The Human Resource Development Council (HRDC) will organise a Skills Interface for the Light Engineering and Precision Manufacturing sector on 04 June 2026. The interface forms part of HRDC’s ongoing sectoral engagement process to identify priority skills needs, strengthen collaboration between industry and training stakeholders, and support the development of practical skills solutions aligned with the changing requirements of the Mauritian manufacturing sector.
Light engineering and precision manufacturing is a strategic enabling sub-sector for Mauritius. It supports a wide range of economic activities, including manufacturing, construction, utilities, renewable energy, transport, packaging, food production and industrial maintenance. The sub-sector covers areas such as metal fabrication, precision machining, plastic and rubber products, printing and packaging, chemicals and paints, electrical and renewable-energy-related products, as well as repair, maintenance and industrial engineering services.
The interface will bring together operators, industry representatives, training institutions, universities and relevant stakeholders to examine how the sub-sector is evolving and what this means for workforce development. Particular attention will be given to technical occupations, digital and advanced manufacturing skills, quality standards, practical training exposure and opportunities for co-designed training programmes under HRDC schemes.
Rationale
The Light Engineering and Precision Manufacturing sub-sector is increasingly moving beyond basic fabrication towards more technical, quality-driven and technology-enabled production. Firms are being required to respond to higher customer expectations, tighter quality standards, shorter delivery times, cost pressures, digitalisation, automation and the need for more efficient production systems.
At the same time, the sub-sector plays a critical role in supporting industrial resilience. It provides technical support, components, maintenance services, packaging inputs, fabrication works and engineered products required by several other sectors of the economy. Strengthening the skills base of this sub-sector is therefore important not only for the firms operating within it, but also for the wider competitiveness of the Mauritian manufacturing ecosystem.
Objectives of the Skills Interface
The Skills Interface will aim to:
· Examine the current and emerging skills needs of the Light Engineering and Precision Manufacturing sub-sector;
· Identify priority occupations and technical roles that are difficult to recruit, retain or develop locally;
· Assess the extent to which current training provision is aligned with industry requirements;
· Identify skills gaps in areas such as CNC operation, machining, welding, fabrication, CAD/CAM, maintenance, mechatronics, quality control and digital production;
· Strengthen collaboration between industry operators, universities and training institutions for more relevant and practical training delivery;
· Explore short, modular and work-based training interventions that can support both new entrants and existing workers; and
· Identify sectoral training proposals that may be developed and supported through HRDC skills development schemes.
Focus of the Interface
The discussion will focus on both immediate workforce gaps and the longer-term capabilities required for industrial upgrading. Key areas of attention will include:
1. Sector Evolution and Future Direction
Participants will discuss how the sub-sector is changing in Mauritius, particularly in relation to customer requirements, production processes, product complexity, automation, digital tools and international quality expectations.
2. Technical Skills and Occupational Shortages
The interface will seek to identify roles that are currently difficult to recruit or retain, including machinists, CNC operators, welders, fabricators, toolmakers, maintenance technicians, design technicians, quality controllers and mechatronics technicians.
3. Technology, Digitalisation and Advanced Manufacturing
Discussions will examine the use of CNC machines, CAD/CAM, 3D modelling, automation, robotics, sensors, mechatronics and digital production tools, as well as the technical and digital skills required to operate, programme, maintain and troubleshoot modern equipment.
4. Quality, Standards and Technical Competence
The interface will also consider skills gaps linked to inspection, measurement, calibration, technical drawing, blueprint reading, quality assurance, tolerances, testing methods and certification requirements.
5. Training Alignment and Practical Exposure
A key objective will be to assess whether existing training programmes provide sufficient practical, work-based and equipment-based exposure. The session will explore how companies and training institutions can co-design more relevant short courses, apprenticeships, conversion programmes and upskilling modules.
6. Emerging and Evolving Job Profiles
The interface will explore emerging roles in areas such as CNC programming, industrial automation, CAD/CAM design, maintenance diagnostics, mechatronics, robotics support, additive manufacturing and production planning.
7. Skills Development Schemes and Training Projects
The session will identify short-term and medium-term training programmes that could be mounted under HRDC schemes, including common training needs that may be addressed through a clustered sectoral approach.
Expected Outcomes
The Skills Interface is expected to lead to:
· A clearer understanding of the priority skills gaps affecting the sub-sector;
· Identification of critical occupations and emerging job profiles;
· Inputs from industry on the practical competencies required in real production environments;
· Recommendations for short, targeted and modular training interventions;
· Opportunities for collaboration between operators, industry associations, universities and training providers; and
· Identification of possible HRDC-supported training projects.
Through this Skills Interface, HRDC aims to move beyond discussion towards practical implementation. The objective is to work with industry and training stakeholders to identify concrete training solutions that can support technical capability, productivity, quality improvement, technology adoption and the long-term competitiveness of the Light Engineering and Precision Manufacturing sub-sector in Mauritius.
