Inside the UTM–Perodua EV Collaboration
Universiti Teknologi Malaysia (UTM) and Perodua have formalised a new strategic collaboration aimed at boosting Malaysia EV technology and human capital for green mobility. The centrepiece is the xEV PERODUA–UTM Engineering Programme, which will select 10 to 15 outstanding Bachelor of Electrical Engineering students each year over a five‑year period. From the second semester of their third year, these students will spend one and a half years in a tailored track that combines classroom work with real industrial exposure at Perodua. A 10‑week industrial training stint and jointly supervised final year projects ensure that research outputs are grounded in real vehicle needs, not just theory. Participants also have the opportunity to obtain the Institute of the Motor Industry (IMI) Level 3 international certification, positioning them as job‑ready specialists for Perodua electric vehicle projects and the wider Malaysian car industry.
From Classroom to Car: Building Local EV Technology
While the agreement does not list specific components, its clear focus on xEV technology points to core areas such as batteries, power electronics, high‑voltage systems and control software. By embedding Perodua engineers directly into student supervision and lab activities, the company can shape research topics around real engineering bottlenecks and future Perodua electric vehicle platforms. This kind of co‑development reduces Perodua’s reliance on fully imported solutions and creates a pipeline of engineers already familiar with the company’s tools, standards and architectures. UTM positions the collaboration as a “paradigm shift” in bridging academia and industry, signalling a move from one‑off projects to a structured, multi‑year partnership. For Malaysia’s local EV development push, this matters: instead of merely assembling foreign technology, it opens the door to home‑grown designs in areas like motor control, battery management and safety‑critical electronics tailored to local usage and climate conditions.
Software as the New Differentiator for Perodua EVs
Modern EVs are increasingly defined by software as much as motors and batteries. Global players such as General Motors now treat in‑vehicle software, infotainment and connectivity as strategic capabilities, with engineers working across Android frameworks, hardware abstraction layers and applications to make the experience “invisible” and seamless. That philosophy – where the phone connects, navigation appears and everything “just works” – will be critical for any future Perodua electric vehicle as Malaysian drivers expect their cars to behave like smart devices. A partnership like the UTM EV collaboration can seed local expertise in embedded software, intelligent energy management and over‑the‑air update infrastructure. By training students on industry‑grade systems and involving them in real automotive software stacks, Perodua can nurture engineers who understand both safety and user experience. Over time, this could allow the Malaysian car industry to differentiate not only on affordability, but also on intuitive, robust digital features.
Talent, High‑Skill Jobs and Malaysia’s EV Ecosystem
The most immediate impact of the UTM–Perodua EV collaboration will be on talent. Each cohort of 10–15 students enters a pathway that combines advanced electrical engineering, hands‑on lab work in the xEV PERODUA–UTM Engineering Laboratory and direct mentoring from industry engineers. This creates a pool of graduates ready to fill high‑skill roles in power electronics design, battery systems, diagnostics and embedded software – areas where Malaysia EV technology must grow fast to stay competitive. For students, the IMI Level 3 certification and industrial training significantly raise their employability in the Malaysian car industry and beyond. For the broader ecosystem, it signals that local OEMs are willing to invest in people, not just hardware imports. As suppliers, startups and service providers cluster around Perodua’s EV roadmap, these trained engineers can spin out into specialised companies, feeding a more self‑sustaining local EV development ecosystem.
What Malaysian Drivers Can Realistically Expect Next
University–industry programmes rarely translate into showroom models overnight. The UTM–Perodua collaboration is designed as a five‑year talent and research pipeline, which means its earliest cohorts will only complete the full track – including one and a half years of specialised training – after several academic cycles. In practical terms, Malaysian buyers should view this as groundwork: the technology and skills being developed today are likely to surface first as incremental features and systems within hybrids or early Perodua electric vehicle prototypes, rather than a fully home‑grown EV instantly appearing. Expect gradual improvements in areas like energy efficiency, on‑board diagnostics, charging safety and in‑car software experience. Over the medium term, as multiple batches of engineers graduate and research projects mature, Perodua will be better positioned to launch EVs with a higher proportion of Malaysia EV technology designed, validated and refined locally, rather than relying solely on imported platforms.