite and its application for photocatalytic degradation. - journal of nanoelectronics and optoelectronics. 1147-1155.
siti naqiyah sadikin, jaenudin ridwan, marjoni imamora ali umar, aini ayuni mohd raub, jumril yunas, azrul azlan hamzah, dahyunir dahlan, mohd yusri abd rahman, akrajas ali umar. (2023). photocatalytic activity and stability properties of porous tio2 film as photocatalyst for methylene blue and methylene orange degradation. - international journal of electrochemical science. 1-8.
aini ayunni mohd raub, jumril yunas, mohd ambri mohamed, jamal kazmi, jaenudin ridwan, azrul azlan hamzah. (2022). statistical optimization of zinc oxide nanorod synthesis for photocatalytic degradation of methylene blue. - sains malaysiana. 1933-1944.
ayub subandi, muhamad ramdzan buyong, azrul azlan hamzah, rhonira latif, burhanuddin yeop majlis, roer eka pawinanto, budi mulyanti, jumril yunas. (2025). transferless soft-lithography for the fabrication of peristaltic micropump with dome-shape membrane. - current applied physics. 15 - 20.
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.
dianta ginting, hadi pronoto, nurato, kontan tarigan, sagir alva, muhamad fitri, dwi nanto, ai nurlela, mashadi, yunasfi, toto sudiro, jumril yunas, jong-soo rhyee. (2025). engineering ultra-low thermal conductivity in (pb0.8ge0.2te)0.95-x(pbse)0.05(pbs)x quaternary lead chalcogenides through pbs-induced phase segregation. - materials. 1 - 14.
roer eka pawinanto, budi mulyanti, jahril nur fauzan, ayub subandi, lilik hasanah, m. assadillah pangestu, jumril yunas. (2025). deflection enhancement of ferrite magnetic core-based microactuator. - bulletin of electrical engineering and informatics. 902 - 911.
heryanto heryanto, dahlang tahir, bualkar abdullah, m. i. sayyed, jumril yunas, rachid masrour, k. veeravelan.. (2025). fast fourier transform implementation for determining band gap energy from uv–vis spectra as a fresh methodology. - arabian journal for science and engineering. 533 - 539.
yap jia xui; avinash kumaresan; jumril yunas; seri mastura mustaza; huda abdullah; iskandar yahya. (2024). zno and pzt thin film piezoelectric mems vibrational energy harvesters for cardiac pacemaker. - 2024 ieee international conference on semiconductor electronics (icse). 120 - 123.
nur indah, jumril yunas, azrul azlan hamzah, rhonira latif, deni shidqi khaerudini, subekti. (2024). analyzing the vibration and mechanical properties of the mems membrane with planar spring arms design for energy harvesting. - aip conference proceedings. 1 - 8.
aini ayunni mohd raub, siti nur ashakirin mohd nashruddin, mohd ambri mohamed, jumril yunas. (2024). bandgap modification of zno nanorods for enhanced photocatalytic application. - proceedings of 2024 ieee international conference on semiconductor and electronics (icse). 148 - 151.
siti aisyah ishak, jumril yunas, jumril yunas. (2023). the effects of particle sizes of neodymium iron boron microstructure on the magnetic characteristics. - proceedings - 2023 ieee regional symposium on micro and nanoelectronics, rsm 2023. 44 - 46.
ahmad fauzan mohd anuar, noor hidayah mohd yunus, jahariah sampe, jumril yunas. (2023). the development of wearable sensor for arcus pedis pressure assessment. - the 2nd international recent trends in engineering, advanced computing and technology conference (retreat) 2021. 1-10.
roer eka pawinanto, abdul manaf hashim, mimiwaty mohd noor dan jumril yunas. (2024). pencampur mikrofludiks untuk kegunaan makmal atas cip. - . 135 - 158.
roer eka pawinanto, burhanuddin yeop majlis, jumril yunas. (2018). aktuator mems elektromagnet untuk aplikasi bioperubatan. - . 75-94.
hafzaliza erny zainal abidin, azrul azlan hamzah, jumril yunas, mohd ambri mohamed & burhanuddin yeop majlis. (2016). interdigitated mems supercapacitor for powering heart pacemaker. - . -.
