Motorsport Academy

Goal

In Formula 1, vehicle dynamics science has the goal of understanding the dynamics and kinematics of the car from a physics and mathematical point of view so that performance and balance can be optimised. 

Vehicle dynamics engineers are responsible for modelling and optimising car handling, braking, acceleration and ride performance.

This course represents a deep dive on the main tasks a vehicle dynamics engineer undertakes, specially in a Formula 1 setting,  which includes understanding the vehicle model, simulation methodology and correlation, use of the 7-post shaker rig and K&C rig, as well as the development of the time simulation tools for suspension performance..

Several case studies are used to identify, from a practical point of view, the theory behind vehicle models in order to understand longitudinal, lateral and vertical dynamics. Students will apply these learnings to complete the final assignment.

Upon successful course completion, each student will receive an official Motorsport Engineer certificate. All students are free to interact with the instructor, benefit from industry networking opportunities, professional recommendations and advice.

Syllabus

• Introduction to Vehicle Dynamics Science in Formula 1
• Vehicle model: longitudinal, lateral and vertical dynamics
  • Case study 1: straight line performance modelling
  • Case study 2: Derivatives analysis yaw rate response
  • Case study 3: Kerb strike simulation modelling

• The tyre model
• Simulation
• 4/7-post rig and K&C rig, use and methodology
• Lap time simulation and pre-event work
• Suspension performance, (ride) simulation and pre-event work
• Simulation correlation
• Assignment: longitudinal, lateral and vertical dynamics models 

Learning Outcomes

Upon completion of this course, the student will be able to:

1. Become conversant with the Vehicle Dynamics role and work dynamics in F1.
2. Understand the development of the vehicle model, as well as the approach used and its objective
3. Understand the different tyre models used, their parameters and desired outcome
4. Demonstrate knowledge of shaker and K&C rigs
5. Develop suspension performance simulations and apply correlation techniques
6. Use the techniques and methods learned during the course to create vehicle models and analyse the results.

This course is for you if...

• you are a student or a professional with interest in Vehicle Dynamics Science.
• you want to start a career in Vehicle Dynamics Science.
• you are a motorsport professional and want to learn about the specifics of Vehicle Dynamics techniques, methods and simulations in F1.