Beyond Defence: Designing Malaysia’s Industrial Sovereignty through Collaboration and Capability

Malaysia’s pursuit of industrial sovereignty extends beyond ambitions in high-technology and defence. It reflects a strategic evolution in policy, capability development, and global positioning, driven by multisectoral alignment and industrial foresight. As part of its nation-building efforts, Malaysia aims to transform its industrial landscape. Through years of involvement, observation, studies in Foresight and strategic thinking, industry development and collaborative initiatives, the Malaysian Industry-Government Group for High Technology (MIGHT) has identified key opportunities and challenges that will shape future strategies, laying the foundation for a robust and innovative industrial sector.

This article will focus on observations in areas of aerospace, defence, space and satellite, integration of smart systems, and green technology sectors, concurrently with governance, business development, education, and global partnerships.

Pillars that Drive Malaysia’s Industrial Growth

From the past years, there some shifts we can already observe in how the industrial future of the country takes shape. The Malaysia’s industrial high-technology and defence development strategy is anchored in five interdependent pillars and here are some examples of collaborations happening:

Policy Support and Financing Innovation:

The strategic deployment of financial instruments, public-private partnerships, and policy frameworks in Malaysia’s high-technology and defence sectors enables technology adoption and industrial upgrading to create mechanisms that reduce investment risk, accelerate R&D, and support the scaling of local capabilities.

For instance, The Aerospace Productivity Nexus (AeroPN) Tech-Up Financing Programme initiated by the Malaysia Productivity Corporation (MPC) and the Malaysia Aerospace Industry Association (MAIA), with support from Malaysia Building Society Berhad (MBSB) Bank and Malaysian Technology Development Corporation Sdn Bhd (MTDC) employs a hybrid risk-sharing model to enhance productivity and technology adoption in the aerospace sector.

Industry-Driven TVET and Engineering Reform:

Deputy Prime Minister Datuk Seri Dr Ahmad Zahid Hamidi has called for a tenfold increase in engineering graduates, from 6,000 to 60,000 annually. Institutions like University Kuala Lumpur (UniKL), Maktab Rendah Sains MARA (MRSM), and Maahad Tahfiz are responding with integrated spiritual, academic, and technical training.

This establishes the strategic movement toward cultivating a future-ready workforce, reforming Malaysia as a regional hub for skills development, reducing reliance on foreign labour, and enhancing its appeal for high-quality investments. Creating a steady pipeline of skilled professionals capable of supporting advanced manufacturing, aerospace engineering, defence systems integration, and other strategic innovations.

Stronger Academic-Industry-Government Alignment:

Malaysia’s commitment to synchronizing educational institutions, industrial players, and government agencies becomes the cornerstone in cultivating a resilient and future-ready society by producing graduates with industrial skills that are relevant to the high-technology and defence sectors. This ensures theoretical understand and real-world applications are embedded in talent development to support advanced manufacturing, avionics, UAV systems, aerospace engineering, and many more.

Collaborations between University Kuala Lumpur Malaysian Institute of Aviation Technology (UniKL MIAT), Universiti Teknikal Malaysia Melaka (UTeM), and aerospace firms such as Galaxy Aerospace and Aerostar Technologies are co-developing curricula, R&D centres, and training programs aligned with industry needs. These initiatives are not only elevating Malaysia’s aerospace education ecosystem but also reinforcing its position as a regional hub for aviation and defence talent.

Another significant example is the Sky Global Apprenticeship Programme, led by TUSAŞ Malaysia in collaboration with Turkish Aerospace Industries (TUSAŞ) and MIGHT. This initiative sends top-performing engineering students from ten Malaysian universities to Türkiye for immersive, hands-on aerospace training in avionics, aircraft structure design, and software programming. It bridges academic theory with real-world application, building a pipeline of globally exposed, industry-ready talent while deepening bilateral cooperation between Malaysia and Türkiye in high-tech sectors.

Upgraded Local Capabilities in Supply Chains:

To deepen its domestic supply chain capabilities in high-technology and defence sectors, a series of MoUs strengthens Malaysia’s Tier 2 and Tier 3 suppliers, particularly in MRO, avionics, and UAV technologies. By enhancing the technical competencies of local suppliers, Malaysia is positioning itself to support complex aerospace systems, defence platforms, and advanced manufacturing processes.

Entities like Global Turbine Asia, Universiti Malaya, and Crescent Engineering are advancing CAMO systems, mechanical innovation, and aviation safety that contributes to building a more resilient and self-sufficient industrial base. This would mean greater control over critical components, reduced reliance on foreign suppliers, and enhanced readiness to support regional and global aerospace demands.

Regional Positioning through Bilateral and Global Partnerships:

Collaborations such as with Turkey’s DASAL Aviation with Malaysia’s PM Defence are expanding Malaysia’s footprint in defence supply networks across ASEAN, the Middle East, and beyond. The strategic agreement signed at Langkawi International Maritime and Aerospace (LIMA) 2025 exhibition focuses on UAV technology transfer, joint development, and regional deployment, marking a significant milestone in Malaysia–Turkey defence cooperation. This reflects Malaysia’s ambition for sectors such as aerospace, space, and smart systems to enable partnerships and participate in global supply chains not just as a consumer, but as a co-developer and exporter of high-value technologies. Reinforcing Malaysia’s industrial sovereignty and elevates its strategic relevance in regional and global defence networks.

