Browse Our Supply Chain Catalog

Explore the conceptual, analytical and practical aspects of designing experiments. In addition, learn about the failings of traditional experimental design and the benefits of designing a Full Factorial experiment which if done correctly gives the maximum knowledge gain for the lowest cost, every time. Also, learn how to use the results of your designed experiment to create a predictive model and all without the complicated statistics.

Deep dive into Measurement System Analysis (MSA) and Gage Repeatability & Reproducibility (Gage R&R). Develop an understanding of the procedures used in MSA/Gage R&R and how they are applied in the Six Sigma DMAIC process.

Explore the fundamentals of Six Sigma and the DMAIC (Define, Measure, Analyze, Improve, and Control) methodology. Learn how to effectively define a problem by using different Six Sigma tools and processes. Discover how to use these tools in order to measure progress during your project. Learn how to apply principles in order to complete a successful Six Sigma project.

Learn how to use statistical methods for monitoring and controlling processes. Explore probability distribution simulations, process capability analysis and create control charts from scratch. Discover how to identify areas in your organization where controls can improve quality and reduce costs.

Explore the foundations of Six Sigma and concepts such as understanding quality and the Taguchi loss function. Deep dive into Failure Mode and Effects Analysis (FMEA) and learn how potential failure modes within a system can be identified, analyzed and addressed. Discover best practices for implementing FMEA, including process analysis and criticality assessment.

Explore measurement tools such as data collection and analysis, statistical process control and identifying process capability. Learn how to apply these tools to measure current performance levels and identify areas for improvement, as well as strategies for measuring and monitoring improvement efforts over time. Learn how data from this stage can inform decisions made during the subsequent Analyze, Improve, Control phases of DMAIC.

Gain the knowledge and skills necessary to navigate the new era of supply chain management. Through an exploration of IoT technologies and their applications in the supply chain domain, you will gain a deep understanding of the potential benefits of these technologies and how they can be leveraged to optimize supply chain operations.

This topic will equip you with the knowledge necessary to navigate the new era of supply chain and logistics. Through an exploration of IoT technologies and their applications, you will gain a deep understanding of the potential benefits of these technologies and how they can be leveraged to optimize operations.

Explore the economics of demand uncertainty and how it drives supply chain dynamics. Learn about various causes that lead to a bullwhip effect such as order batching, price fluctuations and customer behavior.

Deep dive into the causes and effects of the Bullwhip Effect in Supply Chain Dynamics. In addition, gain a deeper understanding of how the bullwhip effect can cause higher costs and lost revenue in your supply chain, including what movements, delays and amplifications exist within the system, why they happen and how to recognize them in your own supply chain.

Explore the concrete steps that your organization needs to follow to eliminate the Bullwhip effect. Take the lead within your supply chain to eliminate stockouts and get inventory under control.

Explore the dynamic intersection of demand and supply within the realm of supply chain management with our comprehensive course on Demand and Supply Planning Metrics. This course is designed to equip you with the essential knowledge and skills needed to optimize and synchronize the intricate processes of forecasting, demand planning, and supply chain operations.

Understand the fundamentals of supply chain security and its role in reducing risk and protecting operations. Learn to identify physical, digital, and human-related threats, conduct risk assessments, and prioritize vulnerabilities. Explore layered security strategies such as audits, encryption, and GPS tracking, and enhance supplier collaboration to improve compliance. Monitor and refine your security approach with audits and incident planning. Discover how technologies like blockchain, IoT, and AI can strengthen visibility, resilience, and readiness for future challenges.

Gain an understanding of the supply chain strategy and the key capabilities needed to develop a competitive business plan. Learn about different types of strategic toolkits as well as supply chain capabilities that optimize performance, such as supplier relationship management, logistics & transportation optimization, inventory and tracking systems, and product development for global markets.

Learn the key decisions related to supply chain strategy. In addition, learn how to determine whether to make or buy a product or component, what type of supplier relationships you need, and which operating model is best for each product. Also, explore network design strategies, reverse logistics opportunities, and planning intricacies that can be used for strategic advantage.

Learn what sustainable logistics means as well as what a carbon footprint is and what areas are affected by sustainable logistics. In addition, explore the benefits of sustainable logistics as well as how to make improvements through sustainable logistics.

Discover sustainable supply chain management, delving into its principles. Examine the challenges of implementing sustainable supply chains and explore their benefits.

Gain an understanding of the procure-to-pay process, inventory conversion process and order-to-cash process. Learn how these three processes work together and what kind of impact they have on your organization's bottom line.