Wan Maryam Wan Ahmad Kamil

Random Lasing in ZnO

Phonon amplification by stimulated emission of (acoustic) radiation

 PUSAT   PENGAJIAN SAINS FIZIK
 UNIVERSITI SAINS MALAYSIA, 11800 PULAU PINANG

Graduate   Teaching

(Course Title),(Semester),(Year),(Number of   Lecturers),(Number of Students)

1. SEMICONDUCTOR PHYSICS,ZCC543
2. SEMICONDUCTOR DEVICES,ZSC546

Undergraduate   Teaching

(Course Title),(Semester),(Year),(Number of Lecturers),(Number   of Students)

1. PHYSICS OF SEMICONDUCTOR   DEVICES,ZAT386
2. SEMICONDUCTOR FABRICATION   PROCESS,ZAT387
3. PHYSICS I (MECHANICS),ZCA101
4. Second year labs, 2, 2016,   10, 60
5. Second year labs, 1, 2016,   11, 105

Graduate Supervision

(Student Name),(Category),(Thesis Title),(Year   Graduated)

1. IDRIS MUHAMMAD SANI,PhD,   GROWTH OF CdS LAYERS TO DEVELOP ALL - ELECTRODEPOSITED CdS/CdTe THIN FILM   SOLAR CELL,
2. NOR FAZRINA BINTI   ALIAS,Master(Research), Photon Localisation Effects in Disordered ZnO   Nanostructures by chemical bath deposition,
3. MUHAMMAD NURI BIN   NORDIN,Master(Research), Photon Localisation Effects in ZnO nanostructures   Grown Using Chemical Bath Deposition,
4. NUR 'IZAZI BINTI MAAD   TAZRI,Master(Research), the effect of annealing on random lasing in ZnO   nanorods grown by chemical bath deposition,

Undergraduate Supervision

(Student Name),(Year Graduated),(Thesis/Project   Title)

1. Siti Nur Ain Binti Rezuan,   2014, CAI: Discovery And Development In Multiferroic Materials
2. Nurul Asha Binti Mohd Nazal,   2014, CAI: Discovery And Development In Multiferroic Materials
3. Muhammad Nuri bin Nordin,   2014, Photon Localization Effects in Different ZnO Structure Morphologies
4. Ahmed Abdulnabi Hasan Haider,   2014, Photon Localization Effects in Different ZnO Structure Morphologies
5. NUR IZZATY BINTI MOHD NOOR,   2014, Study of tungsten oxidation in O2 downstream plasma
6. NURUL AKMAL AMALINA BINTI   OTHMAN, 2014, Study of tungsten oxidation in O2 downstream plasma
7. MUHAMMAD NURI BIN NORDIN,   2015, GROWTH AND CHARACTERISATION OF ZNO PHOTONIC NANOSTRUCTURES
8. AHMAD ABDULNABI HAIDER, 2015,   GROWTH AND CHARACTERISATION OF ZNO PHOTONIC NANOSTRUCTURES
9. Nur Izzaty Binti Mohd Noor,   2015, Study of Tungsten Oxidation in Oxygen Downstream Plasma
10. Nurul Akmal Amalina Binti   Othman, 2015, Study of Tungsten Oxidation in Oxygen Downstream Plasma
11. Syukrina Husna Binti Mat   Sa'ad, 2015, Studying Photonic band gap in ZnO thin films Grown by Chemical   Bath Deposition
12. Nurul Izzati, 2015, Studying   Photonic band gap in ZnO thin films Grown by Chemical Bath Deposition
13. Sim Lay Khuan, 2015, Effect   of annealing temperature on photonic bandgap in ZnO grown by Chemical Bath   Deposition
14. Lim Wei Qing, 2015, Effect of   annealing temperature on photonic bandgap in ZnO grown by Chemical Bath   Deposition
15. Nur Hidayah Binti Osman,   2015, Study of ZnO multilayer structure created using RF sputtering
16. Mohd Fazilatollah Bin Mohd   Pauzhi, 2015, Study of ZnO multilayer structure created using RF sputtering
17. Wan Mohd Hafiz bin Wan   Mazlan, 2016, Effect of Annealing Time on Photonic Bandgap in ZnO Nanorods   Grown by Chemical Bath Deposition
18. Natasha Liyana Binti   Hishammudin, 2016, Effect of Annealing Time on Photonic Bandgap in ZnO   Nanorods Grown by Chemical Bath Deposition
19. Najwa Mayamin Binti Mohd Puzai,   2016, Effect of Growth Time on Photonic Bandgap of ZnO Nanorods Grown by   Chemical Bath Deposition
20. Nasiha Sakinah Binti Ab.   Shukor, 2016, Effect of Growth Temperature on Photonic Bandgap of ZnO   Nanorods Grown by Chemical Bath Deposition

PAPERWORK PRESENTATION

(Title),(Venue),(Duration),(Level)

1. Effect of Annealing on the   Photonic Band Gap of ZnO Nanorods Grown By Chemical Bath Deposition, Pulai   Springs Resort, Johor, 5/9/2016- 6/9/2016, International
2. Random Lasing in Post   Annealed ZnO Nanostructures Created by Chemical Bath Deposition, Singapore,   18/1/2016- 19/1/2016, International
3. Effects of Post Annealing   Temperature on Photonic Bandgap of ZnO Nanorods Grown by Chemical Bath   Deposition, Hotel Bangi-Putrajaya, Selangor, Malaysia, 28/11/2016-   30/11/2016, International

