
Explore generative AI and transformer models like GPT and Claude that generate original content from prompts, enabling multimodal outputs and domain-specific applications in logistics and supply chain.
Master advanced prompting techniques and prompt chaining to enable scenario simulations, risk evaluations, and multivariable optimizations in supply chain management with generative AI.
Leverage prompt libraries and templates to automate logistics tasks with generative AI, standardizing order fulfillment, route optimization, shipment tracking, and supplier communications across ERP and TMS systems.
Apply generative AI driven time series forecasting and textual forecasting to deliver predictions and contextual insights for demand planning, procurement, inventory control, and scenario-based decision support in supply chain management.
Integrate weather forecasts, real-time news, and social media sentiment into supply chain forecasting with generative AI. Enable probabilistic, context-aware forecasting to improve resilience and ensure timely delivery.
Leverage generative ai to simulate stock-out scenarios for proactive inventory management, analyzing lead time variability, demand surges, and supplier delays to inform reorder points, safety stock, and mitigation actions.
Automate supplier scoring with generative AI to generate scorecards, summaries, and recommendations from ERP data and audit inputs, speeding objective vendor evaluation across cost, lead time, reliability, quality, and ESG.
Harness generative ai to compare vendors on quality, cost, lead time, and total cost of ownership for procurement decisions. Craft structured prompts that produce tables, rankings, and customer satisfaction insights.
Generate and dynamically adjust delivery routes with gen AI, using natural language prompts to respect real-time constraints, improve fuel efficiency, and enhance customer service and operations.
Gen AI powers multimodal logistics planning by simulating scenarios to generate optimized, constraint-aware delivery plans across road, rail, air, and sea, and enables dynamic rerouting, cost comparisons, and sustainability-focused options.
Explore how generative AI enables fuel efficiency and load optimization in logistics through natural-language prompts, enabling smarter routing, load balancing, and emissions-aware planning.
Explore layout optimization with text to diagram prompts powered by generative AI to instantly design, visualize, and optimize warehouse and logistics layouts, balancing material flow, storage, safety, and ergonomics.
Generative ai drives dynamic picking and packing instructions, optimizing order fulfillment with clear, context-rich prompts. It supports multi-order batching, zone picking, packaging recommendations, and machine-readable formats for automated distribution.
Leverage real-time, hands-free voice assistants powered by llms to streamline warehouse tasks, enable spoken wms interactions, boost productivity and safety, and support onboarding and supervisor reporting.
Explore how generative AI visualizes warehouse storage configurations as interactive 2D/3D diagrams from natural language prompts, enabling rapid cross-functional planning, scenario comparisons, and safety labeling.
Use ChatGPT for real-time order tracking and intelligent logistics support across websites, apps, and portals, connected to OMS, WMS, and transport APIs, to boost satisfaction and efficiency.
Automate return requests and instructions with Jen AI to streamline reverse logistics, generate return labels, determine eligibility, and initiate refunds or replacements, boosting efficiency and customer experience.
Leverage generative AI to classify, interpret, and summarize sentiment in real-time from complaints and feedback, uncovering root causes, urgency, and regional patterns for service improvement.
Explore how Generative AI enables personalized post-purchase recommendations and follow-ups across channels by interpreting sentiment, behavior, and trends to drive loyalty and repeat purchases.
Leverage smart sensors and generative AI to deliver real-time decision support for supply chain visibility, enabling proactive interventions, predictive maintenance, and intelligent alerts through natural language prompts.
Generate explainable, real-time narratives from IoT data streams to turn sensor readings into actionable insights for logistics, supply chain management, manufacturing, and facility operations.
Transform dense, data-heavy Eskom monthly reports into actionable insights with generative AI narratives. Empower logistics and supply chain leaders to understand performance trends, identify risks, and make faster, informed decisions.
Generative AI enables dashboard narratives that explain supply chain trends and anomalies. It blends data analytics with natural language processing to deliver live role-specific insights for executives, procurement, and warehousing.
This comprehensive course explores the transformative role of Generative AI (GenAI) in revolutionizing logistics and supply chain management. Designed for professionals, analysts, planners, and strategists, the program begins with a foundational understanding of what Generative AI is—covering its core concepts, capabilities, and how it differs from traditional predictive AI in the context of supply chain operations. Learners will then explore real-world relevance through use cases such as delivery optimization, forecasting, sourcing, and warehouse planning.
The course teaches the fundamentals of prompt engineering tailored specifically for SCM professionals. Participants will learn how to write effective prompts, structure multi-step queries, and utilize prompt chaining to simulate real-world logistics scenarios. Through examples and templates, learners will gain hands-on skills to use GenAI for route planning, inventory control, supplier evaluation, and risk forecasting. Advanced modules delve into integrating external signals like weather, market news, and social media into AI-driven time series forecasting, enabling more adaptive and resilient planning.
Specialized lectures highlight applications such as generating EOQ formulas, automating compliance documents, streamlining customs paperwork, and managing multi-echelon inventories using GenAI. Case studies from industry leaders like Walmart, Maersk, Siemens, FedEx, and Unilever illustrate how GenAI is actively shaping modern logistics and procurement practices. Learners will also explore sustainability use cases—such as emission tracking, ESG narrative generation, and circular logistics planning.
The course culminates in hands-on learning through custom prompt libraries, the use of no-code tools, ERP integrations (SAP, Oracle), and real-world plugin examples for transportation planning. With over 1000 expertly designed prompts, learners will be fully equipped to implement GenAI in daily logistics workflows, strategic sourcing, blockchain tracking, and compliance monitoring—making this course a future-ready learning journey for the intelligent supply chain.
This course is designed for learners who want to build practical skills in GenAI, Generative AI, prompt engineering, and modern Generative AI tools. The course also helps you understand how to write effective prompts, improve AI-generated responses, select the right AI tool for different tasks, and apply Generative AI concepts in real-world situations. Whether you are a beginner, developer, student, professional, entrepreneur, or business leader, this course will help you strengthen your understanding of Generative AI applications, prompt design, AI workflows, large language models.
This course gives you access to 1,000+ practical AI prompts that you can use with your preferred Generative AI tool, including ChatGPT, Google Gemini, and Claude. Instead of being limited to one platform, you can choose the AI assistant that best fits your needs and apply the prompts to workplace, business, productivity, career development, and everyday problem-solving. Each prompt can be copied, customized, and adapted across different AI platforms, helping you improve your prompt engineering skills and achieve more accurate, relevant, and useful results.