Simulations in Maritime Education and Training

This chapter examines the evolving role of simulators in MET, highlighting their transition from technical training tools to comprehensive learning environments. Historically grounded in apprenticeship, MET now integrates simulation to bridge theory and practice, driven by regulatory frameworks like the STCW Convention. The chapter explores various simulator modalities and how their use reflects discipline-specific pedagogies. Through a discussion of the concept of simulator fidelity encompassing technical, psychological, and interactional aspects, the chapter examines key dimensions to consider when designing simulator training scenarios to achieve the desired goals of the exercise. With reference to an identified gap in the MET literature, specifically the lack of theoretically informed learning perspectives, the chapter utilizes the fidelity discussion to motivate another type of reflection among instructors regarding the relationship between the choice of learning goals, the choice of technology, and scenario design.

This chapter explores the critical elements of connecting learning objectives to practical tasks within educational curricula, establishing a strong connection between the practical task and course objectives. The chapter emphasises the importance of selecting the appropriate simulator for the task at hand, determining an appropriate level of difficulty for the students, and implementing relevant briefing-scenario-debriefing designs to advance the educational benefits of simulation-based learning. Four-Component Instructional Design is introduced as a model for systematically designing simulations for learning, representing both a proven approach to designing effective instruction, and a formalisation of current scenario design practice within MET.

Briefing serves as a foundational element in maritime navigation training, setting the stage for meaningful engagement with simulation-based scenarios. These prospective and preparatory activities aim at managing student expectations and providing them with an understanding of the learning objectives, the upcoming task, and contextual condition they will encounter during the scenario. This chapter examines the pedagogical and operational aspects of briefings, exploring how this phase serves as a starting point for bridging between abstract knowledge and knowledge-in-action. By focusing on the intricacies of preparing students for simulation, planning the briefing as well as the delivery of instructions in briefings, the chapter underscores the critical role of briefings in enabling participants to approach simulations not merely as technical exercises but as opportunities for skill development and professional growth.

This chapter outlines a comprehensive guide to the creation of a fruitful learning environment for simulation exercises. In this respect, the role and importance of monitoring students’ ongoing activities during simulations is highlighted as the basis of being able to support the students in their learning processes. In addition, the chapter outlines how role-plays in the simulated environment can function as an arena for professional learning, using the threshold concept framework to illustrate the messy, non-linear process of becoming a seafarer.

The process of debriefing is argued to be the most critical stage during the simulation exercises of high-risk maritime operations. Debriefing is an important step in simulation-based learning exercises for promoting structured discussions and identification of learning gaps. However, it is especially crucial when considering the teamwork component of the maritime operations. During the debriefing stage, the participants, i.e., the instructors and the maritime trainees, have the opportunity for group-level reflection and identification of corrective measures for sub-optimal activities in relation to the learning objectives. A variety of mediational tools and resources can be utilized by the instructors for highlighting the performance of the learners and providing feedback. In this chapter, we look into the process of establishing a conducive environment for facilitating the debriefing process, as well as the various debriefing models that can be utilized for orienting the reflections and feedback. The success of the debriefing stage, which occurs towards the end of the simulation exercises, depends to an extent on the productive debates related to the learning objectives and key takeaway messages for the participants. Therefore, the chapter focuses on how the participants can achieve the same, thereby meeting the intended goals of the simulation exercises.

This chapter explores the challenges associated with using maritime simulators for assessing seafarer competence, with a particular focus on the validity, reliability, and fairness of such evaluations. Key issues addressed include the potential for assessor bias and the inherent complexities of evaluating professional knowledge as it is enacted in dynamic, simulated environments. The chapter emphasizes the need for standardized assessment criteria, focused assessor training, and strategies to mitigate subjective evaluation bias. Drawing on insights from multiple studies, the chapter offers practical guidelines for enhancing the effectiveness of simulation-based competency testing. By bridging the gap between theoretical assessment principles and the practical realities of maritime training, the chapter provides a roadmap for developing fair and reliable assessment practices that reflect the challenges of evaluating professional knowledge in action.

This chapter explores the evolving landscape of collaborative research between instructors and researchers, emphasizing the need for practice-centered approaches to strengthen educational practices and support professional development. Grounded in traditions such as Action Research, Participatory Action Research, and Design-Based Research, the chapter highlights how teachers can serve not only as recipients of research but as co-researchers and co-producers of knowledge. It outlines the historical and theoretical roots of these approaches, including models like Learning Study, Teacher Development Partnership Research, and Research-Practice Partnerships, while acknowledging their potential to bridge the persistent gap between theory and practice. The chapter also critically examines the tensions and challenges inherent in these collaborations. Issues of power asymmetry, role ambiguity, trust uncertainty, and institutional constraints often limit meaningful participation and equitable knowledge production. The concept of the Third Space is introduced as a framework to support more balanced, dialogic engagement between academic and practitioner knowledge expertise. Ultimately, the chapter calls for a nuanced understanding of collaborative educational research that recognizes its political, cultural, and structural dimensions, and foregrounds sustained, reciprocal relationships as key to a more professionalized instructional practice.

This final chapter offers a reflective synthesis of the preceding contributions, drawing together insights from research and practice to consider how simulation pedagogies in maritime education and training (MET) are currently enacted, and how they might be further developed. Against the backdrop of an industry marked by rapid technological innovation, increasing internationalisation, and intensified demands for professional competence, the chapter examines how simulation-based training is situated within broader educational and institutional frameworks. The discussion foregrounds how pedagogical practices are shaped by local conditions, disciplinary traditions, and industry standards. By revisiting key themes across the book, this chapter argues for a pedagogically grounded approach to simulation. Finally, the chapter outlines several directions for developing simulation pedagogies in MET, pointing toward a future in which simulation is not only a site for training, but a space for engaging with the complexities of professional learning in an increasingly technically advanced and globalised maritime sector.