Ingeniería de Tráfico

Go to Course: https://www.coursera.org/learn/ingenieria-trafico

Introduction

**Course Review and Recommendation: Ingeniería de Tráfico on Coursera** If you're interested in understanding the intricate dynamics of vehicle circulation and traffic engineering, the "Ingeniería de Tráfico" course on Coursera might be your next academic adventure. This comprehensive online course lays the groundwork for learners through a robust exploration of fundamental traffic relationships, intersection control mechanisms, and modern dynamic traffic models. ### Overview of the Course "Ingeniería de Tráfico" begins with a historical overview of traffic engineering, providing an essential context for the evolution of this field both globally and locally. With the increasing complexity of urban environments and the demand for efficient transportation systems, this course becomes quite pertinent. The course structure is designed to guide you through critical concepts and theories essential for understanding traffic flow and management. Learners can expect to engage with both theoretical frameworks and practical applications, equipping them with significant knowledge applicable in real-world scenarios. ### Detailed Syllabus Breakdown 1. **Introducción del curso** The course kicks off with a historical overview that sets the stage for understanding traffic engineering. It introduces key definitions and basic diagrams like the trajectory versus time diagram (x-t), which are essential for grasping the core topics discussed later in the course. 2. **Relación fundamental de tráfico** This section delves into the fundamental traffic relationship and its properties. It also examines the fundamental traffic diagram (q-k) and discusses various proposed models that can be adjusted based on these relationships. This foundation is crucial for anyone looking to analyze and predict traffic patterns. 3. **Control de tráfico en intersecciones** Here, learners explore different strategies for managing traffic at intersections. The module covers both priority intersections and signalized intersections, detailing their characteristics, performance indicators, and operational dynamics. This knowledge is vital for those involved in urban planning and traffic management. 4. **Modelos Dinámicos de tráfico** The course concludes with a thorough investigation of dynamic traffic models, differentiating between macroscopic and microscopic models. It particularly emphasizes the Lighthill-Whitham-Richards (LWR) model on the macroscopic side and addresses vehicle-following models such as the General Motors (GM) model and Newell's model on the microscopic side. ### Recommendations I wholeheartedly recommend the "Ingeniería de Tráfico" course to anyone seeking to enhance their expertise in traffic engineering, whether you are a student, an urban planner, or a professional in the field. The course's structured approach ensures that you not only understand theoretical principles but can also apply them practically. The combination of historical context, fundamental relationships, traffic control strategies, and contemporary models offers a holistic view of traffic engineering. Additionally, the course accommodates learners at various stages, making it accessible to beginners while still providing depth for those who may have more experience in the field. In summary, if you're looking to gain insights into the mechanics of traffic and learn how to tackle the challenges of modern transportation systems, "Ingeniería de Tráfico" on Coursera is a course you shouldn’t miss. With its blend of theory and application, it promises to be an enriching educational experience.

Syllabus

Introducción del curso

Este módulo contiene una breve reseña histórica acerca del desarrollo de la ingeniería de tráfico a nivel global y local. También se presenta el diagrama x-t o trayectoria versus tiempo y algunas definiciones fundamentales para comprender los contenidos del curso

En este módulo se presenta la relación fundamental de tráfico y sus propiedades. También se presenta el diagrama fundamental de tráfico (q-k), sus aplicaciones y algunos modelos propuestos que se pueden ajustar a partir de esta relación.

El siguiente módulo presenta las diferentes formas existentes para controlar el funcionamiento de una intersección vial. Particularmente, se detallan modelos asociados a intersecciones prioritarias e intersecciones semaforizadas, sus características e indicadores de rendimiento y funcionamiento.

En este módulo se presentan los diferentes tipos de modelos que estudia la teoría de tráfico, los que se pueden dividir en modelos macroscópicos y microscópicos. Dentro de los modelos macroscópicos este módulo se enfocará en el modelo LWR, su funcionamiento y aplicaciones. Por el lado de los modelos microscópicos, se presentan modelos de seguimiento vehicular como el Modelo GM y el Modelo de Newell.