Programs Designed to Meet Your Needs
MIT CTL designed a customized, flexible learning program that maps to your company’s strategic needs. The design principles include hands-on learning, MIT-validated academic rigor, accessibility, and global flexibility.
Flexible Content & Scheduling
Customize content from our pool of learning domains, the schedule, and pacing of your course to align with your needs
Learn from Anywhere
Our asynchronous on-demand virtual modules allow your team to access content delivered by MIT instructors from across the globe.
Live Support & Synchronous Events
Cohorts are guided by a dedicated MIT course lead. Programs may also include live, synchronous virtual sessions with MIT researchers, interactive case-study discussions, and simulations—giving participants practical, experiential learning experiences.
The MIT CTL training has become a cornerstone of how we develop talent in our global supply chain.
-Director, Business Performance for Global Supply Chain
Choose from a variety of learning domains and key supply chain concepts for a customized program with maximum impact.
Analytics
Essential analytical methods used to understand, model, and improve supply chain performance.
Automation
Core automation strategies, implementation considerations, and case studies that illustrate how companies use automated systems to increase agility, resilience, and operational performance.
Data Management
Management of large-scale data using relational databases, modeling structured data, understanding table relationships, and using SQL.
Demand Forecasting
Fundamental methods organizations use to anticipate future product demand, providing the foundation for planning production, inventory, and transportation decisions.
Finance
Translating operational decisions into financial performance, focusing on connecting supply chain improvements to cost, revenue, and working-capital metrics.
Global Operations
Examines the realities of operating across countries and continents. This includes the challenges and opportunities of global networks, and how global complexity shapes design, planning, and execution.
Humanitarian Logistics
Application of supply chain principles in crisis settings to plan and coordinate emergency operations and deliver essential goods and services in resource-constrained environments.
Inventory Planning
Models and policies used to decide how much inventory to hold and where to position it across the supply chain. Explores trade-offs between cost, service levels, uncertainty, and replenishment strategies.
Logistics
How goods move across different modes, how networks are structured, and how companies make decisions that balance cost, speed, and service.
Machine Learning
How machine learning enhances descriptive and predictive analysis in environments with massive data.
Network Design
Physical flow of a supply chain, including facility location, material flows, and network structure.
Planning
Sourcing, procurement, production planning, and demand management across suppliers, internal teams, and customers.
Process Analysis
Application of practical tools to map, measure, and improve supply chain processes in a clear and structured way.
Production Planning
Aligning demand, capacity, and operational decisions through production planning and sales and operations planning (S&OP).
Resilience
Preparing supply chains for and responding to disruptions through identifying vulnerabilities, managing uncertainty, and designing more resilient and flexible supply chain networks.
Sourcing
Selection, evaluation, and management of suppliers as part of an end-to-end supply chain.
Strategy
Evaluating different strategic frameworks to design supply chains that match market needs, service expectations, and competitive positioning.
Sustainability
Environmental and social dimensions of supply chain design including how sustainable practices reduce emissions, manage resources responsibly, and balance cost with long-term ecological value.
System Dynamics
Complexity, variability, and feedback loop influence on system performance.
Systems & Technology
How core supply chain processes run on enterprise systems such as ERP, MRP, SRM, WMS, TMS, CRM, and S&OP modules.
Visibility
Digital tools to monitor product flows from manufacturing to the final customer including visibility frameworks, enabling technologies, and real-world applications.
Give your team the Corporate Edge
Ready to upskill your team? Share your organization’s priorities through this form so we can identify the most relevant learning approach.
