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Course Overview and Foundations

Course Introduction: Objectives, Outcomes, and Assessment

WMS and TMS Fundamentals and End-to-End Execution Context

Architecture, Data, and Governance

Reference Architectures for Integrated Warehouse and Transportation Execution

Data Governance, Master Data, and Traceability for Execution Quality

Warehouse Management Execution

Inbound Operations: Receiving, Quality, and Put-Away Orchestration

Inventory, Slotting, and Outbound Fulfillment Orchestration

Transportation Execution and Multi-Party Collaboration

Transportation Planning, Tendering, and Carrier Management

In-Transit Visibility, Exceptions, and Financial Settlement

Integration, Interoperability, and Control

Partner Connectivity: EDI, API, and Event-Driven Orchestration

Control Towers, KPIs, and Continuous Improvement

Design, Deployment, and Transformation

Solution Design, Implementation, and Change Management at Scale

Integrated Operating Model and Risk Management

Knowledge Checks

Quiz: WMS and TMS Fundamentals

Quiz: Architecture and Integration Patterns

Quiz: Data Governance and Master Data

Quiz: Inbound and Put-Away Orchestration

Quiz: Inventory, Slotting, and Fulfillment

Quiz: Transportation Planning and Tendering

Quiz: Visibility and Exception Management

Quiz: Financial Settlement and Cost Control

Quiz: Control Towers and KPIs

Quiz: Implementation and Operating Model

Integrated Digital Logistics: Unified Warehouse and Transportation Execution Architecture is a practitioner-led course that teaches you how to design, deploy, and operate end-to-end execution across WMS and TMS with the data, integration, and governance required for real-world scale. If your organization is wrestling with inventory accuracy, dock congestion, tender failures, spiraling freight costs, or fragmented partner connectivity, this program shows you how to unify processes from receiving to proof of delivery—connecting order-to-cash, procure-to-pay, and plan-to-deliver. You will learn the core capabilities of WMS and TMS, how they interact with YMS, LMS, OMS, ERP, and visibility platforms, and how to architect secure, resilient integrations using APIs, EDI, and event streaming. The course blends reference architectures, canonical data models, KPI trees, and control tower techniques with actionable playbooks for exception management and financial settlement. Through check-for-understanding quizzes and a capstone-oriented approach to implementation, you’ll leave with a blueprint to reduce cost-to-serve, improve service levels, and de-risk operations while building a scalable foundation for continuous improvement.

Integrated Digital Logistics: Unified Warehouse and Transportation Execution Architecture

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            <p>Integrated Digital Logistics: Unified Warehouse and Transportation Execution Architecture equips supply chain managers to design, operate, and continuously improve end-to-end execution across warehouse and transportation domains. Framed around enterprise strategy and value creation, the course clarifies how WMS and TMS functions converge with OMS, ERP, and visibility platforms to support order-to-cash and procure-to-pay processes. Participants will establish a common vocabulary for execution systems, learn the lifecycle from order origination to final delivery, and align service, cost, and risk objectives through a rigorous KPI framework. The capstone and assessments emphasize practical application—bridging operating realities such as labor and capacity constraints with architectural and governance choices that drive measurable outcomes.</p>
<p>The curriculum progresses from foundations to advanced integration and control. Early modules cover WMS and TMS fundamentals, including receiving, put-away, slotting, picking, packing, shipping, transportation planning, rating, carrier management, tendering, and settlement. Architecture and data modules then build a reference blueprint spanning YMS, LMS, control towers, and visibility platforms, with integration patterns (API, EDI, event streaming), deployment models (on-premises, cloud, hybrid), and designs for security, resilience, and scalability. Warehouse execution modules address inbound orchestration, inventory accuracy, and outbound fulfillment handoffs to transportation. Transportation execution extends to in-transit visibility, exception playbooks, proof of delivery, freight audit, and ERP reconciliation. Integration and interoperability modules focus on partner connectivity, event-driven orchestration, and automated dispute resolution, culminating in control tower design, KPI trees, root-cause analytics, and closed-loop actioning. The program concludes with solution design and change management at scale, an integrated operating model for resilience and compliance, and knowledge checks that ensure mastery across fundamentals, architecture, data governance, operations, visibility, financials, and continuous improvement.</p>
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