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            <p>The landscape of international transportation is fundamentally shaped by the historical trajectory of global trade and the institutional frameworks established in the post-WWII era. This course examines the structural evolution of trade networks, beginning with the 1944 Bretton Woods framework and progressing through the formal establishment of the World Trade Organization in 1995. By analyzing critical economic shocks—such as the 1973 and 1979 oil crises, the 2009 financial collapse, and the recent COVID-19 pandemic—students will evaluate how global trade networks maintain resilience and adapt to systemic volatility. Furthermore, the curriculum critiques the transformative impact of China’s 2001 WTO accession on maritime fleet expansion and global volume flows, providing a rigorous foundation for understanding contemporary demand and supply dynamics in the shipping industry.</p>

<p>Beyond historical analysis, this course delves into the strategic integration of transportation within the broader global supply chain. It offers a comprehensive evaluation of the roles and legal liabilities of key industry actors, including carriers, freight forwarders, and Non-Vessel Operating Common Carriers (NVOCCs). Students will explore how to position transportation as a strategic competitive advantage rather than a mere cost center, analyzing its direct influence on total landed costs and organizational profitability. The curriculum also addresses the operational complexities of geographic constraints, trade corridors, and the contractual distinctions between intermodal and multimodal transport, equipping advanced learners with the analytical tools necessary to design optimal logistics solutions in an increasingly complex and interconnected global environment.</p>
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Strategic Foundations of International Transportation and Global Networks is a practitioner-focused course that equips you to analyze, design, and lead resilient, cost-effective global logistics. From the post–World War II order to today’s complex, shock-prone trade environment, you will connect historical inflection points—oil crises, WTO accessions, financial downturns, and pandemics—to real changes in transportation capacity, costs, and network design. You’ll study how carriers, forwarders, brokers, and NVOCCs create value; when to use intermodal versus multimodal models; and how geography, chokepoints, and economic policy shape routing decisions. The program blends strategic frameworks with hands-on exercises, case studies, and quizzes to ensure you can translate insight into action. By the end, you will be able to align transportation performance with business goals, reduce total landed cost, and build robust global flows that withstand volatility. Ideal for supply chain, procurement, and operations professionals who want to move beyond theory to measurable strategic outcomes, this course delivers a clear playbook for optimizing international transportation and global network performance.

Session N°1 Foundations of International Transportation 

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            <p>The global economy relies heavily on the efficiency of ocean transportation, a sector that has undergone a profound strategic transformation since the advent of containerization. This course provides a comprehensive analysis of the container shipping industry, examining the economic principles that drive standardization and the structural evolution from traditional break-bulk methods to modern, high-capacity systems. Students will evaluate the market dynamics of major carriers and the regulatory frameworks governing global alliances, particularly as the industry moves toward 2025 and beyond. By dissecting the role of Vessel Sharing Agreements and market consolidation, this curriculum prepares Master-level candidates to navigate the complexities of carrier strategies and their impact on global supply chain reliability.</p>

<p>Beyond the shipping lines themselves, the course delves into the critical infrastructure of port operations and terminal management. Participants will differentiate between various port governance models and analyze the operational flow of cargo from anchorage to hinterland connectivity. A significant portion of the study is dedicated to vessel classification, capacity planning, and the deconstruction of ocean freight cost structures, including the impact of economies of scale on slot costs. Furthermore, the curriculum addresses the specialized requirements of bulk shipping and the geopolitical significance of maritime chokepoints. As the industry faces the dual challenges of decarbonization and digital transformation, this course critiques the progress toward IMO sustainability goals and the integration of "Maritime Transport 4.0" technologies, such as blockchain and autonomous vessels, ensuring a forward-looking perspective on the future of maritime logistics.</p>
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Mastering Ocean Transportation: Shipping Operations and Port Management is a comprehensive, industry-aligned program designed for professionals who need a deep, practical understanding of how global cargo moves by sea. From containerization’s economic revolution to the inner workings of ports, terminals, and carrier alliances, this course connects strategy with day-to-day execution. You’ll explore vessel types and capacity planning, uncover how cost structures shape pricing and profitability, and learn how carriers engineer network reliability across volatile markets. The curriculum also demystifies bulk shipping dynamics, maritime chokepoints, and the technologies reshaping the sector—IoT, blockchain, digital twins, and smart ports—while addressing sustainability imperatives and the pathway to IMO 2030/2050 goals. Through structured modules, real-world case framing, and knowledge checks, you’ll gain the tools to analyze market shifts, optimize routing, and make data-driven decisions in port and terminal contexts. Whether you manage logistics, procurement, trade compliance, or operations, you’ll finish with a strategic, end-to-end view of ocean transportation and a portfolio of frameworks to improve cost, service, and resilience in your supply chain.

