
Supply Chain Engineer Course
Master every layer of modern supply chain engineering — from demand forecasting and inventory optimisation to global network design and risk resilience. This comprehensive course equips professionals with the analytical tools, strategic frameworks, and practical skills to engineer supply chains that perform under pressure and scale with ambition.
What you will learn:
Build end-to-end supply chain strategies aligned to competitive business objectives.
Apply statistical forecasting methods to reduce demand error and improve replenishment accuracy.
Design multi-echelon inventory policies that optimise service levels while controlling holding costs.
Develop supplier qualification, negotiation, and performance management programmes from scratch.
Configure logistics networks and evaluate transportation modes to minimise total freight cost.
Integrate digital tools, control towers, and analytics platforms into supply chain decision-making.
How you study in practice Supply Chain Engineer Course
How you practise Supply Chain Engineer Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Supply Chain Management
Foundations of Supply Chain Management
Lesson 1 • Supply Chain Structure and Scope
Defines the boundaries and components of a supply chain from raw material to end consumer. Establishes the vocabulary used throughout the course.
Lesson 2 • Supply Chain Performance Metrics
Covers the key performance indicators used to evaluate supply chain health. Provides a baseline for benchmarking and continuous improvement.
Lesson 3 • Core Supply Chain Processes
Introduces the plan-source-make-deliver-return framework as a universal process model. Connects each process to measurable business outcomes.
Lesson 4 • Value Creation and Trade-Off Analysis
Examines how supply chain decisions balance cost, speed, flexibility, and service. Introduces the efficient vs. responsive supply chain spectrum.
Chapter 2HideHide detailsSee detailsDemand Planning and Forecasting
Demand Planning and Forecasting
Lesson 1 • Demand Sensing and Real-Time Signals
Explores short-horizon demand sensing using near-real-time data to improve replenishment accuracy. Connects sensing outputs to automated ordering triggers.
Lesson 2 • Quantitative Forecasting Methods
Covers statistical techniques from simple moving averages to exponential smoothing and regression. Students apply each method to real demand data sets.
Lesson 3 • Forecast-to-Plan Translation
Converts approved demand forecasts into production and procurement plans. Bridges demand planning and supply execution within the S&OP cycle.
Lesson 4 • Collaborative Forecasting Processes
Introduces cross-functional and customer-integrated forecasting practices. Reduces forecast error by incorporating market intelligence from multiple sources.
Lesson 5 • Demand Characterisation and Segmentation
Teaches how to classify demand patterns before selecting a forecasting method. Segmentation drives model selection and inventory policy decisions.
Chapter 3HideHide detailsSee detailsInventory Management and Optimisation
Inventory Management and Optimisation
Lesson 1 • Multi-Echelon Inventory Optimisation
Extends single-location models to networked inventory across warehouses and distribution centres. Identifies optimal stocking points to minimise total network inventory cost.
Lesson 2 • Safety Stock Calculation and Service Levels
Teaches statistical safety stock sizing linked to target service levels and lead time variability. Quantifies the cost of achieving higher fill rates.
Lesson 3 • Inventory Replenishment Policies
Covers fixed-order-quantity, fixed-interval, and min-max replenishment systems. Students select the right policy based on demand variability and lead time.
Lesson 4 • Inventory Types and Functions
Distinguishes cycle, safety, pipeline, and anticipation inventory and their cost drivers. Provides the conceptual foundation for all subsequent inventory decisions.
Lesson 5 • Inventory Accuracy and Control
Covers cycle counting, root cause analysis, and inventory record accuracy improvement. Accurate records are prerequisite to reliable replenishment and planning.
Chapter 4HideHide detailsSee detailsProcurement and Supplier Management
Procurement and Supplier Management
Lesson 1 • Supply Risk Identification and Mitigation
Identifies sources of supply disruption and builds mitigation strategies into sourcing decisions. Connects risk management to business continuity planning.
Lesson 2 • Strategic Sourcing and Category Management
Applies spend analysis and portfolio models to develop category-level sourcing strategies. Differentiates tactical purchasing from strategic sourcing.
Lesson 3 • Contract Negotiation and Terms
Covers negotiation strategy, pricing models, and key contractual terms for supply agreements. Students structure contracts that protect supply continuity and manage risk.
Lesson 4 • Supplier Selection and Qualification
Establishes criteria and processes for identifying, evaluating, and approving suppliers. Reduces supply risk by ensuring supplier capability before award.
Lesson 5 • Supplier Performance Management
Implements ongoing measurement, feedback, and development programmes for the supplier base. Drives continuous improvement and early identification of supply risk.
