Ir. Ts. Dr. Wooi Chin Leong

Tuba Island, nestled near Langkawi Island in Malaysia, harbors a thriving fishing
community. Accessible by a 45-minute boat journey from Kuala Perlis Jetty or a
brief 15-minute ride from Tuba Island itself, the eastern coast teems with the
vibrant activity of a bustling fishing village. The community hall, originally
erected by the Department of Fisheries Malaysia. Serving as a focal point for
daily interactions and occasional gatherings, its significance became apparent
in 2023 when management transitioned to KOPTUBAS (Koperasi Komuniti
Kepulauan Tuba & Selat) or in English Cooperation of Tuba & Strait Islands
Community of Tuba Island, driven by the pressing need for electrical
infrastructure. With no existing power supply, KOPTUBAS collected fund to
realize the installation of a solar system, ensuring essential electrical amenities
such as fans and lighting. Recognizing the paramount importance of this
endeavor, lecturers from Universiti Malaysia Perlis identified the project as a
fitting candidate for IEEE HTB/SIGHT application. Through collaborative efforts
and meticulous planning with KOPTUBAS representatives, the project details
were refined, paving the way for sustainable energy solutions to empower the community. Presently, a 4kW solar panel system has been successfully installed, primarily sponsored by IEEE SIGHT and co-sponsored by KOPTUBAS
and IEEE DEIS Malaysia Chapter. This milestone marks a significant step
forward, as the villagers now have access to electricity sourced entirely from
solar energy. With this renewable energy solution in place, the community hall
becomes a beacon of sustainable progress, allowing residents to fully enjoy its
amenities while embracing environmentally friendly practices.

Biography:

Ir. Ts. Dr. Wooi Chin Leong was born on March 06, 1987 in George
Town, Penang. He received the B.Eng. degree in electrical and
electronic engineering from the Universiti Malaysia Sabah, Malaysia, in
2011, the M. Engineering and Ph.D. degree in electrical engineering
from the Universiti Teknologi Malaysia, Johor, Malaysia, in 2013, and in
2017, respectively. His research interest includes the Electromagnetic
Study on Lightning Characteristic, Lightning Detection and Earthing
System, High Voltage and Power System analysis.
He currently a Senior Lecturer with Universiti Malaysia Perlis (UniMAP)
in Faculty of Electrical Engineering & Technology. He has been with
Faculty of Electrical Engineering & Technology Universiti Malaysia Perlis
(UniMAP) since 2017. He is an active volunteer with IEEE Malaysia
Section, acting as the Senior Member of IEEE, and secretary in the
IEEE Dielectrics and Electrical Insulation Society Malaysia Chapter. He
is the Professional Engineer registered from Board of Engineers
Malaysia (BEM). He is also the registered as Professional Technologist
from Malaysia Board of Technologists (MBOT). He is also invited for
guest lecture in local and international universities.

Address:Malaysia

Assoc. Prof. Ir. Ts. Dr. Ahmad Zaidi Abdullah

Tuba Island, nestled near Langkawi Island in Malaysia, harbors a
thriving fishing community. Accessible by a 45-minute boat journey from
Kuala Perlis Jetty or a brief 15-minute ride from Tuba Island itself, the
eastern coast teems with the vibrant activity of a bustling fishing village.
The community hall, originally erected by the Department of Fisheries
Malaysia. Serving as a focal point for daily interactions and occasional
gatherings, its significance became apparent in 2023 when management
transitioned to KOPTUBAS (Koperasi Komuniti Kepulauan Tuba & Selat)
or in English Cooperation of Tuba & Strait Islands Community of Tuba
Island, driven by the pressing need for electrical infrastructure. With no
existing power supply, KOPTUBAS collected fund to realize the
installation of a solar system, ensuring essential electrical amenities
such as fans and lighting. Recognizing the paramount importance of this
endeavor, lecturers from Universiti Malaysia Perlis identified the project
as a fitting candidate for IEEE HTB/SIGHT application. Through
collaborative efforts and meticulous planning with KOPTUBAS
representatives, the project details were refined, paving the way for
sustainable energy solutions to empower the community. Presently, a

Biography:

Ahmad Zaidi Abdullah is a Associate Professoer and Professional
Engineer in Electrical Power Engineering, currently involved in multiple
projects ranging from sustainable electrification to switchgear feasibility
studies. As a faculty member and project leader, Ahmad Zaidi actively
contributes to initiatives such as TVET Unity focusing on rural
electrification and advancement of technical education. With extensive
experience in solar PV systems, high voltage cable insulation and power
system, Ahmad Zaidi has invited as speaker and also supervised
postgraduate students in cutting edge research, including solar
technology and high voltage.

