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The Star
25-05-2025
- Business
- The Star
PIONEERING MECHATRONICS DEGREE WITH SPECIALISED TRACKS
Robotics Club members (from left) Xu Weiting, Ng Ee Zhen, Kendrew Kyne and Law Shing Yi showcase hands-on Mechatronics application during the media experiential session. AS automation reshapes factories, hospitals and homes, Taylor's University has launched Malaysia's first Bachelor of Mechatronics Engineering with Honours to offer specialised tracks in Robotics Systems and Artificial Intelligence (AI). The four-year programme blends mechanical engineering, electronics, robotics and AI to equip students with skills to design, build and control intelligent systems—preparing them to lead in the fast-growing Industry 4.0 sector. It also supports the goals of Malaysia's National Policy on Industry 4.0, which targets technological advances in twelve key industries. 'With the global Mechatronics market projected to reach US$2.25bil by 2031, this programme equips our students to meet the demand for job-ready engineers and strategically positions them to shape the future of technological innovations driving Industry 4.0 globally,' said Taylor's University Faculty of Innovation and Technology acting executive dean Prof Dr Sim Yee Wai. 'The programme places Taylor's students in the heart of innovation.' Engineering a new era Accredited by the Engineering Accreditation Council, the comprehensive curriculum meets international standards. Graduates may register with the Board of Engineers Malaysia under the Washington Accord and pursue careers as professional engineers. Dr Phang Swee King, programme director of the Bachelor of Mechatronics Engineering with Honours at Taylor's University's School of Engineering, described mechatronics as a 'body' where different components like gears, motors and sensors work with microcontrollers and algorithms to create intelligent machines. 'By blending critical thinking, innovation and hands-on experience, we are empowering students to lead advances in robotics, automation and Al. 'Our graduates would not just adapt to change, they will drive it, accelerating Malaysia's transformation into a digital-first nation,' he added. Plugging into the industry From Year 2, students participate in the Engineering Undergraduates for Industrial Adoption (EUFORIA) and EUFORIA Type-Research (R) programmes, unique to the institution. In collaboration with industry partners like DJI Academy Malaysia and Unitree Robotics, students tackle real-world challenges, acquiring practical skills and research experience to excel in today's competitive job market. 'At DJI Academy Malaysia, we recognise the importance of real-world collaboration with academia in fostering the next generation of engineers. 'We are proud to play a pivotal role in developing engineers who will push the boundaries of robotics and automation technologies, creating global solutions that will transform industries,' noted DJI Academy Malaysia general manager Darren Teh. School of Engineering senior lecturer Dr Ng Oon-Ee led a live demo of a smart flexible manufacturing system to show how students master factory-scale workflows. Later, Robotics Club members demonstrated LiDAR (Light Detection and Ranging)-guided humanoid navigation and AI-driven drone inspections of rooftop solar panels, highlighting the hands-on projects students can expect. Students will also participate in multidisciplinary projects and the Robotics Club to apply their skills to real-world challenges. Pathways to global careers A fast-track 2+2 pathway with the University of Birmingham, United Kingdom, allows completion of a Master's in Mechatronics and Robotic Engineering, broadening global educational experience. Taylor's University is ranked among the world's top 450 for Engineering and Technology in the QS World University Rankings 2025, reflecting its commitment to relevant, practice-driven education. Backed by its Premier Digital Tech IHL status from MDEC and accreditations from the CDIO Initiative (Conceiving, Designing, Implementing, Operating), National Academy of Engineering in the USA and the Royal Institution of Chartered Surveyors (RICS), this standing reflects the Faculty of Innovation and Technology's emphasis on industry-aligned, hands-on learning. Click here for more information.