Chapter 5HideHide detailsSee detailsLogistics and Transportation Management
Logistics and Transportation Management
Lesson 1 • Transportation Modes and Trade-Offs
Compares road, rail, ocean, air, and intermodal transport on cost, speed, and reliability dimensions. Mode selection decisions are linked to product and service requirements.
Lesson 2 • Carrier Selection and Management
Covers the process of qualifying, contracting, and managing carrier performance. Builds a resilient carrier base that supports service commitments.
Lesson 3 • Logistics Network Design
Applies network modelling to determine optimal facility locations, quantities, and flows. Balances transportation cost, inventory cost, and customer service targets.
Lesson 4 • Warehouse and Distribution Operations
Examines warehouse layout, receiving, storage, picking, and shipping processes. Connects warehouse efficiency to order fulfilment speed and accuracy.
Lesson 5 • Freight Costing and Rate Structures
Decodes carrier rate structures, accessorial charges, and freight audit processes. Students calculate total freight cost and identify cost reduction opportunities.
Chapter 6HideHide detailsSee detailsSupply Chain Risk and Resilience
Supply Chain Risk and Resilience
Lesson 1 • Resilience Strategies and Redundancy
Covers redundancy, flexibility, and agility strategies that reduce vulnerability to disruption. Each strategy is evaluated against its cost and risk-reduction benefit.
Lesson 2 • Disruption Response and Recovery
Develops playbooks for detecting, responding to, and recovering from supply chain disruptions. Speed of response is linked to pre-planned protocols and clear escalation paths.
Lesson 3 • Risk Quantification and Prioritisation
Applies probability-impact analysis and financial modelling to rank risks by expected loss. Prioritisation directs mitigation investment to the highest-value exposures.
Lesson 4 • Risk Identification and Classification
Provides a structured taxonomy of supply chain risks across demand, supply, operational, and external categories. Risk identification is the prerequisite to all mitigation work.
Lesson 5 • Business Continuity Planning
Integrates supply chain risk management into enterprise-wide business continuity plans. Students develop and test continuity plans for critical supply chain nodes.
Chapter 7HideHide detailsSee detailsSupply Chain Technology and Digital Tools
Supply Chain Technology and Digital Tools
Lesson 1 • Enterprise Resource Planning in Supply Chains
Explains how ERP systems integrate procurement, inventory, production, and finance data. Students navigate ERP modules relevant to supply chain transactions.
Lesson 2 • Supply Chain Visibility and Control Towers
Introduces real-time visibility platforms that aggregate data across supply chain partners. Control towers enable proactive exception management and faster decision-making.
Lesson 3 • Emerging Technologies in Supply Chain
Surveys IoT, blockchain, autonomous robotics, and AI applications reshaping supply chain operations. Students assess technology maturity and fit for specific supply chain problems.
Lesson 4 • Advanced Planning and Scheduling Systems
Covers APS tools that optimise demand, supply, and production plans beyond ERP capability. Students configure planning parameters and interpret system-generated plans.
Lesson 5 • Data Analytics for Supply Chain Decisions
Applies descriptive, diagnostic, predictive, and prescriptive analytics to supply chain data. Students build and interpret analytical models that support operational decisions.
Chapter 8HideHide detailsSee detailsSupply Chain Strategy and Network Design
Supply Chain Strategy and Network Design
Lesson 1 • Global Supply Chain Design Considerations
Addresses the complexity of designing supply chains that span multiple countries and trade regimes. Students evaluate global sourcing, manufacturing, and distribution trade-offs.
Lesson 2 • Sustainability and Circular Supply Chains
Embeds environmental and social sustainability into supply chain strategy and network design. Students quantify carbon footprint and design circular material flows.
Lesson 3 • Sales and Operations Planning at Scale
Designs and facilitates an enterprise S&OP process that aligns demand, supply, and financial plans. Students lead S&OP meetings and resolve cross-functional trade-offs.
Lesson 4 • Supply Chain Transformation and Change Management
Guides students through planning and executing large-scale supply chain improvement programmes. Addresses the organisational and behavioural dimensions of supply chain change.
Lesson 5 • Aligning Supply Chain to Business Strategy
Connects corporate competitive strategy to supply chain design choices. Students diagnose misalignment and propose corrective supply chain configurations.
Your valid completion certificate
This course is for you:
Operations coordinator: ready to grow beyond execution into strategic supply chain roles.
Procurement specialist: seeking a broader framework that connects sourcing to network strategy.
Logistics professional: wanting to understand how transportation fits the full supply picture.
Industrial engineer: looking to apply process skills across end-to-end supply chain design.
Career changer: bringing analytical or business experience into a high-demand supply chain field.
Supply chain analyst: aiming to move from reporting data to making decisions that drive results.
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