prof. dr. mohd ambri bin mohamed

pensyarah universiti

institut kejuruteraan mikro & nanoelektronik (imen)

No. Telefon Rasmi :  0389118552

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Assoc. Prof. Dr. Mohd Ambri Mohamed is a Senior Research Fellow and Deputy Director at Institute of Microengineering and Nanoelectronics (IMEN), Universiti Kebangsaan Malaysia (The National University of Malaysia). Prior to joining UKM, he was an Assistant Professor at Department of Materials Engineering, Faculty of Engineering, International Islamic University Malaysia (IIUM) and served as Assistant Professor at Graduate School of Materials Science, Japan Advanced Institute of Science and Technology (JAIST), Japan. He specializes in carbon materials devices and molecular beam epitaxial growth using MBE technique in which he developed carbon electronics laboratory in IMEN soon after his appointment with UKM. His current research interests are carbon materials and 2D materials synthesis and application in nanoelectronics. He obtained his B. Eng (Materials Engineering) in 2004 from Tokyo University of Science, Japan. After working as engineer at Alps Electric, he pursued his postgraduate studies in Japan Advanced Institute of Science and Technology (JAIST), Japan and obtained MSc (Materials Science) in 2007 and PhD (Materials Science) in 2010. He spent 12 years to observe Japanese-based tertiary education and gained work experience in Japanese environment and returned to serve the country under TelentCorp Malaysia. He is a member of The Japan Society of Applied Physics, The Physical Society of Japan, IEEE, Malaysia Nanotechnology Association, The Microscopy Society Malaysia and Malaysia Solid State Science Technology Association (MASS).

  • zamir-ul hassan, syed raza ali raza , jamal kazmi, waqar mahmood, mohsin rafique, mohd ambri mohamed, md khan sobayel bin rafiq, tengku hasnan tengku aziz, raja azhar saeed khan.  (2023).  thickness dependent wavelength selective nir-uv-visible photoresponse in zno nanowires and silicon heterojunction.  - ceramics international.  9115-9121. 

     

    muhammad javed, naeem akbar, ayaz arif khan, emaan alsubhe, shoug mohammad alghamdi, hanen karamti, ohood abdullah albeydani, samia ben ahmed, jamal kazmi, said nasir khisro, mohd ambri mohamed.  (2023).  photocatalytic activity of sol-gel self-combustion derived mcr2o4 (m= mg, ni) spinel chromites for photodegradation of organic dyes.  - materials today communications.  1-14. 

     

    aini ayunni mohd raub, ida hamidah, asep bayu dani nandiyanto, jaenudin ridwan, mohd ambri mohamed, muhamad ramdzan buyong, jumril yunas.  (2023).  zno nrs/rgo photocatalyst in a polymer-based microfluidic platform.  - polymers.  1-13. 

     

    jamil kazmi, jamal kazmi, syed raza ali raza, babar nazir, raja azhar saeed khan, mohd ambri mohamed, mohsin rafique.  (2023).  magneto-transport and enhanced spin-polarized photo response in solution-processed vertically aligned zn0.9ni0.1o nanowires.  - magnetochemistry.  2-13. 

     

    revathy deivasigamani, nur nasyifa mohd maidin, nur shahira abdul nasir, abdullah abdulhameed, aminuddin bin ahmad kayani, mohd ambri mohamed, muhamad ramdzan buyong.  (2023).  a correlation of conductivity medium and bioparticle viability on dielectrophoresis-based biomedical applications.  - electrophoresis.  1-48. 

     

    revathy deivasigamani, nur nasyifa mohd maidin, nur shahira abdul nasir, abdullah abdulhameed, aminuddin bin ahmad kayani, mohd ambri mohamed, muhamad ramdzan buyong.  (2023).  a correlation of conductivity medium and bioparticle viability on dielectrophoresis-based biomedical applications.  - electrophoresis.  1-48. 

     

    jamil kazmi, jamal kazmi, syed raza ali raza, babar nazir, raja azhar saeed khan, mohd ambri mohamed, mohsin rafique.  (2023).  magneto-transport and enhanced spin-polarized photo response in solution-processed vertically aligned zn0.9ni0.1o nanowires.  - magnetochemistry.  2-13. 

     

    muhammad javed, ayaz arif khan, naeem akbar, jamal kazmi, amanullah dar, mohd ambri mohamed.  (2023).  low-temperature dielectric relaxation mechanism and correlated barrier hopping transport in neodymium perovskite chromite.  - materials research bulletin.  1-14. 

