3u1i Experiential Work-based Learning
Posted:
28.08.2026
Year:
2022 - ongoing
Country:
Malaysia
Implementing Institution(s):
Universiti Malaysia Pahang Al-sultan Abdullah
Background
In Malaysia, the Faculty of Computing at Universiti Malaysia Pahang Al-Sultan Abdullah (UMPSA) is implementing a work-based experiential learning for their cybersecurity 3u1i program, where students build foundational and work-ready computer science and cybersecurity skills in their 3 years of on-campus learning and 1 year of immersed industry work experience. Through curriculum co-design with industry partners, alignment with Malaysia Board of Technologists (MBOT) standards, and mapping of core courses to internationally recognised professional certifications, students are trained with both technical foundations, industry-relevant competencies and soft skills.
This work-based learning approach is relevant in the present cybersecurity field which sees hyper-accelerated digital threats with the advancement of computing and artificial intelligence daily. Training cybersecurity skills shortages and gaps can only be effectively addressed through cooperation between education institutions, industry partners and government policies and support.
With industry partnership, students are able to solve authentic cybersecurity challenges, such as mitigating ransomware attacks, evaluating remote-work risks via VPNs, and managing cloud and IoT security in real time through experiencing learning with real-life tech infrastructure, software, and data environments. This bridges the gap between learning theoretical knowledge and practical application and with employment offers upon graduation, the industry's urgent market demand for skilled cybersecurity professionals can be accelerated. This augurs well with the concept of 3u1i model to enhance local graduate employability by making students industry-ready.
This work-based learning approach is relevant in the present cybersecurity field which sees hyper-accelerated digital threats with the advancement of computing and artificial intelligence daily. Training cybersecurity skills shortages and gaps can only be effectively addressed through cooperation between education institutions, industry partners and government policies and support.
With industry partnership, students are able to solve authentic cybersecurity challenges, such as mitigating ransomware attacks, evaluating remote-work risks via VPNs, and managing cloud and IoT security in real time through experiencing learning with real-life tech infrastructure, software, and data environments. This bridges the gap between learning theoretical knowledge and practical application and with employment offers upon graduation, the industry's urgent market demand for skilled cybersecurity professionals can be accelerated. This augurs well with the concept of 3u1i model to enhance local graduate employability by making students industry-ready.
