Through simple explanations, demonstrations and hands-on activities, the children were introduced to how sensors and automated systems can be used in agriculture to monitor plants, improve efficiency and support more sustainable farming practices. The session also allowed them to experience how technology can be applied beyond the classroom in everyday life.

The programme included interactive smart farming activities designed to spark curiosity and encourage participation. The children explored basic technological ideas in a fun and practical setting, while also developing teamwork and creativity throughout the activities. The initiative reflects FAIE’s ongoing commitment to making technology more accessible to the community while providing early exposure to STEM fields in an engaging and meaningful way.

At Kolej Tingkatan Enam Bandar Utama, 51 students participated in a hands-on session led by Ir. Dr. Siva Priya and Dr. Teh Chin Hui. The programme introduced participants to the fundamentals of solar energy systems, covering key PV components such as solar panels, charge controllers, batteries, and electrical loads. Students were also guided through theoretical inputs on solar cell voltage and power output before taking part in practical activities, including voltage calculations, performance measurements, and experiments on partial shading effects.

Next day, the team engaged with Sekolah Menengah Kebangsaan (SMK) Saujana Putra, 96 students participated in a Photovoltaic Technology and Net-Zero Carbon Initiatives programme led by Ir. Dr. Siva Priya and Ir. Assoc. Prof. Dr. Gobbi Ramasamy. The session was designed to introduce students to the principles of solar energy and its role in advancing sustainable development. Emphasis was placed on understanding how photovoltaic (PV) systems convert sunlight into usable electrical energy, alongside the importance of renewable energy in achieving net-zero carbon goals. The programme further reinforced understanding of photovoltaic systems and their role in the clean energy transition, combining conceptual learning with practical exposure to solar energy applications.

Across both programmes, MMU student facilitators from EWB were actively involved in guiding students through practical activities, while gaining valuable exposure in instruction, leadership, and community engagement. The initiatives also helped generate interest in engineering and renewable energy among students.

Led by Dr. Teh Chin Hui and Ir. Dr. Siva Priya Thiagarajah, the initiative aimed to introduce students to solar energy systems and inspire interest in engineering and sustainable technology.

The programme began with a Photovoltaic (PV) Technology Fundamentals workshop conducted by Dr. Teh Chin Hui. Students were introduced to the basic components of a solar energy system, including solar panels, charge controllers, batteries, and simple electrical loads such as USB-powered fans and lights. The session was delivered through an interactive presentation to strengthen conceptual understanding.

In the second phase, students participated in a hands-on activity where they assembled a functional solar system using the components provided. The setup was then taken outdoors, allowing students to observe how sunlight is used to charge the system while presenting their work to the FAIE team.

As part of the initiative, the team also supported the installation of solar-powered lights around the school compound, contributing to the practical application of sustainable energy solutions.

The programme is expected to spark greater interest among students in engineering and STEM fields, while encouraging exploration of renewable energy and sustainable innovation as future career pathways.

The award was presented by YAB Dato’ Seri Haji Fadillah bin Haji Yusof, Deputy Prime Minister of Malaysia, during a ceremony held at the Majestic Hotel, Kuala Lumpur. The event was also graced by YB Tuan Chang Lih Kang, Minister of Science, Technology and Innovation, along with other distinguished guests.

Professor Mardeni, a Fellow of the Academy of Sciences Malaysia and one of the nation’s Top Research Scientists, stood out among a highly competitive pool of eminent professors from public and private universities, as well as leading figures from the industry.

This recognition not only reflects Professor Mardeni’s outstanding leadership and contributions to the field but also highlights MMU’s commitment to advancing research and academic excellence. It marks a significant milestone for both Prof. Mardeni and MMU, reinforcing their role in driving transformative research that addresses key societal challenges and shaping the future of Science, Engineering, Technology, and Innovation in Malaysia.

Congratulations!

Organised by the Industrial Linkage Committee of the faculty, the session focused on the growing global adoption of Electric Vehicles (EVs) and the resulting need for smart, adaptive charging systems. Ir. Ts. Siow introduced participants to key AI techniques used to enhance EV charging infrastructure, including demand forecasting, energy load balancing, and predictive analytics for user behaviour. He also emphasised how AI integration contributes to grid stability and supports more efficient energy usage in urban environments.