Field-Based Insights: What’s next in the industrial trends

The Aerospace and Defence Technology industries including Airbus, MBDA, Korea Aerospace Industries (KAI), Sapura, and Royal Malaysian Air Force (RMAF) have shifted from arms acquisition to capability development through joint R&D and technology transfer. Focus areas include integrated systems, modular architecture, and sensor fusion.

In the Space and Satellite domain, companies like HawkEye 360 and SHENSHEN SINOSUN are prioritising space-based intelligence, AI-integrated surveillance, and dual-use platforms critical for monitoring terrestrial and orbital threats. Reinforcing Malaysia’s strategic space capabilities.

Smart Systems Integration is advancing rapidly. Technologies such as Air Combat Manoeuvring Instrumentation (ACMI) and Motorola-Barrett solutions are embedding AI into defence simulations, diagnostics, autonomous navigation, and emergency response. This highlights the need for adaptive governance frameworks.

Sustainability and Green Innovation, led by PETRONAS Dagangan and Spritzer, focus on sustainable logistics, hydrogen infrastructure, and biofuel integration. These efforts align green defence with broader green economy goals.

From the Public Sector and Policy Interface, agencies like Royal Malaysian Customs Department (KASTAM), Ministry of Defence Malaysia (MINDEF), and the Royal Malaysia Police (RMP) are advocating for interoperable, secure, and data-integrated systems to create pathways for inter-agency integration and public-private synergies.

Technology Commercialisation and SME Enablement are being driven by Selia Group, STM, and Ikhtiar Factoring. Their efforts to scale SME capabilities in MRO, simulation technologies, and inclusive financing are helping resolve the “missing middle” challenge and strengthen industrial resilience.

To ensure long-term impact, Education, Talent Development, and Simulation initiatives are focusing on immersive simulators, apprenticeships, and modular curricula. These programs support Malaysia’s progressive TVET strategy, promote experiential and lifelong learning.

Finally, Global Partnerships and International Collaboration with firms from the US, Turkey, China, South Korea, and Europe positions Malaysia as a neutral and capable industrial partner. These alliances attract regional bases and reinforce Malaysia’s role in global supply chains driven by geopolitical hedging and talent competitiveness.

Strategic Implications for Foresight and Policy Planning

Moving forward, these converging trends offer valuable insights for Malaysia’s strategic planners. Key foresight opportunities include:

• Updating national industrial roadmaps to integrate dual-use technologies across civil and defence applications.
• Translating talent development insights into modular, industry-aligned upskilling strategies.
• Designing policy levers to scale SME participation in high-technology and defence value chains.
• Embedding space and satellite strategies into broader security, logistics, and data sovereignty frameworks.
• Reinforcing bilateral platforms—such as Malaysia-Turkey and Malaysia-South Korea with clear timelines, capability metrics, and co-development roadmaps.

Advancing Malaysia’s Strategic Industrial Role

Malaysia has demonstrated its ability to convene, learn, and align across sectors and borders. The integration of financing tools like AeroPN, education reforms, SME enablement, and global partnerships reflects a maturing ecosystem that is beginning to think systemically. The next step is to ensure these capabilities are built, scaled, and retained domestically. Only through deliberate execution can Malaysia transition from buyer to builder, and ultimately, becoming a strategic partner in shaping the regional industrial order.

Technology sovereignty isn’t about isolation — it’s about having the ability to choose, to build, and to control the future. It’s about Malaysia owning parts of the value chain that matter — chips, satellites, green tech — not just assembling what others create.

At MIGHT, we’re working across government, industry, and academia to make this future real. Because the cost of not owning this is falling behind.

References

[1]  Asia Business Outlook, 2025. Turkiye's DASAL Aviation Deepens Defense Ties with Malaysia at LIMA 2025. [online] Available at: https://www.asiabusinessoutlook.com/news/turkiye-s-dasal-aviation-deepens-defense-ties-with-malaysia-at-lima-2025-nwid-8829.html [Accessed 28 May 2025].

[2]  Asian Defence Journal, 2025. Nonee Ashirin Mohd Radzi, Chairman, Global Turbine Asia. [online] Available at: https://adj.com.my/2025/05/23/nonee-ashirin-mohd-radzi-chairman-global-turbine-asia/ [Accessed 28 May 2025].

[3]  Global Turbine Asia Instagram, 2025. [Forging the Future: GTA’s Strategic Agreements Unveiled at LIMA 2025]. [online] Available at: https://www.instagram.com/p/DJ8TYatTr-v/?img_index=4 [Accessed 28 May 2025].

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[10] New Straits Times, 2025. New TVET Ecosystem Needed to Meet 60,000 Engineer Target – Zahid. [online] Available at: https://www.nst.com.my/news/nation/2025/05/1218825/new-tvet-ecosystem-needed-meet-60000-engineer-target-%E2%80%93-zahid [Accessed 28 May 2025].