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Master Traffic Engineering using PTV VISSIM
New
Rating: 4.5 out of 5(9 ratings)
104 students

Master Traffic Engineering using PTV VISSIM

Master transport supply and demand modeling, evaluate network performance, and create 3D traffic visualizations.
Last updated 8/2026
English
English [Auto],

What you'll learn

  • Navigate the PTV Vissim interface and set up a new traffic network from scratch.
  • Model transport supply on open roads and complex intersections (priority rules, stop signs, and signal controls).
  • Input traffic demand, vehicle routing decisions, and vehicle composition (cars, HGVs, buses).
  • Extract, evaluate, and visualize network performance metrics (delays, travel times, queue lengths).

Course content

1 section • 11 lectures • 1h 40m total length
  • Introduction2:45
  • Lecture 211:45
  • Lecture 313:10
  • Lecture 412:44
  • Lecture 511:18
  • Lecture 610:47
  • Lecture 711:11
  • Lecture 810:28
  • Lecture 98:04
  • Lecture 107:56
  • Closing Remarks0:10

Requirements

  • A computer running Windows (PTV Vissim is Windows-based).
  • Access to PTV Vissim software (a student/trial version is sufficient for learning the basics).
  • Basic understanding of traffic engineering concepts is helpful but not strictly required.
  • No prior coding or simulation experience is necessary.

Description

Are you ready to master the world's leading microscopic traffic simulation software and elevate your civil engineering career?

Modern traffic networks are facing unprecedented challenges. As cities grow and infrastructure reaches its limits, the demand for highly skilled traffic modelers is higher than ever. Transport planners and civil engineers can no longer rely on static calculations alone. They need dynamic, microscopic simulation to truly understand how every single vehicle, pedestrian, and traffic signal interacts in real time.

Enter PTV Vissim—the global industry standard for microscopic traffic flow simulation. Whether you are analyzing a single bottleneck intersection, designing a complex highway interchange, or evaluating the impact of new public transit routes, Vissim is the software that top engineering firms and government agencies trust. However, mastering its advanced interface and complex parameters can be overwhelming without the right guidance.

This course is designed to take you from a complete beginner to a confident traffic modeler. Instead of reading through dense, confusing technical manuals, you will learn by doing. We will work step-by-step through practical, real-world engineering examples. You will start by mapping out basic road networks, defining links, and understanding transport supply. From there, we will dive into complex vehicle routing decisions, priority rules for unsignalized intersections, and the detailed programming of traffic signal controllers.

We do not just stop at getting vehicles to move on the screen. You will learn how to calibrate driver behavior parameters—such as the Wiedemann car-following models—so your simulation accurately reflects real-life local driving conditions. Finally, you will discover how to extract critical network performance metrics, such as node delays, queue lengths, travel times, and emission levels, to scientifically back up your engineering decisions.

Beyond the data, you will also learn how to create visually stunning 2D and 3D animations. These visual tools are crucial for clearly communicating your findings to clients, city councils, and public stakeholders who may not have a technical background.

Whether you are a civil engineering student looking to stand out in a competitive job market, or a professional upgrading your firm’s analytical capabilities, this complete masterclass provides the essential, hands-on skills you need.

Enroll today and start building robust, highly realistic traffic simulations!

Who this course is for:

  • Civil & Transportation Engineering Students: Looking to gain a competitive edge in the job market with hands-on software skills.
  • Traffic Engineers & Urban Planners: Wanting to transition from macroscopic planning to detailed microscopic evaluation.
  • Researchers & Academics: Needing a reliable tool to test autonomous vehicles, emissions, or smart-city infrastructure.