To advance TVET systems, policymakers should invest

The gap

Evidence profile

Stated in the recommendations and future work sections of the source papers, classified as general, spanning 3 journals.

Supporting evidence — 4 representative gaps

• From Recall to Reasoning: A Systematic Review of Cognitive Demand in Technical and Vocational Mathematics Assessment (2026) · GHANA JOURNAL OF EDUCATION AND TEACHING · doi

  To advance TVET systems, policymakers should invest in teacher professional development, focused on HOTS pedagogies and assessment design. Institutions must prioritise curriculum alignment with workplace demands by incorporating industry partnerships for real-world relevance. Technology integration, paired with frameworks like DOK, can enhance cognitive depth. These steps support SDG 4's quality education goals and SDG 8's emphasis on decent work and economic growth.

  generalstated in recommendationsevidence 5/5
  Keywords: advance tvet systems policymakers invest teacher professional development focused hots pedagogies assessment design institutions must
• Integrating Stem Education to Foster Critical Thinking,Collaboration, Communication, and Creativity in Science Education (2026) · TRANSNATIONAL JOURNAL OF EDUCATION AND SCIENTIFIC DEVELOPMENT · doi

  i. ii. iii. iv. v. vi. laboratories, digital Governments should strengthen the integration of STEM education into science education curricula at all educational levels. Schools should provide well-equipped science technologies, robotics kits, internet facilities, and other STEM resources. Continuous professional development should be organised to equip science teachers with modern STEM pedagogies and digital competencies. Science teachers should adopt inquiry-based, project-based, collaborative, and engineering design approaches to foster learners' critical thinking, communication, collaboration, and creativity.

  generalstated in recommendationsevidence 5/5
  Keywords: science stem digital education teachers based laboratories governments strengthen integration curricula educational levels schools provide
• STEM Integration in Secondary Science and Technical and Vocational Education and Training Curricula in Karachi: A Document Analysis (2026) · Academy of Education and Social Sciences Review · doi

  Future studies should use classroom observation and interview-based approaches to examine how teachers and students perceive STEM integration in secondary and TVET settings. The long-term effects of curriculum change would be better demonstrated by longitudinal studies that follow the academic and career paths of students who follow aligned STEM-TVET programs. To further understand the contextual differences in STEM integration implementation, comparative studies across urban and rural settings as well as between Pakistani provinces would be beneficial.

  generalstated in future workevidence 5/5
  Keywords: stem students integration tvet settings follow future classroom observation interview based approaches examine teachers perceive
• STEM Integration in Secondary Science and Technical and Vocational Education and Training Curricula in Karachi: A Document Analysis (2026) · Academy of Education and Social Sciences Review · doi

  The following suggestions are put out in light of the findings: • Curriculum Reform: National and provincial education authorities should create clear alignment frameworks that link secondary scientific learning goals with prerequisites for entry into vocational 126 Vol. 6 No. 2 (May, 2026) STEM Integration in Secondary Science and Technical and Vocational Education and Training Curriculatraining, as well as formally describe the STEM competencies already incorporated into TVET programs. • Pedagogical Strengthening: To achieve more balanced STEM integration across all four domains, the secondary science curriculum should include more engineering design and technological application components. • Rebranding TVET: To improve their perceived standing, draw in a diverse student body, and better link them with national and global STEM goals, TVET programs should be recast as “Applied STEM” pathways. • Teacher Development: Secondary science and TVET teachers should have access to structured professional development programs that emphasize interdisciplinary STEM pedagogy, project- based learning, competency-based assessment, and cross-sector curricular integration. • Industry Collaboration: To guarantee continuous alignment between TVET competencies and changing labor market demands, formal procedures for industry engagement in curriculum evaluation and revision should be established.

  generalstated in recommendationsevidence 5/5
  Keywords: stem tvet secondary curriculum integration science programs national education alignment link learning goals vocational training

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