Introduction to Engineering Systems and Complex Systems Thinking

Modern challenges like energy grid reliability, healthcare delivery, and urban transportation cannot be solved with isolated technical fixes. These are complex engineering systems that require an interdisciplinary approach, blending technical engineering, management principles, and social sciences. This course provides a structured introduction to systems thinking, giving you the frameworks needed to analyze, model, and design large-scale infrastructure and organizational systems. You will learn how to identify system boundaries, manage emergent behaviors, and plan for long-term sustainability and resilience. Through this structured text-only curriculum, you will build a solid conceptual foundation in systems engineering before applying these principles to complex, real-world scenarios. What you'll learn: Understand the core principles of systems thinking and how to define system boundaries; Analyze complex socio-technical systems by integrating engineering, management, and policy perspectives; Identify and mitigate risks related to system failure, resilience, and security; Apply modern modeling techniques to predict system behavior and manage emergent properties; Evaluate the environmental, economic, and social impacts of large-scale infrastructure projects. We begin with foundational definitions, exploring what makes a system complex and how historical engineering frameworks have evolved. You will then progress through structured readings and case-study analyses that examine telecommunications, water supply, and energy systems. This course is designed for beginners, aspiring engineers, policy analysts, and project managers with no prior background in systems engineering. Start thinking like a systems engineer today and learn how to tackle the world's most complex challenges.