     

    muhammad javed; ayaz arif khan; jamal kazmi; naeem akbar; nisar ahmed; said nasir khisro; mohd ambri mohamed.  (2023).  investigation on electrical transport and dielectric relaxation mechanism in tbcro3 perovskite orthochromite.  - journal of alloys and compounds.  1-19. 

     

    jamal kazmi, syed raza ali raza, waqas ahmad, asad masood, abdul jalil, a.a. mohd raub, aumber abbas, md khan sobayel rafiq, mohd ambri mohamed.  (2023).  free carrier-mediated ferromagnetism in nonmagnetic ions (bi-li) codoped zno nanowires.  - physical chemistry chemical physics.  14206-14218. 

     

    muhammad javed, naeem akbar, ayaz arif khan, emaan alsubhe, shoug mohammad alghamdi, hanen karamti, ohood abdullah albeydani, samia ben ahmed, jamal kazmi, said nasir khisro, mohd ambri mohamed.  (2023).  photocatalytic activity of sol-gel self-combustion derived mcr2o4 (m= mg, ni) spinel chromites for photodegradation of organic dyes.  - materials today communications.  1-14. 

     

    lokesh srinath ganapathe, jamal kazmi, mohd ambri mohamed, dilla duryha berhanuddin.  (2022).  molarity effects of fe and naoh on synthesis and characterisation of magnetite (fe3o4) nanoparticles for potential application in magnetic hyperthermia therapy.  - magnetochemistry.  1-13. 

     

    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. 

     

    mohamad shukri sirat, muhammad hilmi johari, abdul rahman mohmad, muhammad aniq shazni mohammad haniff, mohd hanafi ani, mohd ismahadi syono, mohd ambri mohamed.  (2022).  uniform growth of mos2 films using ultra-low moo3 precursor in one-step heating chemical vapor deposition.  - thin solid films.  1-8. 

     

    nurkhaizan zulkepli, jumril yunas, mohd ambri mohamed, mohamad shukri sirat, azrul azlan hamzah.  (2022).  atmospheric pressure chemical vapour deposition growth of graphene for the synthesis of sio2 based graphene ball.  - sains malaysiana.  1927-1932. 

     

    muhammad javed, naeem akbar, ayaz arif khan, emaan alsubhe, shoug mohammad alghamdi, hanen karamti, ohood abdullah albeydani, samia ben ahmed, jamal kazmi, said nasir khisro, mohd ambri mohamed.  (2023).  photocatalytic activity of sol-gel self-combustion derived mcr2o4 (m= mg, ni) spinel chromites for photodegradation of organic dyes.  - materials today communications.  1-14. 

     

    aini ayunni mohd raub, ida hamidah, asep bayu dani nandiyanto, jaenudin ridwan, mohd ambri mohamed, muhamad ramdzan buyong, jumril yunas.  (2023).  zno nrs/rgo photocatalyst in a polymer-based microfluidic platform.  - polymers.  1-13. 

     

    zamir-ul hassan, syed raza ali raza , jamal kazmi, waqar mahmood, mohsin rafique, mohd ambri mohamed, md khan sobayel bin rafiq, tengku hasnan tengku aziz, raja azhar saeed khan.  (2023).  thickness dependent wavelength selective nir-uv-visible photoresponse in zno nanowires and silicon heterojunction.  - ceramics international.  9115-9121. 

     

    jamal kazmi, syed raza ali raza, waqas ahmad, asad masood, abdul jalil, a.a. mohd raub, aumber abbas, md khan sobayel rafiq, mohd ambri mohamed.  (2023).  free carrier-mediated ferromagnetism in nonmagnetic ions (bi-li) codoped zno nanowires.  - physical chemistry chemical physics.  14206-14218. 

     

    muhammad javed; ayaz arif khan; jamal kazmi; naeem akbar; nisar ahmed; said nasir khisro; mohd ambri mohamed.  (2023).  investigation on electrical transport and dielectric relaxation mechanism in tbcro3 perovskite orthochromite.  - journal of alloys and compounds.  1-19. 

     

    nurul nabila rosman, rozan mohamad yunus, khuzaimah arifin, lorna jeffery minggu, mohd ambri mohamed.  (2022).  graphene films on mos2/sio2/si substrate for current density performance.  - international symposium of reaction engineering, catalysis & sustainable energy (recase 2021).  1169-1173. 

