prof. dato' dr. burhanuddin bin yeop majlis

profesor

institut kejuruteraan mikro & nanoelektronik (imen)

 burhan@ukm.edu.my

No. sambungan :  8020

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Prof Dato’ Dr. Burhanuddin Yeop Majlis is a professor of microelectronics at the Insitute of Microengineering and Nanoelectronics. He received his Ph.D. in microelectronics from University of Durham, United Kingdom in 1988, MSc in microelectronics from University of Wales, UK in 1980, and BSc(Hons.) in Physics from UKM in 1979. He was a Deputy Dean of Engineering Faculty from 1995 until 1997. He is also a Research Fellow of Telekom Malaysia Research & Development Division, and he was the director of UKM-TM Microelectronics Research Centre at the Faculty of Engineering, UKM. He was responsible in developing and planning the setting up of the clean room for research at UKM. He had attended intensive industrial training in GaAs MMIC design and manufacture at GEC-Marconi Material Technology Ltd. United Kingdom. He is the founder of the Institute of Microengineering and Nanoelectronics(IMEN) and the director of IMEN from 2002 until August 2018. He is a senior member of the Institution of Electrical and Electronics Engineer (SMIEEE) and the Chairman of IEEE Electron Devices Malaysia Chapter from 1994 to 2006. He also Fellow of Malaysian Solid State Science and Technology (FMSSS), Fellow of Institute of Enginering and Technology(FIET), Fellow Malaysia Academy of Sciences(FASc). He is the founder president of Malaysia Nantechnology Association(MNA). He initiated research in microfabrication and microsensors at UKM in 1995 and has also initiated research in GaAs technology with Telekom Malaysia. In 2001 he initiated research in MEMS with substantial research funding of US$10 million from Ministry of Science, Technology and Innovation. His current interest are design and fabrication of MEMS sensor, RFMEMS, BiOMEMS. Lab on Chip and microenergy and now is the program leader for MEMS research, a National Strategic Research Program. Now he is the lead scholar at Institute of Microengineering and Nanoelectronics(IMEN).

  • dee chang fu;burhanuddin bin yeop majlis;azrul azlan bin hamzah;mohd farhanulhakim bin mohd razip wee;mohd ambri bin mohamed.  (2021).  fabrication, characterization and analysis for a novel nano composite magnetic fluid valve for micro-channel flow control.  -

     

    ahmad rifqi bin md zain;burhanuddin bin yeop majlis.  (2021).  high sensitivity of a high quality factor photonic crystal (phc) multiple cavities based on silicon on insulator (soi).  -

     

    rhonira binti latif;burhanuddin bin yeop majlis;mohd ambri bin mohamed.  (2021).  separation of macromolecules using tantalum-incorporated titanium thin membrane.  -

     

    muhammad hazwan haron, burhanuddin yeop majlis, ahmad rifqi md zain.  (2021).  increasing the quality factor (q) of 1d photonic crystal cavity with an end loop-mirror.  - photonics.  1-11. 

     

    mohamad hazwan haron, dilla duryha berhanuddin, burhanuddin yeop majlis, ahmad rifqi md. zain.  (2021).  double-peak one-dimensional photonic crystal cavity in parallel configuration for temperature self-compensation in sensing.  - applied optics.  1667-1673. 

     

    muhammad hazwan haron, burhanuddin yeop majlis, ahmad rifqi md zain.  (2021).  increasing the quality factor (q) of 1d photonic crystal cavity with an end loop-mirror.  - photonics.  1-11. 

     

    siti shafura a karim, yuzuru takamura, phan trong tue, nguyen thanh tung, jamal kazmi, chang fu dee, burhanuddin yeop majlis, mohd ambri mohamed.  (2020).  developing conductive highly ordered zinc oxide nanorods by acetylacetonate-assisted growth.  - materials.  1-12. 

     

    jumril yunas, budi mulyanti, ida hamidah, muzalifah mohd said, roer eka pawinanto, wan amar fikri wan ali, ayub subandi, azrul azlan hamzah, rhonira latif, burhanuddin yeop majlis.  (2020).  functional polymers in sensors and actuators.  - polymers.  119-140. 

