ASM Science Journal: Bridging Mathematics and Industry for IR 4.0

This study published in the ASM Science Journal by C.D. Hoo and S.H. Yeak from Universiti Teknologi Malaysia highlighted the gaps, challenges, and stronger collaborative opportunities between mathematics and industry to stay ahead in the Industrial Revolution 4.0 (IR 4.0) era.

Introduction: The Digital Shift

As the world moves rapidly into the Fourth Industrial Revolution (IR4.0), Malaysia is actively preparing to stay competitive. IR4.0 brings technological advancements such as automation, artificial intelligence, and big data analytics, transforming industries and economies. Recognising this, Malaysia’s government has incorporated IR4.0 into national strategies, particularly in higher education.

Despite efforts to integrate digital transformation, a gap remains between education and industry needs. The World Bank (2017) highlighted that Malaysia faces rising unemployment due to mismatches between graduates’ skills and job market demands. The traditional curriculum often lacks practical applications in industries, making it difficult for graduates to secure jobs, especially in mathematics-related fields.

Many industries, including banking, manufacturing, and logistics, require advanced mathematical applications, but there is still a disconnect between academic training and real-world needs.

One of the major challenges is the outdated approach of mathematics societies and university programs, which focus heavily on academia rather than industry collaboration. Mathematics lacks structured partnerships with industries compared to engineering and chemistry.

To align mathematics education with industry demands, the author proposed for universities and professional societies to:

1. Update the Curricula – Incorporate real-world applications of mathematics in data science, AI, and business analytics.
2. Form Industry Collaborations – Establish stronger partnerships with companies for internships, research projects, and industry-driven coursework.
3. Promote Mathematics Careers – Increase awareness of emerging job opportunities requiring mathematical skills.
4. Recognise Industry Leaders – Encourage more industry professionals to participate in mathematical societies and contribute insights.
5. Establish a National Mathematics-Industry Community (NIMC) – Establish a joint academic-industry initiative to drive collaboration, innovation, and policy recommendations.

Mathematics is more relevant than ever in today’s digital economy. By integrating it into Malaysia’s IR4.0 strategy, the country can better prepare graduates for high-demand jobs and strengthen its competitive edge. Universities, industries, and policymakers must work together to redefine the role of mathematics—not just as a theoretical subject but as a key driver of innovation and economic progress.