SEMICON Southeast Asia 2024, held at the Malaysia International Trade and Exhibition Centre (MITEC) from May 28-30, gathered industry leaders and experts to explore the future of electronics manufacturing and its impact on the IT industry.
The event’s theme, “Boosting Agility and Resiliency of the Global Electronics Supply Chain,” resonated with Dr. Yvonne Tan, head of Volvo Tech Hub. She emphasized the need for IT professionals to adapt to the rapidly evolving landscape of electronics manufacturing. The increasing complexity of semiconductor chips and the growing demand for sustainable solutions require IT professionals to upskill and stay ahead of the curve.
While her role places her at the forefront of electric vehicle (EV) innovation, her vision emphasizes safety, sustainability, and inclusivity in tech. Malaya Business Insight spoke with her online asking her questions ranging from Volvo’s safety initiatives to the role of women in the IT industry.
Throughout the interview, Dr. Yvonne’s passion for safety, deep technical expertise, and commitment to diversity were evident. Her leadership at Volvo’s Singapore Tech Hub is not just shaping the future of electric vehicles but also paving the way for a sustainable, equitable, and secure mobility ecosystem.
“Safety has always been at the core of Volvo’s DNA,” Dr. Tan stated. “With electric vehicles, that commitment takes on new dimensions. The battery, the heart of an EV, presents unique safety considerations. Volvo has tackled this head-on with a multi-pronged approach.”
Central to this approach is robust physical protection. “Volvo engineered a fortified battery enclosure, essentially a protective ‘nacelle,’ within the vehicle’s structure,” she explained.
This shield acts as the first line of defense against impacts and intrusions.
Complementing this, Volvo’s EVs feature a sophisticated network of sensors and software that continuously monitor the battery’s health, temperature, and charging status. “It’s like having a 24/7 guardian for the battery,” Dr. Tan noted. In the event of a crash, the software can instantaneously disconnect the battery, minimizing fire risks and protecting occupants.
Semiconductors play a crucial role in ensuring EV safety. “These tiny chips are the brains behind our safety systems,” Dr. Tan emphasized. “They process vast amounts of data from sensors, execute complex algorithms, and trigger safety responses with lightning speed.”
Volvo collaborates with leading semiconductor manufacturers to design custom chips tailored for EV safety, enhancing performance and strengthening the supply chain’s resilience. “We’re actively exploring diversification strategies to mitigate supply chain risks,” Dr. Tan added. This includes investing in alternative battery technologies and partnering with suppliers in diverse regions.
Dr. Tan also highlighted the increasing presence of women in software and automotive tech.
“It’s incredibly inspiring to see more women breaking barriers and excelling in these fields,” she said. As a role model and mentor, she champions initiatives that promote inclusivity in tech.
Her journey includes a bachelor’s in Engineering Management, a master’s in Business IT, and an Engineering Doctorate, along with diverse roles at Hewlett Packard, STMicroelectronics, Dyson, and others. This extensive background equips her to lead Volvo’s electric vehicle revolution.
