About the Project

We are looking for a Junior Consultant who will support modeling, simulation, and analysis activities focused on vehicle performance, dynamics, and control systems.

This role combines MATLAB/Simulink development with hands-on vehicle dynamics engineering, contributing to both virtual development and validation of vehicle behavior.

Work Type: Remote
Contract: Initial 6 months (possible extension up to 12+ months)
Start: ASAP

Responsibilities

• Develop and maintain vehicle models and control systems in MATLAB/Simulink

• Perform simulation and analysis of vehicle dynamics behavior (ride, handling, stability)

• Integrate subsystems such as powertrain, suspension, and control units into full vehicle models

• Support co-simulation environments and multi-domain system integration

• Conduct ride & handling analysis, including performance vs. comfort trade-offs

• Analyze weight transfer, load distribution, and chassis behavior under different driving conditions

• Perform sensitivity studies and optimization of vehicle parameters

• Support correlation of simulation results with real-world test data

• Collaborate with cross-functional engineering teams on system development and validation

Requirements

• Degree in automotive, mechanical, or related engineering field

• Experience with MATLAB/Simulink for modeling, simulation, and control system development

• Ability to build and integrate vehicle-level models (e.g. powertrain, suspension, controllers)

• Knowledge of vehicle dynamics fundamentals, including tyre behavior

• Understanding of weight transfer and load distribution during braking, acceleration, and cornering

• Experience with vehicle modeling

• Ability to analyze ride & handling characteristics

• Knowledge of suspension kinematics

• Experience in chassis tuning and optimization

• Familiarity with data analysis and simulation validation

Nice to have

• Experience with co-simulation environments

• Exposure to CAD or dynamic analysis tools

• Experience in motorsport or performance vehicle projects (e.g., Formula Student)

• Understanding of aerodynamics in vehicle dynamics context

Join a leading commercial vehicle project and shape vehicle performance through MATLAB/Simulink modeling and advanced vehicle dynamics analysis.