pensyarah universiti
pusat kajian diagnostik, teraputik & penyiasatan (codtis)
No. rasmi:
UKM : 03 8921 5555
Biografi/ Biography :
Dr. Muhammad Safwan Bin Ahmad Fadzil merupakan ahli terapi radiasi. Beliau adalah ahli Persatuan Perlindungan Radiasi Malaysia (MARPA) dan ahli gabungan Persatuan Eropah untuk Radioterapi dan Onkologi (ESTRO). Kepakaran beliau terletak dalam bidang penghasilan dosimeter berpotensi dalam dosimetri radioterapi sinar foton megavoltan. Kini, beliau sedang berusaha untuk menubuhkan tenaga kerja audit dosimetri radioterapi Malaysia untuk meningkatkan status dosimetri dan mencapai tahap ketepatan yang tinggi dalam amalan klinikal radioterapi dengan kerjasama Agensi Nuklear Malaysia, Kementerian Kesihatan Malaysia dan Universiti Putra Malaysia.
Dr. Muhammad Safwan Bin Ahmad Fadzil is a radiation therapist by training. He is a member of the Malaysian Radiation Protection Association (MARPA) and an affiliate member of the European Society for Radiotherapy and Oncology (ESTRO). His expertise lies in the areas of development of potential dosimeters in radiotherapy dosimetry of megavoltage photon beams. Currently, he works on establishing a Malaysian radiotherapy dosimetry audit workforce to improve the dosimetry status and achieving a high accuracy level in radiotherapy clinical practice with the collaboration of Malaysia Nuclear Agency, Ministry of Health and Universiti Putra Malaysia.
muhammad safwan ahmad fadzil, noramaliza mohd noor, ung ngie min, norhayati abdullah, mohd taufik dolah, mahzom pawanchek, david andrew bradley. (2022). dosimetry audit for megavoltage photon beams applied in non-reference conditions. - physica medica: european journal of medical physics. 99-104.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek & ung ngie min. (2022). time-temperature profiles effect on thermoluminescence glow curve formation of germanium doped optical fibres. - sains malaysiana. 1557-1566.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek, ung ngie min, norhayati abdullah, mohd taufik dolah, david andrew bradley. (2022). a cross-validation study of ge-doped silica optical fibres and tld-100 systems for high energy photon dosimetry audit under non-reference conditions. - radiation physics and chemistry. 1-7.
nor aniza azmi, nur afiqah mohd sukri, muhamad ikhwan mustafa kamal, rozilawati ahmad, noorazrul azmie yahya, muhammad safwan ahmad fadzil, nani adilah suhaimi, noraini ahmad wahid, saiful izzuan hussain, nor liyana mohd shuib. (2022). the radiotherapy communication skills training using chatbot-based prototype (scimort). - the 22nd international society of radiographers and radiological technologists (isrrt) world congress 2022. 1-6.
nor aniza azmi, nur afiqah mohd sukri, muhamad ikhwan mustafa kamal, rozilawati ahmad, noorazrul azmie yahya, muhammad safwan ahmad fadzil, nani adilah suhaimi, noraini ahmad wahid, saiful izzuan hussain, nor liyana mohd shuib. (2022). development of a chatbot-based prototype model for radiotherapy communication skills training (scimort). - journal of clinical and health sciences. S86.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek, ung ngie min, norhayati abdullah, mohd taufik dolah, david andrew bradley. (2022). a cross-validation study of ge-doped silica optical fibres and tld-100 systems for high energy photon dosimetry audit under non-reference conditions. - radiation physics and chemistry. 1-7.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek & ung ngie min. (2022). time-temperature profiles effect on thermoluminescence glow curve formation of germanium doped optical fibres. - sains malaysiana. 1557-1566.
muhammad safwan ahmad fadzil, noramaliza mohd noor, ung ngie min, norhayati abdullah, mohd taufik dolah, mahzom pawanchek, david andrew bradley. (2022). dosimetry audit for megavoltage photon beams applied in non-reference conditions. - physica medica: european journal of medical physics. 99-104.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek & ung ngie min. (2022). time-temperature profiles effect on thermoluminescence glow curve formation of germanium doped optical fibres. - sains malaysiana. 1557-1566.
muhammad safwan ahmad fadzil, noramaliza mohd noor, ung ngie min, norhayati abdullah, mohd taufik dolah, mahzom pawanchek, david andrew bradley. (2022). dosimetry audit for megavoltage photon beams applied in non-reference conditions. - physica medica: european journal of medical physics. 99-104.
muhammad safwan ahmad fadzil, ung ngie min, mohd taufik dolah, norhayati abdullah, nizam tamchek, nooramaliza mohd noor. (2022). quantitative uncertainty analysis in the calibration coefficients of gedcof and tld-100 for absorbed dose measurement to water in megavoltage photon beams. - journal of medical imaging and radiation sciences. S20.
muhammad safwan ahmad fadzil, noramaliza mohd noor, nizam tamchek, ung ngie min, norhayati abdullah, mohd taufik dolah, david andrew bradley. (2022). a cross-validation study of ge-doped silica optical fibres and tld-100 systems for high energy photon dosimetry audit under non-reference conditions. - radiation physics and chemistry. 1-7.
nor aniza azmi, nur afiqah mohd sukri, muhamad ikhwan mustafa kamal, rozilawati ahmad, noorazrul azmie yahya, muhammad safwan ahmad fadzil, nani adilah suhaimi, noraini ahmad wahid, saiful izzuan hussain, nor liyana mohd shuib. (2022). the radiotherapy communication skills training using chatbot-based prototype (scimort). - the 22nd international society of radiographers and radiological technologists (isrrt) world congress 2022. 1-6.
| Geran / Grant | Kolaborator / Collaborator | Status |
|---|---|---|
| TLD-100 DOSIMETRY SYSTEM FOR POSTAL AUDITS OF MEGAVOLTAGE PHOTON BEAMS WITH IRREGULAR MULTILEAF COLLIMATOR FIELDS IN MALAYSIAN RADIOTHERAPY FACILITIES | agensi nuklear malaysia (anm) | 88.9% (2021-09-01 sehingga 2023-08-31) |
| TLD-100 DOSIMETRY SYSTEM FOR POSTAL AUDITS OF MEGAVOLTAGE PHOTON BEAMS WITH IRREGULAR MULTILEAF COLLIMATOR FIELDS IN MALAYSIAN RADIOTHERAPY FACILITIES | universiti putra malaysia | 88.9% (2021-09-01 sehingga 2023-08-31) |