Introduction to Urban Transportation Planning

As urban populations swell, designing efficient, accessible, and sustainable transit networks is one of the most critical challenges facing cities today. This text-based course provides a comprehensive introduction to the fundamental concepts, mathematical models, and strategic frameworks used by modern transit planners. You will transition from understanding basic traffic flow to analyzing complex, multi-modal transit networks using current industry standards. In this course, you will learn how to systematic approach urban mobility challenges, evaluate infrastructure investments, and design equitable transit solutions. You will explore modern developments in the field, including data-driven planning, micro-mobility integration, and smart city transit frameworks. What you'll learn: - Understand the core principles of urban transit systems and the historical evolution of city planning - Apply the classic four-step travel demand forecasting model to predict future traffic and transit volumes - Analyze public transit network design, capacity constraints, and multi-modal integration strategies - Evaluate modern sustainable mobility solutions, including active transport, micro-mobility, and electric vehicle infrastructure - Utilize data-driven planning frameworks to assess environmental impact and social equity in transit access - Practice solving transportation planning scenarios through structured written exercises and conceptual case studies We begin with essential terminology, historical context, and the foundational physics of traffic stream characteristics. From there, you will progress through travel demand modeling, network assignment algorithms, and modern policy frameworks designed to reduce emissions and congestion. This course is designed for beginners, aspiring urban planners, civil engineering students, and municipal enthusiasts, with no prior transportation engineering experience required. Start building the knowledge to shape the cities of tomorrow today.