This course introduces students to the various elements of logistics. In addition, the course will include information on logistics in relation to manufacturing, commercial transportation and Naval operations. Topics will include logistics systems, supply chain management, order, demand inventory and warehouse management, and the control systems and automated components of logistics systems. Logistics concepts will focus on the system integration and automation and lean manufacturing applications.

This course provides a detailed study of the key elements of the global supply chain including industry standards, regulations, documentation, transportation, warehousing, technology, management, and pricing. The course examines emerging issues and trends and their impact on tracking and transporting goods.

This class examines the structure and importance of the commercial transportation industry in the logistics sector of business. Topics covered encompass the various modes of transportation including discussions of regulations, economics, characteristics, and development in major transportation modes. Also discussed are costing and pricing issues in transportation and relationship management between buyers and sellers of transportation.

This course provides an overview of the fundamentals of importing and exporting with an emphasis on export-related programs and the network of government support agencies that are involved in international trade. The course focuses on finding new market segments overseas, logistics, documentation, contract administration, terminology, quality control, and payment procedures.

This class teaches an introduction to global business, ethics, finance and logistics. The course will cover how political, economic, and cultural differences affect the global business environment. The class examines issues related to the importing and exporting of goods, supply chain management, and production.

This class introduces basic concepts and practices of modern marketing on an global scale. The class will present information on the global nature of the marketing process and its impact on the effectiveness of firms entering a new market. The course covers market entry strategies, analysis of foreign markets, culture, product design, pricing, distribution, promotion, and sales.

This course provides a foundational introduction to Life Cycle Logistics (LCL) and its role in acquisition, sustainment, and supply chain operations. Students will examine logistics planning, budgeting, contracting, configuration management, and support strategies throughout the system life cycle. Emphasis is placed on understanding the 12 Integrated Product Support (IPS) elements, leveraging digital tools, and recognizing the distinctions, interdependencies, and intersections between commercial and government logistics practices.

This course equips students with the knowledge and skills to apply Digital Engineering (DE) principles, tools, and methodologies in support of Naval Product Support and Logistics (PS&L). Students will explore DE concepts, the use of Product Lifecycle Management (PLM) and enterprise PLM (ePLM) systems, digital baselines, and authoritative sources of truth. The course covers digital models and simulations to support provisioning, cataloging, supply chain health, cost estimation, and system maintenance. Topics include data analytics, visualization, applicable Department of Defense(DoD) and Department of Navy (DoN) DE policies, and strategies to accelerate system deployment while reducing lifecycle costs.

This course provides students with the knowledge and skills to leverage artificial intelligence (AI) and machine learning (ML) to optimize naval logistics operations. Topics include AI fundamentals, applications in predictive maintenance, supply chain optimization, and autonomous systems; the Department of Defense (DoD) and Department of Navy (DoN) AI policy landscape; AI project planning and execution; data management; ethical and security considerations; and communication of AI-driven solutions. Students will explore the integration of AI into naval Reliability & Maintainability (R&M) engineering and assess its potential to transform logistics readiness and sustainment.

This course introduces students to the foundational principles and practices of provisioning, spares management, and the development of effective product support strategies. Students will learn to align spares planning with operational and budgetary requirements, apply spares modeling forecasting tools, utilize spares modeling software, and evaluate inventory management performance metrics. The course also covers the integration of sustainment planning into acquisition documentation, including the development of Life Cycle Sustainment Plans (LCSPs) and Product Support Strategies (PSS).

This introductory course provides foundational knowledge in supportability analysis and product support planning. It is designed for individuals seeking certification in basic logistics engineering principles and practices. Students will explore the key concepts and tools used to ensure system supportability, understand the relationships between design and sustainment, and learn to communicate essential product support requirements. Emphasis is placed on practical skills and real-world application for early-career professionals or those new to logistics.

This fundamentals-level course introduces Configuration Management (CM) practices used in defense and complex system environments. Students will learn the principles, processes, and tools required to manage system/equipment hardware and software configuration changes, technical documentation, and system baselines throughout the life cycle. Topics include configuration change control, configuration identification, configuration status accounting, configuration verification and audits, software and data management, and stakeholder communication. The course is designed for early-career logisticians, engineers, and support professionals seeking basic certification in CM practices.

This course provides a comprehensive understanding of Diminishing Manufacturing Sources and Material Shortages (DMSMS) and its management within the Department of Defense (DoD) acquisition and sustainment lifecycle. Students will learn to identify, assess, and mitigate DMSMS risks; apply relevant policies and best practices; execute the DMSMS management process; utilize tools and technology; and communicate effectively with stakeholders. Emphasis is placed on proactive and reactive strategies, integration of supply chain risk management, and the prevention of counterfeit parts in defense systems.