In an increasingly interconnected world, understanding how different components of a system interact and influence one another is crucial. At its core, systems thinking is about seeing the "big picture.“ Systems thinking is an approach that enables engineers to address complex, multi-layered problems holistically rather than solving isolated parts. Through this course, you will develop the mindset and skills needed to analyze, design, and manage complex systems—essential for tackling the multifaceted challenges of modern engineering.

Objective

At the end of this training students are expected to;

• Have a solid grasp of systems thinking principles ​
• Learn how to apply system thinking principles to real-world engineering challenges.​
• Be prepared to work in interdisciplinary teams, utilizing systems thinking to bridge different areas of expertise.​
• Be able to analyze complex systems, identify key leverage points, and design effective solutions.

Course Content

• System Dynamics: ​Understand the behaviors of systems over time, including feedback loops, delays, and stocks and flows. ​
• Causal Loop Diagrams: Visualize relationships within a system to see how different factors influence one another.​
• Feedback Loops: Discover reinforcing and balancing loops that drive system behavior, helping you anticipate and shape outcomes.
• Modeling Complex Systems: Learn how to use models to simulate and analyze system behavior, providing valuable insights into potential outcomes.​
• Resilience and Adaptability: Study ways to make systems robust and responsive to change, critical in a fast-evolving engineering landscape.

Intended For

This course is intended for Engineering students, Engineering professionals in their early carries, project managements, Technical leaders, and Engineering leaders.