Session N°2 Ocean Transportation

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            <p>The global maritime industry serves as the primary conduit for international commerce, necessitating a sophisticated understanding of the intricate correlation between evolving trade demands and specialized vessel design. For the maritime transport engineer, the mastery of cargo ship types transcends basic classification; it requires a rigorous analysis of how naval architecture, economies of scale, and modal integration converge to optimize supply chain efficiency. This course examines the strategic deployment of specialized assets within both liner and tramp shipping frameworks, evaluating the economic impact of vessel specialization on global logistics network design. By exploring the foundations of maritime logistics, students will analyze the evolution of ship design from general-purpose carriers to the highly engineered, mission-specific vessels that define contemporary maritime trade.</p>

<p>Beyond strategic considerations, this curriculum provides a comprehensive technical exploration of the structural parameters and engineering challenges inherent in modern merchant fleets. Participants will evaluate the structural integrity requirements for high-density and high-volume cargoes, navigating the complexities of deadweight tonnage (DWT), displacement, and hull coefficients under the guidance of international regulatory frameworks and classification societies. The course delves into the specific engineering nuances of diverse vessel classes, including the TEU optimization of Ultra Large Container Vessels (ULCV), the stability and liquefaction risks associated with bulk carriers, and the advanced fluid dynamics and containment systems of LNG and chemical tankers. Furthermore, specialized modules address the thermodynamic principles of reefer ships, the mechanical complexities of Ro-Ro ramp systems, and the biological welfare engineering required for livestock transport, ensuring a holistic command of the technical and operational variables governing the global shipping industry.</p>
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Master the architecture, operations, and logistics behind the world’s workhorse: the cargo ship. Navigating Global Trade: A Guide to Cargo Ship Types equips supply chain professionals, maritime enthusiasts, and technical teams with a rigorous, practical understanding of how vessels are designed, classified, and deployed to keep global commerce moving. From container ships and bulk carriers to tankers, Ro-Ro vessels, reefers, and livestock carriers, you’ll learn how form follows function—and how those design choices drive cost, safety, sustainability, and speed across international trade lanes. The course blends engineering fundamentals with real-world logistics, linking hull design, stability, cargo-handling systems, and regulatory standards to port operations and intermodal integration. You’ll analyze TEU optimization for ULCVs, stability challenges in bulk cargoes, double-hull tanker safety systems, and the specialized needs of temperature-controlled and live-animal transport. Through case-based insights and practical planning scenarios, you’ll learn to optimize stowage, evaluate equipment trade-offs, and align vessel capabilities with port infrastructure. Whether you manage freight, plan routes, or support maritime projects, this course will sharpen your decision-making with actionable frameworks and terminology used by ship operators, charterers, and classification societies.

Navigating Global Trade: A Guide to Cargo Ship Types

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            <p>The evolution of global maritime logistics is intrinsically linked to the standardization and diversification of shipping containers. For industry professionals, a precise understanding of container classifications and their respective technical specifications is paramount to ensuring operational efficiency, cargo integrity, and cost-effectiveness. This course provides a comprehensive examination of the intermodal equipment that forms the backbone of international trade, ranging from standard general-purpose units to specialized structural configurations designed for complex cargo requirements.</p>

<p>Participants will explore the detailed dimensions and load capacities of 20-foot and 40-foot standard containers, including high-cube variants, before transitioning into specialized equipment such as open-top and flatrack solutions for oversized freight. The curriculum further extends to temperature-controlled logistics via refrigerated units, bulk liquid transport through tank containers, and high-capacity intermodal solutions like 45-foot pallet-wide containers. By analyzing the technical parameters of each classification, logistics experts will enhance their ability to optimize stowage planning and adhere to rigorous safety standards across the global supply chain.</p>
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Master the language of global trade with Maritime Shipping Containers: Classification and Technical Specifications. This practical, industry-focused course demystifies ISO container types, dimensions, and performance criteria used across ocean, rail, and road transport. You’ll learn how to select the right equipment for cargo characteristics, understand payload and cubic capacity trade-offs, and read spec sheets with confidence. From standard general purpose units to high-cube, open top, flatrack, platforms, reefers, tanks, and bulk solutions, each module provides clear classification logic, common use cases, and key operational considerations. Interactive checkpoints and mini-games reinforce core terminology and standards, while quizzes validate job-ready competence. Ideal for logistics coordinators, freight forwarders, planners, and engineers, the curriculum aligns with real-world workflows such as stowage planning, OOG handling, reefer power provisioning, and tank safety. By the end, you’ll confidently interpret technical documentation, optimize container selection for cost and risk, and communicate specifications across stakeholders. Build a reliable foundation to reduce delays, prevent damage, and enhance supply chain throughput on every shipment.

International transport and Maritime Shipping