Staff Profile
| Full Name | Dr. MANSOOR AHMAD |
|---|---|
| Faculty | FAKULTI KEJURUTERAAN ELEKTRIK DAN ELEKTRONIK |
| Department | PEJABAT AM |
| Designation | DS45 - PASCA DOKTORAL |
Field of Expertise
| Field Category (KPT) | |
|---|---|
| Field (KPT) | |
| Field of Specialization (KPT) |
Academic Qualification
| Year | Qualification | Institution |
|---|---|---|
| 2015 | DOKTOR FALSAFAH FIZIK | UNIVERSITY OF PUNJAB |
| 2007 | SARJANA FIZIK | UNIVERSITY OF PUNJAB |
Professional Appointments
| DS45 - Pasca Doktoral |
Research Grants And Contracts
| Code | Title | Designation | End Date |
|---|---|---|---|
| H838 | A fundamental approach to produce high output piezoelectric voltage generation using ZnO based vertically integrated nano-generator (VING) | Ahli | 14/11/2022 |
Publications
| Journal |
|---|
| Mansoor Ahmad, M.K. Ahmad , N. Nafarizal , C.F. Soon a, N.M.A.N. Ismail, A.B. Suriani, A. Mohamed, M.H. Mamat (2022) Effects Of As, P And Sb On The Output Voltage Generation Of Zno Nanowires Based Nanogenerator: Mitigation Of Screening Effect By Using Surface Modified Zno Nanowires, VACUUM, ELSEVIER , 8, 111130, ISSN:18792715 |
| Mansoor Ahmad, M.K. Ahmad, N. Nafarizal, C.F. Soon, A.B. Suriani, A. Mohamed and M. H. Mamat (2021) Temperature Dependant High Output Voltage Generation Via Mechanical Transducer By Using Surface Modi Ed (O2, Co2, No2) Zno Nanowires, MICROELECTRONIC ENGINEERING, ELSEVIER , 8, 111614, ISSN:01679317 |
| MANSOOR AHMAD*, M.K. AHMAD, N. NAFARIZAL, C.F. SOON, A.B. SURIANI, A. MOHAMED, M.H. MAMAT, MUHAMMAD AZHAR IQBAL and MUSARRAT JABEEN (2020) Adsorption Effect Of No2 On Zno (100 Nm) Nanowires, Leading Towards Reduced Reverse Leakage Current And Voltage Enhancement, BULLETIN OF MATERIALS SCIENCE, SPRINGER , 10, 1, ISSN:09737669 |
| Mansoor Ahmad, M.K. Ahmad, N. Nafarizal, C.F. Soon, A.B. Suriani, A. Mohamed and M. H. Mamat (2020) Chemisorbed Co2 Molecules On Zno Nanowires (100 Nm) Surface Leading Towards Enhanced Piezoelectric Voltage, VACUUM, ELSEVIER , 12, 1, ISSN:0042207X |
Extension & Public Services
| Year | Description | Level |
|---|---|---|
| 2021 | An efficient approach towards self-powered devices using ZnO nanowires based Nanogenerators. (Talent Dicovery Program Series -11) | University |
Courses & Training
| Year | Description Organiser / Venue | Date |
|---|---|---|
| 2020 | TAKLIMAT DAN BENGKEL PENULISAN PROPOSAL FRGS UTHM / UTHM PAGOH | 28/01/2020 |