Dr. Adele Merlino Ph.D | Anthony Rogone MS | Captain Abhinandan Prasad
Today, maritime education is influenced by tradition, regulations, and fast-changing global demands. The maritime industry plays a vital role in international trade, handling nearly 90% of the world's goods. Therefore, maritime professionals need more than just technical skills; they must also understand regulations and care for the environment, while being able to work well in diverse cultures.
This article discusses a collaborative initiative between SUNY Maritime College in the United States and Lyceum-Northwestern University in the Philippines. This program brought together undergraduate maritime students to learn about preventing maritime pollution, focusing on voyage planning in line with MARPOL regulations and the United Nations Sustainable Development Goals (SDGs), specifically SDG 14: Life Below Water.
The core idea of this collaboration was straightforward but impactful: to create real-world maritime situations by having students from different countries work together on a common task. Students formed international teams and were tasked with studying how environmental regulations affect voyage planning decisions. They presented their findings through live virtual presentations, demonstrating both their technical skills and teamwork.
The project's regulatory basis included MARPOL Annex V (garbage management), MARPOL Annex VI (air pollution), and the Ballast Water Management Convention. Through these frameworks, students addressed practical challenges like waste segregation, emission control, ballast water treatment, and compliance strategies. By integrating SDG 14, the discussion went beyond mere compliance and encouraged students to see themselves as future protectors of the marine environment.
From a teaching perspective, the project utilized Social Learning Theory and Sociocultural Theory, highlighting that learning is a social process enhanced by observation, interaction, and collaboration. In the maritime field, where crews often work in multicultural and high-pressure settings, these theories are especially relevant. The COIL framework provided students with a chance to experience these dynamics in a controlled learning environment.
The collaboration featured both live and self-paced learning. Live sessions included introductions, progress checks, and final presentations, while self-paced work allowed teams to coordinate across different time zones. Students chose their preferred communication tools—from messaging apps to video calls—mimicking the real-world communication challenges in maritime settings.
Surveys taken before and after the project showed positive outcomes. Initially, many students were inexperienced with international collaboration. By the end of the project, they felt more confident using digital tools and working with peers worldwide. They reported a better understanding of maritime regulations and their practical applications in voyage planning.
Interestingly, the results varied among different groups. Filipino students showed significant improvements in their confidence related to maritime topics, while U.S. students felt more capable in collaborative efforts. These findings suggest that collaborative programs may provide different benefits based on students' previous experiences and backgrounds.
Faculty observations supported these findings. Students engaged more deeply with the material when required to use their regulatory knowledge in a diverse, collaborative setting. Including environmental factors in voyage planning encouraged a holistic approach, connecting operational decisions to sustainability.
Soft skills developed during this collaboration were equally valuable. Students learned to manage time zone challenges, cultural differences, and communication issues—essential elements of maritime work. These experiences nurtured adaptability, empathy, and professional communication skills that traditional classroom settings alone cannot provide.
Feedback from students highlighted the importance of the experience. Many called it "eye-opening," as it enriched their understanding of maritime sustainability and global teamwork. While they faced challenges like scheduling conflicts and tech issues, these were viewed as realistic aspects of working in a global environment rather than significant obstacles.
Comparing this experience with traditional coursework emphasizes the advantages of the COIL approach. Students in standard classes may learn about MARPOL and sustainability concepts but miss out on applying that knowledge in a multicultural context. The COIL model turns learning from a static process into an engaging, context-rich experience.
The implications for maritime education are substantial. As the industry globalizes and environmental regulations tighten, integrating technical knowledge with intercultural skills will be essential. COIL offers a scalable and effective way to introduce these competencies into the curriculum.
Looking forward, there is potential to enhance such initiatives further. Future programs might include better documentation of teamwork processes for improved assessment of collaboration. Additionally, exploring topics like digital navigation systems and data-driven voyage planning could align the curriculum with industry advancements.
In conclusion, the incorporation of COIL into maritime education is a significant step in aligning academic training with professional realities. By blending regulatory knowledge, environmental consciousness, and cross-cultural collaboration, this approach prepares students not just for navigating seas but also for handling the complexities of a global maritime industry.
Just like ships, students' journeys begin long before they set sail.