KUALA LUMPUR, Mar 3 – The Roundtable Discussion 1 (RTD1) title Strengthening Industry– Higher Education Institutions (HEI) Partnerships for Green Job Readiness: Internships, Skills Matching and Talent Pipelines was held at Universiti Teknologi Malaysia (UTM) Kuala Lumpur on March 3rd, 2026.

Hosted by UTM Nurture Future Green Leader (TUNE) under the Erasmus Capacity Building in Higher Education Grant (CBHE+), the event convened a diverse group of leaders from government agencies, industries and higher education institutions to chart a path toward strengthening Malaysia’s green workforce.

Attendees included representatives from The Malaysian Green Technology and Climate Change Corporation (MGTC), SWCorp Malaysia, Universiti Malaysia Sarawak (UNIMAS), International Islamic University Malaysia (IIUM), The Malaysia Board of Technologists (MBOT), the Energy Commission Academy, Universiti Putra Malaysia (UPM), TalentCorp Malaysia, Malaysian Investment Development Authority (MIDA), Construction Research Institute of Malaysia (CREAM) and Universiti Teknologi MARA (UiTM), reflecting a strong cross‑sector commitment to building a future‑ready workforce.

Programme Moderator, Ir. Ts. Dr. Nor Azidawati Haron said the session focused on aligning internships, skills matching, and talent pipelines with the urgent demands of sustainability and digital transformation.

Discussions were structured around four key dimensions, namely Sector Needs, Government Support, Graduate Profiles and Higher Education Institution (HEI) Support Roles. Under sector needs, participants emphasised that green skills must become baseline competencies across all professions. Priority areas include sustainability literacy, Environmental, Social and Governance (ESG) compliance, carbon measurement, renewable energy expertise, and circular economy operations. Yet critical gaps remain.

Predictive engineering and artificial intelligence (AI) integration are still concentrated at postgraduate levels, leaving undergraduates without exposure to probabilistic modelling, risk quantification, and applied machine learning. Cross‑sector analysis revealed that while technology is available in data centres, renewable energy, electric vehicles, and integrated waste management, local talent pipelines are insufficient, leading to heavy reliance on foreign expertise.

Government support emerged as another pressing dimension. Funding for internships is limited, with grants prioritising industry promotion over workforce readiness. Administrative burdens, such as formal submissions, verification, and reimbursement claims, slow implementation, particularly for Small and Medium Enterprises (SME).

Training structures remain fragmented, with HRD Corp programmes providing short‑term upskilling, while council‑based training offers longer, structured modules, but still falls short of producing fully industry‑ready graduates. Participants identified the need for integrated training‑internship models, stronger industry collaboration, and comprehensive funding frameworks to support full talent deployment.

Graduate profiles were discussed in depth, with consensus that future graduates must combine sustainability principles with digital intelligence. Industry involvement in curriculum co‑creation was highlighted as essential, with roles such as co‑teaching, curriculum design, and providing real‑case exposure. Fluid learning units were proposed to allow rapid updates on emerging technologies and regulatory changes without increasing credit hours.

Mandatory micro‑credentials and industry certifications were seen as scalable solutions to validate foundational competencies like sustainability awareness, systems thinking, and adaptability. However, structural constraints within HEIs, such as accreditation limits and slow reform processes, remain significant barriers. Embedding sustainability into existing modules was identified as a practical workaround.

Finally, HEI were positioned as a systemic enabler of change. Universities must act as living labs for sustainability, integrating campus operations into training and embedding green competencies across curricula. Their role extends to overcoming structural rigidity, mandating micro‑credentials, and aligning with accreditation reforms.

HEIs must also coordinate with government and industry to reduce foreign talent dependency and strengthen local pipelines, ensuring graduates are ecosystem‑ready and capable of meeting the demands of climate adaptation, ESG compliance, and digital‑green integration.

In conclusion, RTD1 established a comprehensive framework for green workforce transformation. Sectoral needs highlight predictive engineering, AI integration, and critical skill gaps. Government support is required for funding reform and streamlined processes. Graduate profiles demand industry co‑creation, micro‑credentials, and embedding strategies. HEIs must act as systemic enablers, aligning education with national strategies.

Together, these dimensions converge on a clear message: green skills must be mainstreamed across education and industry, supported by coordinated policy and accreditation reform, to build a resilient, future‑ready workforce.