For Malaysian engineering students entering their final semesters, the transition from academia to the professional world can feel daunting. Nicholas Tan Peng Gen, a Computer Engineering graduate from Asia Pacific University (APU), found himself at that exact crossroads just a year ago. Today, he is thriving as a Firmware Engineer at Phison Electronics' subsidiary MaiStorage in Malaysia, contributing to semiconductor R&D that powers storage devices globally.  In a recent interview, Nicholas shared his journey of landing a role at Phison through the Taiwan Semiconductor Job Fair in Malaysia, the steep but rewarding learning curve of R&D work, and why more Malaysian students should consider global IC design houses like Phison to kickstart their careers.The Gateway: A "Two-for-One" Career OpportunityThe Taiwan Semiconductor Job Fair was organized as part of Taiwan's efforts to strengthen international semiconductor talent connections. Through initiatives supported by Taiwan's Industrial Development Administration (IDA), Ministry of Economic Affairs, Taiwanese semiconductor companies and academic institutions were brought together overseas to connect with promising STEM talents, introduce career opportunities, and build long-term talent partnerships with local universities.Nicholas's journey began when his university lecturers shared details about the Taiwan Semiconductor Job Fair. One lecturer even chartered a bus to ensure the entire class could attend. For Nicholas, who was seeking industry experience but was also curious about further studies, the fair proved to be an eye-opener."It wasn't just a regular job fair. It is an absolute must-attend because it's a rare 'two-for-one' opportunity. You aren't just getting face-to-face access to industrial heavyweights; you're also interacting directly with academic institutions from Taiwan offering funded master's and PhD programs," he said.Walking into the fair, Nicholas secured a direct live screening session, allowing him to have a genuine conversation with Phison's recruitment team rather than simply submitting a resume through an online portal.Shedding "Vibe Coding" for Real-World EngineeringTransitioning from university projects to a global semiconductor firm brought a fundamental shift in perspective. Nicholas noted that in university, students often get by with short-term, loosely structured code as long as it functions by the deadline.At Phison, the standards are stringent. Every line of code must possess meaning, clarity, and purpose so that it remains readable and robust before being deployed on actual hardware. This completely eliminates what modern developers refer to as "vibe coding," because guessing or patching on the fly is highly risky when dealing with complex controller chips. Instead, engineers must trace code step by step and thoroughly understand the system architecture, backed by a rigorous peer-review process where technical logic is closely scrutinized by experienced senior engineers to rapidly accelerate a junior engineer's competence.Why Phison? Full-Stack Architecture Exposure with a Strong Support SystemOne of the key advantages of joining a prominent Taiwanese multinational like Phison from its Malaysian branch is the depth of technical support available. When tackling highly complex technical issues, local teams are never isolated - they have direct access to decades of foundational expertise and the engineering resources of Phison's Taiwan headquarters.Furthermore, rather than being confined to a single, repetitive task, firmware engineers at Phison are given ownership of the full development pipeline. They read and interpret core design specifications, implement advanced features, write testing scripts, verify across multiple hardware platforms, and execute end-to-end debugging. Handling the full pipeline naturally trains engineers to think like system architects, enabling them to see the bigger picture of how their code interacts with physical hardware - making them versatile professionals much faster, Nicholas said.This borderless collaboration also cultivates strong cross-cultural communication skills. Nicholas noted that while Mandarin is commonly used, teams regularly converse in English and utilize translation tools, making the language barrier a manageable factor. Learning to document complete code-tracing workflows for cross-border engineering teams rapidly builds global competitiveness.Life at Phison Malaysia: A 9-out-of-10 ExperienceWhen asked to rate his job satisfaction at Phison Malaysia, Nicholas gave it a 9 out of 10. The semiconductor industry is fast-paced and demanding, but the work environment allows engineers to maintain clear boundaries and protect their personal time. Working at Phison's established branch in Malaysia offers a premier international career path without requiring graduates to relocate away from their families, making it a compelling option for local talent.The company culture also fosters supportive autonomy. Team members are highly collaborative, and while senior engineers are always available to troubleshoot, they challenge junior engineers to bring their own analysis to the table first - fostering independence and professional accountability.Advice to Graduating StudentsAs global demand for semiconductors surges - driven by the explosive growth of AI hardware - Malaysia's semiconductor ecosystem is rapidly moving up the value chain from back-end assembly and packaging into high-value R&D and IC design.For students weighing their next career steps, Nicholas offered one definitive piece of advice regarding the upcoming career fair: "Just go. You might walk out of there with a lot more clarity for your future. Taking on challenges early in your career helps you grow much faster, and the skills you build at an international standard with Taiwanese companies such as Phison are instantly transferable worldwide."From a university student seeking his first career opportunity to a firmware engineer contributing to global semiconductor products, Nicholas's journey demonstrates how international talent engagement can create new pathways for young engineers to connect with Taiwan's semiconductor industry.Through collaboration among Taiwan's semiconductor companies, academic institutions, and global STEM talent communities, more students like Nicholas can discover opportunities within Taiwan's semiconductor ecosystem and contribute to the next generation of semiconductor innovation worldwide.

