This study investigates the effectiveness of maritime vocational education in preparing graduates to meet the evolving demands of the industry, focusing on competency development, sustainability integration, and practical readiness. The research addresses the increasing need for training programs to align with global industry standards while incorporating sustainable practices to manage environmental and operational challenges. By integrating insights from maritime professionals, educators, graduates, and regulatory officers, the study provides a comprehensive and grounded analysis. The research explores how maritime education equips graduates with industry-relevant skills and incorporates sustainability into training frameworks. Using a qualitative approach, the study involved interviews with 10 stakeholders and thematic analysis of their experiences. Findings indicate strong outcomes in practical readiness (score: 9.3/10), supported by immersive sea-going experiences and hands-on training. However, sustainability integration scored lower (8.6/10), highlighting the need for a greater emphasis on environmental practices and sustainable operations within curricula. The results underscore the significance of collaboration between educational institutions and industry professionals to ensure training aligns with real-world demands. This study offers valuable recommendations for curriculum design and sustainability practices, contributing to a well-prepared and environmentally conscious maritime workforce. The findings serve as a foundation for policy development, institutional strategies, and further research into vocational training and sustainable maritime operations.
 

The growing complexity of maritime operations demands deck officers with advanced competencies and a strong understanding of sustainability principles. This study addresses critical gaps in maritime vocational education by exploring the effectiveness of current training programs, the integration of sustainability, and the role of technology-driven approaches. While previous research has focused on technical skills aligned with STCW standards, limited attention has been paid to leadership, communication, and environmental education. The research sought to answer how maritime training can be enhanced to address these gaps. Using a systematic literature review and qualitative analysis of insights from maritime professionals, educators, and graduates, the study synthesized theoretical frameworks with real-world experiences. Data were collected through semi-structured interviews and questionnaires, analyzed using thematic coding, and triangulated with findings from the literature review. The results demonstrate strong technical training aligned with STCW standards but reveal fragmented sustainability integration and inadequate leadership preparation. Simulation-based training was identified as highly effective, though it requires support from mentorship and real-world experiences. The findings provide actionable recommendations for enhancing curricula, fostering industry-academic partnerships, and refining policies to better prepare deck officers for modern maritime challenges. This research offers a practical roadmap for transforming maritime education, ensuring safety, operational efficiency, and sustainability in global maritime operations.

This research investigates the integration of maritime law education and navigation skill development within vocational school settings. By leveraging qualitative methods, the study engages maritime professionals and vocational educators to assess curriculum effectiveness and alignment with industry standards. Key findings highlight the importance of practical application in maritime law education, emphasizing case studies and scenario-based learning to prepare cadets for real-world challenges. Simulator training emerges as pivotal in developing navigation skills and critical decision-making abilities essential for safe maritime operations. The study also underscores the significance of regulatory compliance, advocating for continuous curriculum adaptation to meet evolving STCW and IMO regulations. Recommendations include enhancing collaboration between stakeholders, expanding experiential learning opportunities, and integrating regulatory awareness throughout educational frameworks. By fostering these initiatives, vocational schools can nurture competent maritime professionals equipped to navigate global maritime challenges while upholding safety, sustainability, and regulatory standards.

This research investigates the integration of sustainability principles and digital advancements in maritime law education within vocational training programmes. Drawing on qualitative perspectives from maritime professionals and educators, the study identifies critical areas for curriculum enhancement and skill development. Key findings highlight the industry's emphasis on regulatory compliance, safety management, and the use of digital technologies in maritime operations. The research underscores the importance of practical training modules, simulation-based learning, and industry partnerships in preparing cadets for real-world challenges. Expertise from industry stakeholders informs curriculum design, focusing on digital navigation tools, safety protocols, and regulatory frameworks like STCW and IMO standards. Assessment of cadet readiness reveals strengths in theoretical knowledge but emphasizes the need for more extensive practical training. Innovative approaches using simulators and online platforms enhance learning outcomes and operational efficiencies. The study concludes with recommendations for ongoing collaboration between academia and industry to sustain curriculum innovation and prepare a competent workforce for the evolving maritime industry.

This research investigates the effectiveness of transportation education programmes in Indonesia, focusing on multimodal transportation. Through qualitative analysis of 50 Indonesian cadets enrolled in transportation programmes, the study assesses knowledge retention and application. Findings reveal strengths in curriculum breadth and practical application, but challenges in knowledge retention, faculty competence, and industry relevance. Recommendations include curriculum enhancements, active learning strategies, faculty development, industry collaboration, technology integration, and a global perspective. By addressing these recommendations, Indonesia can enhance the quality and relevance of transportation education, better preparing cadets for the complexities of the transportation industry.