The Sun
16-05-2025
- Business
- The Sun
Taylor's University introduces pioneering Bachelor of Mechatronics Engineering with Honours
TAYLOR'S UNIVERSITY has introduced Bachelor of Mechatronics Engineering with Honours, aligning with the nation's Industry 4.0 policy. The programme highlights advancements across 12 key industries and prepares graduates with the essential skills to lead the sector. The programme is the first to offer specialised tracks in Robotics Systems and Artificial Intelligence (AI), aligning with Malaysia's Industry 4.0 policy. It also features a comprehensive curriculum that meets the highest international standards, accredited by the Engineering Accreditation Council (EAC). Upon completion, graduates are eligible to register with the Board of Engineers Malaysia, a signatory to the Washington Accord, and pursue careers as professional engineers. Professor Technologist (Ts) Dr Sim Yee Wai, Acting Executive Dean of the Faculty of Innovation & Technology, delivering an opening speech at the launch event. 'With the global mechatronics market projected to reach US$2.25 (RM9.65) billion by 2031, this programme equips our students not just to meet the demand for job-ready engineers, but to be strategically poised to shape the future of technological innovations driving Industry 4.0 globally. 'The programme places Taylor's students at the heart of innovation,' said Professor Ts Dr Sim Yee Wai, Acting Executive Dean of the Faculty of Innovation and Technology, Taylor's University. Sim also emphasised that the programme aims to develop engineers who will define the future of technology. 'By blending critical thinking, innovation, and hands-on experience, we are empowering students to lead advances in robotics, automation, and AI. Our graduates will not just adapt to change – they will drive it, accelerating Malaysia's transformation into a digital-first nation,' he added. Taylor's University has also collaborated with global tech leaders such as DJI Academy Malaysia and Unitree Robotics, providing students with exposure to cutting-edge technologies through its in-house Engineering Undergraduates for Industrial Adoption (EUFORIA) and EUFORIA Type-Research (R) programmes. Students engage directly with industry partners from Year 2, ensuring they gain practical skills and research experience that position them for high-demand roles in today's competitive job market. 'At DJI Academy Malaysia, we recognise the importance of real-world collaboration with academia in fostering the next generation of engineers. As our first-ever academic partnership, the institution's forward-thinking programme presents an exciting opportunity for us. 'We are proud to play a pivotal role in developing engineers who will push the boundaries of robotics and automation technologies, creating global solutions that transform industries,' said Darren Teh, General Manager of DJI Academy Malaysia. Furthermore, students can apply their skills in real-world, cross-disciplinary projects through Taylor's Robotics Club. Students may also opt to pursue a fast-tracked Master's degree in Mechatronics and Robotic Engineering via a 2+2 programme with the University of Birmingham, expanding their global education experience.
The Star
16-05-2025
- Science
- The Star
Nurturing future engineering innovators
IN A time where innovation drives everything from healthcare to transportation and even entertainment, engineering stands out as a career that blends creativity, problem-solving and real-world impact. It's one of the few fields where you don't just learn about the future—you help build it. Whether it's designing renewable energy systems, developing autonomous machines or creating smarter cities, engineers are behind the breakthroughs that shape how we live. For SPM leavers who are passionate about technology, curious about how things work and eager to make a meaningful difference, engineering offers not only job security and global opportunities but also the chance to leave a lasting mark on the world. Why engineering matters, now more than ever Engineering is more than just equations and machines—it's a dynamic field rooted in creativity, critical thinking and the drive to solve real-world problems. As industries like artificial intelligence (AI), robotics, sustainable technology and smart systems accelerate, the need for engineers with adaptable skillsets, global perspectives and innovative mindsets has never been greater. The demand for engineers today isn't just about technical expertise—it's about being able to think ahead, integrate technologies and create impactful solutions for a fast-changing world. Additionally, engineers must not only master complex systems but also collaborate across disciplines, anticipate societal needs and design with both sustainability and humanity in mind to shape a better future. Is engineering right for you? Don't worry if you're not a tech genius yet—engineering is about a mindset of creativity, perseverance and a hunger to learn. With the right training and exposure, anyone can become an engineer who makes a difference. At Asia Pacific University of Technology and Innovation (APU), students are nurtured with this belief through hands-on learning, global industry exposure and flexible pathways in emerging fields, such as mechatronics, mechanical, electrical and electronics, computer engineering and petroleum engineering. At APU, students are nurtured to become engineers who make a difference. What sets APU's School of Engineering apart APU's School of Engineering senior lecturer Dr Denesh Sooriamoorthy emphasised that at the institution, engineering isn't just theory—it's a fully immersive journey of learning, building, testing and innovating. 