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This study examines how curriculum relevance and workplace-based mentorship influence apprenticeship outcomes in South Africa’s manufacturing industry, with a focus on persistent skills gaps between training provision and industry requirements. Guided by Objective 1, which seeks to examine the relevance and alignment of apprenticeship curricula with the skills, technologies, and competency demands of the manufacturing sector, and Objective 3, which explores the role of mentorship and workplace-based learning in supporting skills development, employability, and workplace readiness, the study investigates the extent to which current apprenticeship programs reflect contemporary manufacturing practices. A qualitative, multi-case research design was employed, drawing on in-depth interviews with stakeholders from public colleges, private training centres, and small and medium-sized enterprises (SMEs). The findings reveal a sustained misalignment between formal apprenticeship curricula and modern manufacturing technologies, including automation, robotics, and advanced production systems, largely resulting from centralised curriculum control and limited institutional autonomy. In contrast, mentorship and workplace learning emerged as critical mechanisms for translating theoretical knowledge into practical competence, strengthening professional identity, and developing both technical and soft skills. However, the effectiveness of mentorship practices varies across institutional contexts, with colleges facing greater structural and policy constraints than SMEs and training centres. The study concludes that bridging skills gaps in South Africa’s manufacturing sector requires an integrated approach that combines responsive curriculum reform with structured, industry-embedded mentorship and authentic workplace learning opportunities, offering practical and theoretical contributions to vocational education and training scholarship.

This study examines how curriculum relevance and workplace-based mentorship influence apprenticeship outcomes in South Africa’s manufacturing industry, with a focus on persistent skills gaps between training provision and industry requirements. Guided by Objective 1, which seeks to examine the relevance and alignment of apprenticeship curricula with the skills, technologies, and competency demands of the manufacturing sector, and Objective 3, which explores the role of mentorship and workplace-based learning in supporting skills development, employability, and workplace readiness, the study investigates the extent to which current apprenticeship programs reflect contemporary manufacturing practices. A qualitative, multi-case research design was employed, drawing on in-depth interviews with stakeholders from public colleges, private training centres, and small and medium-sized enterprises (SMEs). The findings reveal a sustained misalignment between formal apprenticeship curricula and modern manufacturing technologies, including automation, robotics, and advanced production systems, largely resulting from centralised curriculum control and limited institutional autonomy. In contrast, mentorship and workplace learning emerged as critical mechanisms for translating theoretical knowledge into practical competence, strengthening professional identity, and developing both technical and soft skills. However, the effectiveness of mentorship practices varies across institutional contexts, with colleges facing greater structural and policy constraints than SMEs and training centres. The study concludes that bridging skills gaps in South Africa’s manufacturing sector requires an integrated approach that combines responsive curriculum reform with structured, industry-embedded mentorship and authentic workplace learning opportunities, offering practical and theoretical contributions to vocational education and training scholarship.