Designing EV Features to Reduce Range Anxiety with Lean CIRCLES

Electric vehicle drivers face a unique psychological hurdle: the constant worry of running out of power before reaching a charger. To build successful EV solutions, product managers and designers must systematically address this anxiety with clear, user-focused features. This text-based course guides you through applying the structured Lean CIRCLES framework to design impactful EV features that solve real driver pain points. You will start by mastering foundational EV concepts, battery behavior basics, and the psychology of range anxiety before diving into structured problem-solving. Through detailed written explanations and step-by-step case studies, you will learn how to identify user personas, prioritize features, and define success metrics. What you will learn: Understand the core drivers of EV range anxiety and how battery metrics impact user behavior; Apply the Lean CIRCLES framework systematically to conceptualize new automotive features; Define precise target personas and prioritize their most critical charging pain points; Formulate actionable, data-driven product metrics to measure feature success; Draft clear, structured product requirement outlines for engineering teams. The course begins with essential EV terminology and user psychology, then transitions into hands-on framework application, and concludes with a complete walkthrough of designing an intelligent routing and charging feature. This course is designed for aspiring product managers, UX designers, and automotive enthusiasts who want to learn structured design frameworks with no prior EV industry experience required. Start reading to master the art of structured product design for the electric vehicle era.