ille c. gebeshuber, dee c. fu, jumril junas. (2010). nanomanufacturing. - vol 2. 494-498.
ille c. gebeshuber, herbert stachelberger, bahram azizollah ganji, dee chang fuu, jumril yunas, burhanuddin yeop majlis. (2009). exploring the innovational potential of biomemetics for novel 3d mems. - . 265-268.
burhanuddin yeop majlis, rhonira latif. (2024). bahan dimensi rendah dan peranti mems: perkembangan dan kegunaan. - . .
roer eka pawinanto, abdul manaf hashim, mimiwaty mohd noor dan jumril yunas. (2024). pencampur mikrofludiks untuk kegunaan makmal atas cip. - . 135 - 158.
p susthitha menon, atiqah mohd afdzaluddin, ahmad razif muhammad, jumril yunas, ahmad ghadafi ismail, nur hidayah azeman, hafzaliza erny zainal abidin, burhanuddin yeop majlis, shafii abd wahab, ramdzan buyong, ahmad rifqi md zain. (2024). buletin alumni imen (bil 3) 2023. - buletin alumni imen (bil 3) 2023. 1-12.
p susthitha menon, atiqah afzaludin, ahmad rifqi md zain, mohd ramdzan buyong, jumril yunas, mohd shafie, erny, norhayati, . (2024). buletin alumni imen bilangan 2 2024. - buletin alumni imen bilangan 2 2024. .
p susthitha menon, atiqah mohd afdzaluddin, ahmad razif muhammad, jumril yunas, ahmad ghadafi ismail, nur hidayah azeman, hafzaliza erny zainal abidin, burhanuddin yeop majlis, shafii abd wahab, ramdzan buyong, ahmad rifqi md zain. (2023). buletin alumni imen (bil 2) 2023. - buletin alumni imen (bil 2) 2023. 1-10.
p susthitha menon, ahmad ashrif ab bakar, muhd ramdzan buyong, atiqah mohd afdzaluddin, hafzaliza erny zainal abidin, jumril yunas, norhayati abu bakar, nur hidayah azeman, shafii abd wahab . (2025). buletin alumni imen (bil 1) 2025. - buletin alumni imen (bil 1) 2025. .
p susthitha menon, atiqah afzaludin, ahmad rifqi md zain, mohd ramdzan buyong, jumril yunas, mohd shafie, erny, norhayati, . (2024). buletin alumni imen bilangan 2 2024. - buletin alumni imen bilangan 2 2024. .
p susthitha menon, atiqah mohd afdzaluddin, ahmad razif muhammad, jumril yunas, ahmad ghadafi ismail, nur hidayah azeman, hafzaliza erny zainal abidin, burhanuddin yeop majlis, shafii abd wahab, ramdzan buyong, ahmad rifqi md zain. (2024). buletin alumni imen (bil 3) 2023. - buletin alumni imen (bil 3) 2023. 1-12.
azrul azlan bin hamzah;a. rahman bin a. jamal;norlaila binti mustafa;nor azian binti abdul murad;jumril yunas;siti aishah binti sulaiman. (2023). development of mems-based lateral flow assay for detection of ldlr gene mutations for familial hypercholesterolemia (fh). - . .
p susthitha menon, atiqah mohd afdzaluddin, ahmad razif muhammad, jumril yunas, ahmad ghadafi ismail, nur hidayah azeman, hafzaliza erny zainal abidin, burhanuddin yeop majlis, shafii abd wahab, ramdzan buyong, ahmad rifqi md zain. (2023). buletin alumni imen (bil 2) 2023. - buletin alumni imen (bil 2) 2023. 1-10.
ELECTRIC AND ELECTRONIC :TECHNOLOGY AND ENGINEERING
nanoparticles
Pengalaman / Experience : 5 tahun/years(s)
ELECTRONIC :ELECTRIC AND ELECTRONIC
microsensors and microactuators
Pengalaman / Experience : 10 tahun/years(s)
ELECTRIC AND ELECTRONIC :TECHNOLOGY AND ENGINEERING
MEMS and NEMS
Pengalaman / Experience : 15 tahun/years(s)