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Selamat Menyambut Awal Muharam 1446H. Semoga segala keberkatan dan kebahagiaan mengiringi setiap langkah dalam menjalani tahun baharu ini. Bersama-sama kita meningkatkan keimanan dan ketakwaan kepada Allah SWT dan beriltizam untuk melakukan perubahan ke arah yang lebih baik.
Involvement from 9 FTKEE staff members, 3 teachers from SM Teknik Kuantan, and students from PKE (Form 4 and Form 5 - over 120 attendees). The event started with a briefing followed by an introduction session, program explanation, drone exhibition, and robotics demonstration. The event commenced at 2:00 PM and concluded around 4:30 PM. A big thank you to Cikgu Surimaruzi from SM Teknik Kuantan and the SM Teknik team for their solid support.
These modules are used to conduct activities with target groups who have the potential to choose to continue their studies at FTKEE. The identified target group comprises secondary school students who will decide the field of study they will pursue at a higher level. See you again in the second series.
The Dean, management, staff, and students at the Faculty of Electrical & Electronics Engineering Technology would like to congratulate the FTKEE staff on successfully receiving the Fundamental Research Grant Schemes (FRGS) 2024.
1. Professor Ir. Ts. Dr. Kamarul Hawari Bin Ghazali
2. Mr. Mohd Helmi bin Suid
3. Mrs. Nurulfadzilah binti Hasan
4. Mrs. Farizan binti Zakaria
Let’s come and join the Webinar on the Design and Sizing of PV Hybrid System.
🗓️ 28 June 2024 (Friday)
🕙 10:00 am – 12:00 pm
🖇️ https://rb.gy/h4fh3w
Starting from July 1, 2024, all student email accounts will use Google Mail (Gmail) and switch to the new domain @adab.umpsa.edu.my. The existing student email domain @student.umpsa.edu.my can still be used for accessing Microsoft 365.
For more information,
1. Download Slides: LINK
2. Youtube: LINK
3. Technical support: UMPSA DITEC Support.
Congratulations to all Industrial Advisory Panel (IAP) members appointed from July 1, 2024, to June 30, 2026. We hope that this appointment will assist the Faculty of Electrical and Electronics Engineering Technology (FTKEE) UMPSA in all aspects and help us become the best among the best. We look forward to working together!
IAP Members
1) IR. TS MOHD HASANUDIN BIN HAMADION-PENGURUSAN AIR SELANGOR SDN. BHD.
2) IR. TS. ZARINA BINTI JOHAN - SAPURAOMV UPSTREAM
3) IR. TS. MOHAMAD SABHI BIN HISSAM -PETRONAS CHEMICALS LDPE AMMONIA SBD. BHD.
4. MR. MOHD RIDZUAN BIN SAMAT -CELESTICA GLOBAL AUTOMATION
5) TS. FOUZUN NASEER BIN M N MOHD YUSOFF - R&D AND TECHNOLOGY
6) DR. SHAHRUL YAZID BIN YAHAYA - INTEL TECHNOLOGY SDN BHD
7) IR. DR. HAZIAN MAMAT - MIMOS BERHAD
8) IR. TS. HOI WEI CHUN- PETRONAS CHEMICAL MTBE SDN BHD
9) IR. DR. MOHAMED FUAD FAISAL -TENAGA NASIONAL BHD
10) MR. STANLEY YAP KOK FOO- ECO BREEZE TECHNOLOGIES SDN BHD
11) IR. TS. NOOR AZMAN BIN ALIAS - WORLDWIDE HOLDINGS BERHAD
12) DIPL. ING. WEN KIAT TEH - OSRAM (MALAYSIA) SDN. BHD
13) IR. AZAH SYAFIAH BINTI MOHD MARZUKI - TM R&D SDN BHD
14) IR. TS. NOR AZAM AZIZ BIN BOGAL - RANHILL BERSEKUTU SDN BHD/ RANHILL CONSULTING SDN BHD
15) IR. DR. MOHD AIZAM BIN TALIB - TNB LABS SDN. BHD.
16) IR. NORMALINA BINTI RASDI - PRPC UTILITIES AND FACILITIES SDN. BHD
17)IR. MOHD AMIN BIN BAHAROM - PERUNDING HAZ SDN BHD
18) IR. TS. EAN UMIKALTHUM BIN WAN MOHD - GROUP TECHNICAL SOLUTIONS, PETRONAS
Researchers from the Faculty of Electrical and Electronics Engineering Technology (FTKEE), Universiti Malaysia Pahang Al-Sultan Abdullah (UMPSA), Associate Professor Dr. Mohd Mawardi Saari, 37, have developed a photocatalytic reactor using LEDs as a white light (photon) source. A wireless power transfer system powers these LEDs and moves freely within the reactor to activate the photoreforming process by the photocatalyst.
“In my research titled ‘Fluidized Wireless LED Reactor (Wastewater Treatment and Hydrogen Production), this product works by converting DC electrical energy to AC at high frequency using an inverter specifically developed for this project.
“This AC electrical energy is then transmitted to the transmitter coil outside the reactor to uniformly convert the electrical energy into magnetic energy within the reactor.
“Then, through the induction concept, this magnetic energy is received by the receiver coil and converted back to electrical energy to power the LED,” said Dr. Mawardi, who holds a Doctorate (Engineering) from Okayama University, Japan.
Associate Professor Dr. Mohd Mawardi stated that the LED will then convert electrical energy into light (photon) to activate the photocatalyst for the photoreforming process.
We invite you all to join training sessions by FTKEE lecturers as detailed below.
Engaging Gen Z and Gen Alpha in Active Learning Using ClassPoint
Register and join Malaysia's largest learning community today! National Training Week Registration
For any inquiries, don't hesitate to get in touch with Mr Hafizuddin Abd Aziz (Administrative Assistant, UMPSA Advanced Lifelong Learning) at +6013-964 8013 or email: Alamat emel ini dilindungi dari Spambot. Anda perlu hidupkan JavaScript untuk melihatnya.
