encik abdul hafiz bin mat sulaiman

pegawai penyelidik

institut kejuruteraan mikro & nanoelektronik (imen)

 ahafiz@ukm.edu.my



   Biografi/ Biography :

  • PEGAWAI PENYELIDIK

  • muhammad khairul ashraf azmi, firdaus jamal rashid, abdul hafiz mat sulaiman, abang annuar ehsan .  (2025).  a study on the effect of glycerine- hydroxyethyl cellulose (hec) ratio on viscosity and dispensing parameters on droplet formation for 3d printing application.  - journal of engineering science and technology (jestec).  1388 - 1402. 

     

    mohd zulhakimi ab razak,abdul hafiz mat sulaiman, and nor syahira mohd tombel.  (2024).  design challenges in the development of portable peritoneal dialysis prototype module in malaysia.  - bio4 expanding the horizon.  58 - 59. 

     

    abang annuar ehsan;rusli bin daik;mohammad rasidi bin mohammad rasani;abdul hafiz bin mat sulaiman.  (2022).  rapid polymerization of drop-on-demand microdroplets using fiber optics beam.  -

     

    haliza binti katas;norsyahida binti mohd fauzi;mohd fauzi bin mh busra;muhamad ramdzan bin buyong;abdul hafiz bin mat sulaiman.  (2022).  3d bioprinted of multi-action film dressings containing lignosus rhinocerotis extracts for wound healing applications.  -

     

    nur aliyah alwani mohd nazam, jumril yunas, abdul hafiz mat sulaiman, muhamad ramdzan buyong, azrul azlan hamzah.  (2020).  rapid prototyping of micropillars using digital light process 3d printing technique.  - sains malaysiana.  3065-3072. 

     

    nur aliyah alwani mohd nazam, jumril yunas, abdul hafiz mat sulaiman, muhamad ramdzan buyong, azrul azlan hamzah.  (2020).  rapid prototyping of micropillars using digital light process 3d printing technique.  - sains malaysiana.  3065-3072. 

     

    muhammad khairul ashraf azmi, firdaus jamal rashid, abdul hafiz mat sulaiman, abang annuar ehsan .  (2025).  a study on the effect of glycerine- hydroxyethyl cellulose (hec) ratio on viscosity and dispensing parameters on droplet formation for 3d printing application.  - journal of engineering science and technology (jestec).  1388 - 1402. 

     

    nur aliyah alwani mohd nazam, jumril yunas, abdul hafiz mat sulaiman, muhamad ramdzan buyong, azrul azlan hamzah.  (2020).  rapid prototyping of micropillars using digital light process 3d printing technique.  - sains malaysiana.  3065-3072. 

     

    abdul hafiz mat sulaiman, ida laila ahmad, ruzairi abdul rahim, jaysuman pusppanathan, dirman hanafi, elmy johana moahamad, mohd fadzli abdul shaib, leow pei ling, yasmin abdul wahab, suzanna ridzuan aw.  (2019).  an overview of electrical characterization techniques for biological cell.  - international journal of integrated engineering.  166-175. 

     

    farrah masyitah mohd shuib, shafii a. wahab, abdul hafiz mat sulaiman, muammar nur iman ibrahim, marinah othman, sawal hamid md ali & azrul azlan hamzah.  (2018).  performance comparison on current consumption between arduino nano and arm coretex m3 for portable dialysis system.  - 2018 ieee international conference on semiconductors electronics (icse). 

     

    abdul hafiz mat sulaiman, ida laila ahmad, ruzairi abdul rahim, jaysuman pusppanathan, dirman hanafi, elmy johana moahamad, mohd fadzli abdul shaib, leow pei ling, yasmin abdul wahab, suzanna ridzuan aw.  (2019).  an overview of electrical characterization techniques for biological cell.  - international journal of integrated engineering.  166-175. 

     

    mohd zulhakimi ab razak,abdul hafiz mat sulaiman, and nor syahira mohd tombel.  (2024).  design challenges in the development of portable peritoneal dialysis prototype module in malaysia.  - bio4 expanding the horizon.  58 - 59. 

     

    abang annuar ehsan;rusli bin daik;mohammad rasidi bin mohammad rasani;abdul hafiz bin mat sulaiman.  (2022).  rapid polymerization of drop-on-demand microdroplets using fiber optics beam.  -

     

    haliza binti katas;norsyahida binti mohd fauzi;mohd fauzi bin mh busra;muhamad ramdzan bin buyong;abdul hafiz bin mat sulaiman.  (2022).  3d bioprinted of multi-action film dressings containing lignosus rhinocerotis extracts for wound healing applications.  -