The talk aligned with the faculty’s increasing focus on AI applications, green technologies, and smart energy solutions. Many attendees stayed back after the session to further engage with the speaker through questions and discussions on real-world applications. The session was well received, and the Q&A segment demonstrated interest and enthusiasm from the audience.

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The seminar drew the participation of around 30 students from both undergraduate and postgraduate levels. Mr. Vinothan delivered a comprehensive overview of the growing implementation of private 4G and 5G networks in Malaysia, particularly in sectors requiring secure and high-performance connectivity. A highlight of his sharing, included his unique experience deploying private networks on offshore oil platforms, made possible through a specialised operational licence, offering students a rare look into niche industrial applications.

His presence on campus not only provided valuable technical knowledge but also served to motivate and guide aspiring engineers. By reflecting on his journey from FAIE student to industry leader, Mr. Vinothan inspired students to explore the wide range of career possibilities in the mobile cellular and network infrastructure sectors.

The day began with an informative and engaging technical session led by Mr. Tan Boo Wei, Director of R&D, and Dr. Tan Chin Joo, Senior R&D Engineer. Their talk provided valuable insights into Amkor’s corporate direction and ongoing innovations in semiconductor packaging. The session sparked lively discussions and encouraged students to reflect critically on the evolving role of engineering in industry.

A guided facility tour followed, led by Dr. Yeo Siang Miang, Senior Engineer. The participants had the rare opportunity to observe the inner workings of key manufacturing stages such as marking, dicing, wire bonding, moulding and encapsulation, final testing, and interconnects. Witnessing these sophisticated processes firsthand brought textbook concepts to life, highlighting the precision and technological depth involved.

This industrial visit proved to be more than just a tour—it was an eye-opening journey into one of the world’s key technology providers. The experience not only deepened students’ technical understanding but also broadened their perspectives on future career opportunities in high-tech manufacturing and R&D. Such initiatives by the ILC continue to play a crucial role in preparing FAIE students to become industry-ready engineers equipped with both academic knowledge and practical exposure.

Ir. Azizi shared insights from his professional journey, emphasising that future engineers must go beyond technical knowledge by developing core competencies such as communication, teamwork, empathy, and ethical decision-making. In today’s fast-evolving industry landscape, he highlighted the importance of adaptability and the ability to lead in multidisciplinary and AI-integrated environments.

He also encouraged students to actively participate in MMU’s various platforms including technical clubs, competitions, and innovation showcases as essential avenues to build both confidence and competence. These experiences, he noted, play a crucial role in shaping students into industry-ready engineers with a proactive mindset.

The session concluded with a lively Q&A, where students engaged in meaningful discussions on mentorship, goal setting, and navigating career choices. The talk left a strong impression on attendees and reflected FAIE’s ongoing commitment to producing well-rounded, leadership-ready graduates.

Graced by YB Tuan Steven Sim Chee Keong, Minister of Human Resources, the event also welcomed Mr. Amar Huzaimi Md Deris, Group Chief Executive Officer (GCEO) of TM, and Prof. Dato’ Dr. Mazliham Mohd Su’ud, President of MMU. Thousands of occupational safety and health professionals were in attendance, making it a fitting stage for FAIE’s official introduction to the public.

Evolving from the university’s strong engineering legacy, FAIE represents a strategic transformation that places Artificial Intelligence (AI) at the core of its academic direction. The faculty unveiled a new programme—the Bachelor of Science (Hons.) in Applied Artificial Intelligence, a three-year, full-time course designed to equip students with hands-on experience in machine learning, automation, and intelligent systems. This initiative reflects MMU’s ongoing mission to nurture future-ready graduates equipped to deliver AI-driven solutions across industries such as healthcare, transportation, agriculture, and digital services.

As the university under TM, MMU continues to advance national priorities in digital talent development, and FAIE stands as a symbol of that commitment—blending tradition with innovation to shape a smarter, tech-driven future.

Date: 27 April 2025

Venue: Universiti Malaya (UM)

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