What are the forces rewriting the semiconductor game? Dive into the global inflection points, where digital transformation, AI, quantum computing, photonics, advanced packaging, and demographic shifts are converging to reshape the industry’s next chapter.

Supply chain bifurcation, export controls, and friend-shoring are reshaping the semiconductor map. Discover how nations and companies are forging new alliances, navigating complexity, and reinventing supply chain resilience, while Singapore positions itself as a trusted hub through neutrality, credibility, and strategic diplomacy.

Gain a powerful vision of how the workforce will evolve in an era defined by rapid technological shifts, AI driven transformation, and global competition. More importantly, it will highlight how agencies like Workforce Singapore (WSG) are enabling companies to:

• Equip talent with adaptive skills to work alongside and leverage AI in high tech environments
• Drive large scale upskilling and reskilling to meet emerging industry needs
• Foster a culture of agility, innovation, and lifelong learning across the semiconductor ecosystem

AI and quantum computing are ushering in a new era of performance demands, pushing the limits of silicon. What lies beyond Moore’s Law and how Singapore can position itself at the forefront of next-generation design paradigms? Learn how innovation in chip architecture, integration, and materials is evolving to meet these challenges.

Explore how advances in materials engineering are driving the development of high-performance photonics platforms, to deliver brilliant, lightweight, and scalable optical solutions.

As the demand for higher performance, lower power consumption, and enhanced security continues to rise—particularly at the edge of the network—advanced packaging has become a key enabler of next-generation electronic systems. Gain insights on how innovative packaging technologies are driving the convergence of processing, memory, and connectivity within increasingly compact and efficient form factors.

Wide bandgap (WBG) semiconductors such as silicon carbide (SiC) and gallium nitride (GaN) are redefining the limits of performance in power and radio frequency (RF) electronics. With superior properties—including higher breakdown voltage, faster switching speeds, and greater thermal efficiency—WBG materials are enabling smaller, lighter, and more energy-efficient systems. Uncover how WBG technologies are accelerating innovation across electric vehicles, renewable energy, data centers, and 5G infrastructure.

Semiconductor fabs are entering a new era where operations can be monitored, optimized, and even controlled remotely across borders. Powered by AI, cloud-edge integration, and secure global data infrastructure, manufacturers are building flexible, distributed production networks that can respond to disruptions in real time.Gain insights on how fabs are transitioning to globally orchestrated operations — from remote diagnostics and virtual tool maintenance to autonomous process tuning across sites. It will also spotlight Singapore’s potential as a command-and-control hub for secure, intelligent manufacturing in the Asia-Pacific region.

Explore how cross-border partnerships in R&D, manufacturing, and supply chains are accelerating innovation, strengthening resilience, and shaping the future of semiconductor. Gain insights on the strategic importance of global alliances amid rising geopolitical and talent challenges.