'APU engineering degrees are accredited by the Board of Engineers Malaysia and internationally recognised through the Washington Accord, giving engineering graduates a powerful launchpad to work and compete globally,' he said. On top of that, APU offers a unique blend of: > Strong theoretical foundations taught by experienced academic and industry professionals. > Extensive hands-on training in advanced labs and real-world projects. > Flexible extensions in high-demand fields like robotics, electric vehicles (EVs) and Internet of Things (IoT). It's also the only university in Malaysia that allows engineering students to pursue extensions and minors in emerging tech domains, giving them a competitive edge in multidisciplinary fields: > Extension pathway: Focuses on developing niche knowledge, skills and attributes essential for contemporary engineering practice within a chosen industry. > Minor pathway: Broadens exposure to multidisciplinary fields, enabling students to complement core engineering competencies with relevant contemporary knowledge areas. Shaping the digital frontier In an age where the lines between hardware and software continue to blur, APU ensures its engineering students don't just keep up—they lead. Through APU's innovative extension and minor pathways, students gain valuable exposure to some of the most transformative technologies of our time, including AI, IoT, unmanned aerial vehicles (UAVs) and drone technology. APU's School of Engineering head Assoc Prof Dr Siva Kumar Sivanesan emphasised that these pathways are more than just buzzwords as they represent the future of engineering practice across industries. 'This multidisciplinary capability gives engineering graduates a distinctive edge in solving modern challenges in areas ranging from smart agriculture and autonomous transport to predictive maintenance and advanced manufacturing,' he said. Adding to this, APU vice-chancellor Prof Dr Ho Chin Kuan echoed the importance of adaptability in today's digital economy, emphasising that AI is no longer a niche—it's a core driver of how industries function. 'At APU, we ensure our engineering students are fluent in the language of emerging tech so they can thrive in any engineering discipline they choose,' he said. AI is playing a transformative role across various engineering disciplines, particularly in mechatronics, robotics and computer engineering. Engineering the future: Locally and globally APU's engineering graduates are making waves not just in Malaysia but across the globe, contributing to smart tech companies, renewable energy firms, cutting-edge research and development labs, and fast-growing startup incubators. They are equipped with more than just technical knowledge, bringing innovation, adaptability and a global mindset to every challenge they face. Denesh highlighted that APU's engineering students are not just problem-solvers. 'They're innovators, the kind who lead change, push boundaries and design better futures. 'For SPM leavers who are curious, ambitious and ready to take on the world, this is the kind of future that awaits. 'With a globally recognised curriculum, exposure to real-world projects and strong industry partnerships, APU serves as a stepping stone, not just to a career, but to a future where graduates can shape meaningful change and drive technological progress on a global stage,' he said. If you're ready to take the next step towards a meaningful and exciting career, engineering at APU might just be where your journey begins. For more information, visit
The Sun
15-05-2025
- Business
- The Sun
Taylor's University introduces pioneering Bachelor of Mechatronics Engineering (Hons)
TAYLOR'S UNIVERSITY has introduced Malaysia's first Bachelor of Mechatronics Engineering with Honours, aligning with the nation's Industry 4.0 policy. The programme highlights advancements across 12 key industries and prepares graduates with the essential skills to lead the sector. The programme offers specialised tracks in robotics systems and artificial intelligence (AI), equipping students to navigate technological innovations in critical fields such as healthcare, manufacturing, aerospace, and automotive. It also features a comprehensive curriculum that meets the highest international standards, accredited by the Engineering Accreditation Council (EAC). Upon completion, graduates are eligible to register with the Board of Engineers Malaysia, a signatory to the Washington Accord, and pursue careers as professional engineers. 'With the global mechatronics market projected to reach US$2.25 (RM9.65) billion by 2031, this programme equips our students not just to meet the demand for job-ready engineers, but to be strategically poised to shape the future of technological innovations driving Industry 4.0 globally. 