Invited Speaker

(Title),(Event),(Organiser),(Organiser),(Year),(Level)  

1. Effect of Annealing on the   Photonic Band Gap of ZnO Nanorods Grown By Chemical Bath Deposition, 2nd   International Laser Technology and Optics Symposium (iLATOS 2016), Laser   Center, Ibnu Sina Institute for Scientific and Industrial Research (ISI-SIR),   UTM, 2016, International

Reviewing Articles in Academic Journals / Assessor of Working   Papers / Reviewing Books

(Title of Journal),(Name of   Journal),(Editor),(Year)

1. CHARACTERIZATION OF   BIO-POLYMER COMPOSITE THIN FILM BASED ON BANANA PEEL AND EGG SHELL USING   X-RAY DIFFRACTION TECHNIQUE, Laser Technology and Optics Symposium 2016   (Conference proceedings for submission to Jurnal Teknologi or Buletin Optik   UTM), Prof Noriah Bidin, 2016

Assessor/Examiner

Internal Examiner

(Title),(Student),(University),(Duration)

1.            Study on the efficiency of UV LEDs with different peak   emission wavelengths in discoloration of EBT3 film, Nur Ashikin Bt Mat Yusof,   UNIVERSITI SAINS MALAYSIA, 12/8/2015- 12/8/2015

External Examiner

(Title),(Student),(University),(Duration)

1.            STUDY ON LOCALIZATION OF LIGHT IN POROUS SILICON   NANOSTRUCTURES, NURELINDA RAMLI, UNIVERSITI SAINS MALAYSIA, 2/6/2015-   2/6/2015

2.            STUDYING THE LOCALISATION OF LIGHT IN POROUS SILICON   NANOSTRUCTURES, NURSAHIRAH MUSA, UNIVERSITI SAINS MALAYSIA, 2/6/2015-   2/6/2015

3.            Study on Multiple Scattering Process in ZnO   Nanostructures, Abdul Hakin Jamaluddin, UNIVERSITI SAINS MALAYSIA, 22/6/2015-   22/6/2015

4.            Study on Multiple Scattering Process in ZnO   Nanostructures, Mohd Khairulikhwan Mazlan, UNIVERSITI SAINS MALAYSIA,   22/6/2015- 22/6/2015

5.            Fabrication of tin oxide thin films by spin coating   technique, Fatin Farhanah Zainal, UNIVERSITI SAINS MALAYSIA, 26/6/2015-   26/6/2015

6.            Fabrication of tin oxide thin films by spin coating   technique, Amirah Husna Azman, UNIVERSITI SAINS MALAYSIA, 26/6/2015-   26/6/2015

7.            Properties of Glod Encapsulated Supermagnetic Iron Oxide   Nanoparticles For Imaging Application, Muhammad Firdaus Bin Zulkifli,   UNIVERSITI SAINS MALAYSIA, 25/6/2015- 25/6/2015

8.            Properties of Glod Encapsulated Supermagnetic Iron Oxide   Nanoparticles For Imaging Application, Abdul Fattah bin Abdullah, UNIVERSITI   SAINS MALAYSIA, 25/6/2015- 25/6/2015

9.            Study on fabrication of aluminium porous structure for   overgrown galium nitride, Amalina Bt Amran, UNIVERSITI SAINS MALAYSIA,   29/6/2015- 29/6/2015

10.          Study on fabrication of aluminium porous structure for   overgrown galium nitride, Nur Munirah Bt Mohd Salim, UNIVERSITI SAINS   MALAYSIA, 29/6/2015- 29/6/2015

11.          Synthesis and characterization of WO3 by sol gel method.,   Ha Farm Yien, UNIVERSITI SAINS MALAYSIA, 8/7/2015- 8/7/2015

12.          Synthesis and characteristics of zinc oxide rods grown on   glass via hydrothermal method, Nor Naimah Shaari, UNIVERSITI SAINS MALAYSIA,   28/7/2015- 28/7/2015

13.          Sol-gel spin coating growth of p-type GaN, Nur Aienna   binti Mazir, universiti sains malaysia, -

14.          Sol-gel spin coating growth of p-type GaN, Nurul Nabilah   binti Mohd. Hafiz, universiti sains malaysia, -

15.          Study on the properties of random laser, Muhamad Amir   Waliuddin bin Abdul Hadi, universiti sains malaysia, -

16.          Study on the properties of random laser, Intan Nabila   binti Othman, universiti sains malaysia, -

17.          Investigation on Anderson Localization of light in random   media, Muhamad Akeam Zaki bin Roslan, universiti sains malaysia, -

18.          Investigation on Anderson Localization of light in random   media, Nadrah Fatin binti Ibrahim, universiti sains malaysia, -

19.          The Effect of Annealing Temperature on TiO2 nanotube-based   Dye-sintesized Solar Cell Performance, Nik Nur Aimi Syahirah Nik Adnan,   universiti sains malaysia, 28/7/2016- 28/7/2016