     

    ps menon, k loganathan, na jamil, nr mohamad, cf dee, mfmr wee, ma mohamed, h soleimani, by majlis, aa hamzah.  (2022).  plasmonic biosensing of kidney wastes using carbon-based derivatives.  - 4th ieee international flexible electronics technology conference (ifetc).  29-30. 

     

    muhamad azuddin hassan, mohd ambri mohamed, huda abdullah, iskandar yahya.  (2021).  effect of channel length on single walled carbon nanotubes thin film characteristics deposited via spray coating technique.  - 2021 ieee regional symposium on micro and nanoelectronics (rsm).  169-172. 

     

    aini ayunni mohd raub, jumril yunas, mohd ambri mohamed, jamal kazmi, jaenudin ridwan.  (2021).  structural and optical properties investigation of graphene oxide coated zno nanorods for enhanced photocatalytic effect.  - 2021 ieee regional symposium on micro and nanoelectronics (rsm).  104-107. 

     

    muhammad hilmi johari, mohamad shukri sirat, mohd ambri mohamed, abdul rahman mohmad.  (2021).  inhomogenous deposition of vertical mos2 grown by chemical vapor deposition.  - 2021 ieee regional symposium on micro and nanoelectronics (rsm).  24-26. 

     

    nur nasyifa mohd maidin, revathy deivasigamani, muhamad ramdzan buyong, nor aina mohd som, mohd ambri mohamed.  (2023).  functional bio-based materials for regenerative medicine: from bench to bedside (part 1).  - 15. 

     

    mohd ambri mohamed.  (2021).  nanoelektronik berasaskan bahan nanokarbon.  - 147. 

     

    elyani abu bakar, mohd ambri mohamed.  (2020).  juadah minda jke2020 : empowering technology towards ir 4.0.  - 209. 

     

    nurul nabila rosman, rozan mohamad yunus, lorna jeffery minggu, khuzaimah arifin, mohammad kassim, mohd ambri mohamed.  (2018).  progress in photoelectrochemical research 2018.  - 9. 

     

    mohd ambri mohamed.  (2018).  teknologi semikonduktor dan nanoelektronik perkembangan dan kegunaan.  - 8. 

     

    nur nasyifa mohd maidin, revathy deivasigamani, muhamad ramdzan buyong, nor aina mohd som, mohd ambri mohamed.  (2023).  functional bio-based materials for regenerative medicine: from bench to bedside (part 1).  - 15. 

     

    mukhtaruddin musa, hadi purwanto, rajabi abdul razak, raihan othman, luqman musa, mohd ambri mohamed, mohd hanafi ani.  (2022).  adat, budaya dan teknologi alam melayu memacu kesejahteraan.  - 10. 

     

    elyani abu bakar, mohd ambri mohamed.  (2020).  juadah minda jke2020 : empowering technology towards ir 4.0.  - 209. 

     

    nurul nabila rosman, rozan mohamad yunus, lorna jeffery minggu, khuzaimah arifin, mohammad kassim, mohd ambri mohamed.  (2018).  progress in photoelectrochemical research 2018.  - 9. 

     

    mohd ambri mohamed.  (2018).  teknologi semikonduktor dan nanoelektronik perkembangan dan kegunaan.  - 8. 

     

    mohd ambri mohamed.  (2021).  nanoelektronik berasaskan bahan nanokarbon.  - 147. 

     

    p. susthitha menon a/p n v visvanathan;pankaj kumar choudhury;mohd ambri bin mohamed;norhayati binti abu bakar.  (2023).  kretschmann-based electrochemical surface plasmon resonance(k-ecspr) hybrid biosensor for kidney-related disease.  -

     

    mohd ambri bin mohamed;iskandar bin yahya.  (2023).  direct growth of graphene on cocrpt memory devices for corrosion and mechanical wear protection.  -

     

    abang annuar ehsan;mohd ambri bin mohamed.  (2023).  plasmon induced transparency by combinational hyperbolic metamaterials for energy absorbers and environmental sensors.  -

     

    mohd ambri bin mohamed;pankaj kumar choudhury;mohd farhanulhakim bin mohd razip wee;ooi poh choon.  (2022).  resistive switching memory devices based on heavy ion-doped zinc oxide using all-solution process.  -

     

    mohd ambri bin mohamed;abdul rahman bin mohmad;p. susthitha menon a/p n v visvanathan;pankaj kumar choudhury;muhamad ramdzan bin buyong;ooi poh choon.  (2022).  epitaxial growth of next generation alpha gallium oxide-based power devices using mist-cvd technique.  -