     

    rhonira latif, muhammad fahmi jaafar, mohd faizal aziz, ahmad rifqi md zain, jumril yunas, burhanuddin yeop majlis.  (2020).  influence of tantalum's crystal phase growth on the microstructural, electrical and mechanical properties of sputter-deposited tantalum thin film layer.  - international journal of refractory metals and hard materials.  1-14. 

     

    hafzaliza erny zainal abidin, p. c. ooi, t. y. tiong, noraini marsi, abrar ismardi, mimiwaty m. noor, nik amni fathi nik zaini fathi, norazreen a. aziz, siti kudnie sahari, gandi sugandi, jumril yunas, c. f. dee, burhanuddin y. majlis, azrul azlan hamzah.  (2020).  stress and deformation of optimally shaped silicon microneedles for transdermal drug delivery.  - journal of pharmaceutical sciences.  1-8. 

     

    mohamad hazwan haron, dilla duryha berhanuddin, burhanuddin yeop majlis, ahmad rifqi md. zain.  (2021).  double-peak one-dimensional photonic crystal cavity in parallel configuration for temperature self-compensation in sensing.  - applied optics.  1667-1673. 

     

    nur dalila mohd zamani , mohd nuriman nawi, dilla duryha berhanuddin , burhanuddin yeop majlis, ahmad rifqi md zain.  (2020).  design of 2d gan photonic crystal based on hole displacement for l3 cavity.  - nanomaterials and nanotechnology.  1-5. 

     

    nurul ellena abdul razak, morgan madhuku, ishaq ahmad, burhanuddin yeop majlis, chang fu dee, dilla duryha berhanuddin.  (2020).  structural and photoluminescence analysis on the implantation of carbon and proton for the creation of damage-assisted emission in silicon.  - sains malaysiana.  2941-2950. 

     

    rhonira latif, muhammad fahmi jaafar, mohd faizal aziz, burhanuddin yeop majlis.  (2020).  mechanical strength enhancement of porous nanocrystalline-silicon (pnc-si) membrane via titanium-oxide (ti-o) coating.  - sains malaysiana.  3081-3087. 

     

    p susthitha menon, nur akmar jamil, gan siew mei, ahmad rifqi md zain, daniel hewak, chung-che huang, mohd ambri mohamed, burhanuddin yeop majlis, ravi k. mishra, srinivasan raghavan, navakanta bhat.  (2020).  multilayer cvd-graphene and mos2 ethanol sensing and characterization using kretschmann-based spr.  - ieee journal of the electron devices society.  1227-1235. 

     

    jamil, n.a., mei, g.s., md zain, a.r., hewak, d., huang, c.-c., mohamed, m.a., majlis, b.y., menon, p.s..  (2020).  cvd-grown graphene-on-au characterization and sensing using kretschmann-based spr.  - 4th electron devices technology and manufacturing conference (edtm 2020).  1-4. 

     

    n. e. a. razak, d. d. berhanuddin, c. f. dee, m. madhuku, b. y. majlis.  (2020).  improvement in silicon band edge emission with incorporation of boron.  - 8th ieee international conference on photonics, icp 2020.  40-41. 

     

    nur akmar jamil, gan siew mei, nurkhairul bariyah khairulazdan, siva priya thiagarajah, azrul azlan hamzah, burhanuddin yeop majlis, p. susthitha menon.  (2019).  detection of uric acid using kretschmann-based spr biosensor with mos2-graphene.  - 2018 ieee student conference on research and development (scored).  1-4. 

     

    mohd ambri mohamed, burhanuddin yeop majlis.  (2019).  magnetic cooperative phenomenon with unpaired sp-electrons system by mbe low-temperature growth.  - 6th international conference on solid state science and technology (solid state phenomena).  336-341. 

     

    najmiah radiah mohamad, gan siew mei, nur akmar jamil, burhanuddinyeop majlis, p. susthitha menon.  (2019).  influence of ultrathin chromium adhesion layer on different metal thicknesses of spr-based sensor using fdtd.  - materials today: proceedings.  732-737. 

     

    jamil, n.a., mei, g.s., md zain, a.r., hewak, d., huang, c.-c., mohamed, m.a., majlis, b.y., menon, p.s..  (2020).  cvd-grown graphene-on-au characterization and sensing using kretschmann-based spr.  - 4th electron devices technology and manufacturing conference (edtm 2020).  1-4. 