ViTrox, which aims to be the World's Most Trusted Technology Company, is excited to announce its participation in SEMICON Taiwan 2026, one of the world's leading semiconductor industry events. The exhibition will take place from 2 to 4 September 2026 at TaiNEX 1 & 2 in Taipei, Taiwan. Visitors can visit ViTrox at TaiNEX 2, 1F, Malaysia Pavilion, Booth #P6006.The semiconductor industry continues to face increasing challenges as packaging architectures such as SiP, memory technologies like HBM, and advanced processes such as CoWoS become more widely adopted. While these technologies enable higher performance and integration, they also introduce greater process complexity and stricter quality requirements.Key challenges include:-Precision Bottlenecks: Sub-micron defect detection requires inspection capabilities beyond conventional methods.-Hidden Complexity: Advanced 3D structures often conceal internal defects that are difficult to detect.-Yield Pressure: Rising investment in advanced manufacturing places greater emphasis on first-pass yield and equipment efficiency.To address these challenges, ViTrox provides next-generation AI-powered vision inspection solutions that enhance detection accuracy, improve process stability, and support efficient semiconductor manufacturing.At SEMICON Taiwan 2026, ViTrox will showcase a fully integrated inspection ecosystem that seamlessly supports the entire semiconductor manufacturing journey, delivering end-to-end quality assurance from wafer to board level.At the Wafer Level, we address the earliest stages of manufacturing with the WiX Ai Smart Wafer AOI Machine. This an unified platform that gives fabs full-depth wafer visibility, from surface to inner layer, before wafers progress to later stages. It detects sub-micron surface defects (< 1 µm) with AI-enhanced accuracy, while proprietary SWIR technology uncovers hidden inner cracks that conventional inspection cannot see.During Die Sorting & Packaging, once the wafer is transformed into dies, precision sorting becomes critical. Our PX40Ai Smart Die Sorting Machine streamlines high-speed sorting, six-sided inspection, and tape-and-reel packaging, replacing conventional manual inspection with exceptional accuracy and improved production efficiency.Designed to address the growing complexity of advanced packaging, the TH3000i Smart Tray Based Vision Handler combines an adaptive vision system with AI-powered defect detection to support diverse package inspection requirements. Building on this intelligent inspection capability, V-ONE In-Process Verification further enhances overall inspection efficiency by enabling remote inspection review and verification.During Final Assembly & Post-Seal, the VR20Ai G2 Smart Post Seal Vision Handler minimises machine idle time through a high-speed dual-track system design, while supporting automated tape insertion and width conversion (8 to 32 mm), ensuring compliance with international quality standards.At the Strip & Board Level Inspection stage, the V510Ai Smart 3D AOI System for Substrate-Level and SiP Inspection utilises high-resolution 3D measurements and SWIR imaging to detect surface anomalies, component offsets, and inner die cracks on strips and complex high-density modules, ensuring robust inspection for IC package integrity.During the show, ViTrox will also introduce our SMT Full Line Solutions, including Smart 3D SPI, Smart 3D AOI System, Smart 3D AXI System, and Smart Robotic Optical System (ARV). These smart manufacturing solutions are linked to ViTrox's Manufacturing Intelligence Solutions Towards Industry 5.0 – V-ONE to form an end-to-end AI-driven Inspection Ecosystem, guaranteeing seamless data connectivity and true closed-loop control. Ultimately, this comprehensive integration enables manufacturers to reduce human error, accurately detect defects early, optimise process performance, and maintain consistent product quality across every production stage.Visit at TaiNEX 2, 1F, Malaysia Pavilion, Booth #P6006 to connect with experts and discover tailored inspection solutions for any manufacturing needs. To schedule a meeting with ViTrox team during the exhibition, simply complete the appointment form. For further inquiries, please contact us at enquiry@vitrox.com. 

BIOSTAR, a leading manufacturer of edge AI solutions, industrial motherboards, and edge computing systems, today announces its participation in embedded world North America 2026, taking place September 22–24, 2026 at the Anaheim Convention Center in Anaheim, California, USA. At Booth 6512 in Hall B, BIOSTAR will showcase its latest edge AI and IPC computing solutions, giving visitors a firsthand look at technologies developed for smart manufacturing, smart cities, and smart retail applications.At this year's expo, BIOSTAR will feature a comprehensive portfolio of industrial motherboards and EdgeComp systems, along with live demonstrations designed to address a wide range of edge computing requirements. Highlights include AI IPC solutions powered by Intel Core Ultra platforms, edge AI computing solutions featuring NVIDIA Jetson Orin and Thor platforms, and industrial-grade systems built for dependable deployment across commercial and industrial environments.The industrial motherboard lineup will include the Intel W880, Panther Lake as well as Wildcat Lake platforms. Spanning a range of platform configurations, form factors, and connectivity options, these boards give developers, system integrators, and industrial solution providers a flexible foundation for building application-specific IPC systems.BIOSTAR will also present an extensive selection of EdgeComp systems, including the Intel Panther Lake and NVIDIA Jetson Thor, Jetson Orin edge AI platforms, together with the new WildCat SBC rugged system. Ranging from compact single-board designs to higher-performance networking and gateway platforms, this lineup supports both conventional edge computing workloads and emerging edge AI applications across smart manufacturing, smart cities, and smart retail environments.Live demonstrations will feature the EdgeComp edge AI platforms. Together, these demonstrations will give visitors a practical view of how compact edge platforms can support real-time data processing, intelligent monitoring, and connected industrial applications.BIOSTAR invites industry professionals, system integrators, technology partners, and IPC innovators to visit Booth 6512 in Hall B and experience its latest edge computing and edge AI solutions firsthand. The BIOSTAR team looks forward to connecting with industry peers, discussing emerging application requirements, and exploring new opportunities for collaboration at embedded world North America 2026.