The AI skills gap is a multi-faceted challenge requiring a coordinated response from businesses, academia, and education systems.

In technical education, robotics fosters computational thinking, problem-solving, and critical thinking skills through hands-on activities, preparing students for STEM careers in a tech-driven world

In today’s digital-first world, coding is no longer just a technical skill—it’s a new form of literacy. From solving real-world problems to driving innovation in every industry, coding empowers students with logical thinking, creativity, and problem-solving abilities. This seminar explores the journey of making coding accessible for learners at every stage, starting from school education to advanced university curricula.

"In today’s fast-changing world, graduation is not the end of learning but only the beginning. Industries evolve rapidly with new technologies, tools, and methods emerging every day. To remain competitive, graduates must adopt a mindset of continuous learning and be open to upskilling and reskilling throughout their careers."

"Bridging the gap between academia and industry is not just about improving employability—it is about shaping graduates into confident, competent, and adaptable professionals. When institutions align curriculum with industry needs, provide practical exposure, and instill lifelong learning habits, students gain the skills to contribute effectively from Day 1 of their careers. At the same time, industries benefit from a workforce that is trained, innovative, and ready to tackle real-world challenges. Ultimately, this collaboration creates a win–win situation: students secure meaningful career opportunities while industries gain professionals who drive growth, innovation, and sustainability in the future."