'The programme places Taylor's students at the heart of innovation,' said Professor Ts Dr Sim Yee Wai, Acting Executive Dean of the Faculty of Innovation and Technology, Taylor's University. Sim, who is also the Programme Director of the Bachelor of Mechatronics Engineering with Honours at the School of Engineering, emphasised that the programme aims to develop engineers who will define the future of technology. 'By blending critical thinking, innovation, and hands-on experience, we are empowering students to lead advances in robotics, automation, and AI. Our graduates will not just adapt to change – they will drive it, accelerating Malaysia's transformation into a digital-first nation,' he added. Taylor's University has also collaborated with global tech leaders such as DJI Academy Malaysia and Unitree Robotics, providing students with exposure to cutting-edge technologies through its in-house Engineering Undergraduates for Industrial Adoption (EUFORIA) and EUFORIA Type-Research (R) programmes. Students engage directly with industry partners from Year 2, ensuring they gain practical skills and research experience that position them for high-demand roles in today's competitive job market. 'At DJI Academy Malaysia, we recognise the importance of real-world collaboration with academia in fostering the next generation of engineers. As our first-ever academic partnership, the institution's forward-thinking programme presents an exciting opportunity for us. 'We are proud to play a pivotal role in developing engineers who will push the boundaries of robotics and automation technologies, creating global solutions that transform industries,' said Darren Teh, General Manager of DJI Academy Malaysia. Furthermore, students can apply their skills in real-world, cross-disciplinary projects through Taylor's Robotics Club. Students may also opt to pursue a fast-tracked Master's degree in Mechatronics and Robotic Engineering via a 2+2 programme with the University of Birmingham, expanding their global education experience.
The Sun
15-05-2025
- Business
- The Sun
Taylor's launches Malaysia's first mechatronics degree
TAYLOR'S UNIVERSITY has introduced Malaysia's first Bachelor of Mechatronics Engineering with Honours, aligning with the nation's Industry 4.0 policy. The programme highlights advancements across 12 key industries and prepares graduates with the essential skills to lead the sector. The programme offers specialised tracks in robotics systems and artificial intelligence (AI), equipping students to navigate technological innovations in critical fields such as healthcare, manufacturing, aerospace, and automotive. It also features a comprehensive curriculum that meets the highest international standards, accredited by the Engineering Accreditation Council (EAC). Upon completion, graduates are eligible to register with the Board of Engineers Malaysia, a signatory to the Washington Accord, and pursue careers as professional engineers. 'With the global mechatronics market projected to reach US$2.25 (RM9.65) billion by 2031, this programme equips our students not just to meet the demand for job-ready engineers, but to be strategically poised to shape the future of technological innovations driving Industry 4.0 globally. 'The programme places Taylor's students at the heart of innovation,' said Professor Ts Dr Sim Yee Wai, Acting Executive Dean of the Faculty of Innovation and Technology, Taylor's University. Sim, who is also the Programme Director of the Bachelor of Mechatronics Engineering with Honours at the School of Engineering, emphasised that the programme aims to develop engineers who will define the future of technology. 'By blending critical thinking, innovation, and hands-on experience, we are empowering students to lead advances in robotics, automation, and AI. Our graduates will not just adapt to change – they will drive it, accelerating Malaysia's transformation into a digital-first nation,' he added. Taylor's University has also collaborated with global tech leaders such as DJI Academy Malaysia and Unitree Robotics, providing students with exposure to cutting-edge technologies through its in-house Engineering Undergraduates for Industrial Adoption (EUFORIA) and EUFORIA Type-Research (R) programmes. Students engage directly with industry partners from Year 2, ensuring they gain practical skills and research experience that position them for high-demand roles in today's competitive job market. 'At DJI Academy Malaysia, we recognise the importance of real-world collaboration with academia in fostering the next generation of engineers. As our first-ever academic partnership, the institution's forward-thinking programme presents an exciting opportunity for us. 'We are proud to play a pivotal role in developing engineers who will push the boundaries of robotics and automation technologies, creating global solutions that transform industries,' said Darren Teh, General Manager of DJI Academy Malaysia. Furthermore, students can apply their skills in real-world, cross-disciplinary projects through Taylor's Robotics Club. Students may also opt to pursue a fast-tracked Master's degree in Mechatronics and Robotic Engineering via a 2+2 programme with the University of Birmingham, expanding their global education experience. Want to know more? Visit