Address:Malaysia

Norazida Ali

The transition to renewable energy is not just a technological shift but a societal
one that requires education, awareness, and community engagement. This talk
will present the journey from the Renewable Energy for Sustainable
Development of Education Model 1.0 (RES 1.0) to the Green EcoCharge (GEC)
Kiosk Project, highlighting the seamless integration of educational initiatives
with practical community applications. Funded by the IEEE Region 10 Education
Activities (EAC) 2023, RES 1.0 was developed as an educational tool to introduce
pre-university students to renewable energy concepts through interactive and
hands-on learning experiences involving solar, wind, and hydropower elements. 

Building on the success of RES 1.0, the project has expanded its impact beyond

the classroom to empower communities through the IEEE HTB Tech4Good-
funded Green EcoCharge (GEC) Kiosk Project. This initiative provides a solar-
powered charging station to the indigenous community of Kampung Orang Asli

Tewowoh, Mersing, promoting renewable energy use, enhancing digital
accessibility, and fostering socio-economic growth. This journey illustrates how

early education in renewable energy concepts can inspire practical, community-
based solutions that not only meet immediate needs but also serve as models

for sustainable development. By aligning educational models with community-
driven projects, this talk aims to showcase how renewable energy education can

empower students and communities alike, fostering a deeper understanding of

sustainability while bridging the gap between theoretical learning and real-
world application. The insights from these projects emphasize the importance

of integrating renewable energy education into broader community
engagement efforts, ultimately driving a more connected, resilient, and
sustainable future for all.

Biography:

Norazida Ali is a Senior Lecturer at the Department of Electrical Engineering,
Politeknik Mersing, with over 20 years of experience in education and a strong
commitment to advancing engineering and technology through community
service and volunteering. A dedicated IEEE member since 2011 and Senior
Member since 2021, Norazida has significantly contributed to the IEEE
community, particularly in promoting STEM education and sustainable energy
solutions.
She has served on the Executive Committees of IEEE Young Professionals
(Malaysia) and IEEE Consultants Network Affinity Group (Malaysia), actively
participating in initiatives that bridge academia, industry, and community. As a
Project Leader for various IEEE Region 10 Educational Activities, Norazida has
spearheaded workshops and hands-on sessions focused on Arduino, solar
energy, and IoT applications, empowering educators and communities with
practical skills in renewable energy and technology. Her involvement in
humanitarian activities and climate change sub-committees, along with her
leadership of the IEEE Humanitarian Technical Board (HTB) Tech4Good Project,
Green EcoCharge (GEC) Kiosk for Kampung Orang Asli Tewowoh, reflects her
dedication to leveraging engineering expertise for societal benefit. Norazida is a
key advocate for sustainable development and education, consistently striving
to make a positive impact through her work.

Dr. Madihah Md Rasid

Kampung Sungai Layau is one of the indigenous villages that is located
far away from the nearest city, Kota Tinggi, Johor. Roughly 800 people
are living in this village, and the majority of them are employed as
fishermen. The fishermen rely on the sea for their living, and a jetty is
necessary to provide a port for their boats so they can unload the fish
they catch every day. Unfortunately, there are no lights at the jetty,
which makes it difficult to approach. In addition to carrying fishing gear
and tools, the fishermen must hold a torchlight in their hands. At night,
boat engines and fishing gear were always stolen from the jetty area
because there was no light. Additionally, because there was no lighting
in the early morning hours of some of the cases, some fishermen
suffered injuries while operating the boat. Therefore, this project
proposes an off-grid PV solar-powered system to be developed to help
illuminate the area around the jetty in assist the community in solving
this problem. This system, featuring a 1.3kWp solar PV module, will
power LED outdoor spotlights and incorporate smart automatic lights
and an energy limiter for longevity and efficiency. By eliminating the
need for monthly electricity bills, this initiative aims to alleviate financial burdens on the community while providing sustainable solutions to their lighting needs.

Biography:

Madihah Md Rasid is a Senior Lecturer at the Centre of Electrical
Engineering Systems (CEES), Faculty of Electrical Engineering,
Universiti Teknologi Malaysia (UTM). She received her Bachelor of
Electrical Engineering in 2009 with first-class honors and Master of
Engineering (Electrical-Power) in 2012 from UTM and PhD at Kyushu
University, Japan. Her research interest includes optimization,
renewable energy, distributed generation and energy management
system. She is an experienced person in off-grid solar PV community
projects and is involved in a number of CSR projects related to PV
systems.