     

    n. e. a. razak, d. d. berhanuddin, c. f. dee, m. madhuku, b. y. majlis.  (2020).  improvement in silicon band edge emission with incorporation of boron.  - 8th ieee international conference on photonics, icp 2020.  40-41. 

     

    s. m. gan, p. s. menon , n. r. mohamad, n. a. jamil, b. y. majlis.  (2019).  fdtd simulation of kretschmann based cr-ag-ito spr for refractive index sensor.  - materials today: proceedings.  668-674. 

     

    mohd ihsan che mohd noh, mohd ambri mohamed, ahmad ghadafi ismail, mohd hanafi ani, burhanuddin yeop majlis.  (2019).  improvement of gas barrier properties of polyethylene terephtalate (pet) by graphene nanoplatelets (gnp).  - nanotech malaysia 2018 (materials today: proceedings).  808-815. 

     

    nur akmar jamil, gan siew mei, nurkhairul bariyah khairulazdan, siva priya thiagarajah, azrul azlan hamzah, burhanuddin yeop majlis, p. susthitha menon.  (2019).  detection of uric acid using kretschmann-based spr biosensor with mos2-graphene.  - 2018 ieee student conference on research and development (scored).  1-4. 

     

    muhamad ramdzan buyong, azrul azlan hamzah, burhanuddin yeop majlis.  (2020).  dielektroforesis manipulasi zarah mikrometer dari perspektif perubatan.  - 318. 

     

    roer eka pawinanto, burhanuddin yeop majlis, jumril yunas.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 19. 

     

    burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems.  - 293. 

     

    gandi sugandi, burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 25. 

     

    p susthitha menon, fairus atida said, nur akmar jamil, sahbudin shaari, burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 25. 

     

    norazreen abd aziz, badariah bais, muhamad ramdzan buyong, burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems perkembangan & kegunaan.  - 23. 

     

    mohd anuar md ali, aminuddin ahmad kayani, burhanuddin yeop majlis.  (2018).  microfluidics and nanofluidics.  - 20. 

     

    roer eka pawinanto, burhanuddin yeop majlis, jumril yunas.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 19. 

     

    gandi sugandi, burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 25. 

     

    p susthitha menon, fairus atida said, nur akmar jamil, sahbudin shaari, burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems perkembangan dan kegunaan.  - 25. 

     

    muhamad ramdzan buyong, azrul azlan hamzah, burhanuddin yeop majlis.  (2020).  dielektroforesis manipulasi zarah mikrometer dari perspektif perubatan.  - 318. 

     

    burhanuddin yeop majlis.  (2018).  teknologi semikonduktor dan nanoelektronik : perkembangan dan kegunaan.  - 208. 

     

    burhanuddin yeop majlis.  (2018).  sensor dan aktuator mems.  - 293. 

     

    mohammad bhuyan, md. shabiul islam & burhanuddin yeop majlis.  (2016).  a novel fluid-flow based micro energy harvester for bio-medical device.  - 1-89. 

     

    burhanuddin yeop majlis, kostadin grozev kostadinov, arshad saleem bhatti.  (2013).  nanotechnology in the edge of convergence.  - 229. 

     

    dee chang fu;burhanuddin bin yeop majlis;azrul azlan bin hamzah;mohd farhanulhakim bin mohd razip wee;mohd ambri bin mohamed.  (2021).  fabrication, characterization and analysis for a novel nano composite magnetic fluid valve for micro-channel flow control.  -

     

    ahmad rifqi bin md zain;burhanuddin bin yeop majlis.  (2021).  high sensitivity of a high quality factor photonic crystal (phc) multiple cavities based on silicon on insulator (soi).  -

     

    rhonira binti latif;burhanuddin bin yeop majlis;mohd ambri bin mohamed.  (2021).  separation of macromolecules using tantalum-incorporated titanium thin membrane.  -

     

    muhamad ramdzan bin buyong;burhanuddin bin yeop majlis;norazreen binti abd aziz;azrul azlan bin hamzah;siow kim shyong.  (2020).  tapered dielectrophoresis electrode for anticlogging in biological fluids filtration.  -

     

    muhamad ramdzan bin buyong;burhanuddin bin yeop majlis;abdul halim bin abdul gafor;norazreen binti abd aziz;azrul azlan bin hamzah.  (2020).  dielectrophoresis repellent and attraction for selective beta-two microglobulin toxin removal application.  -