In this role, you will design and develop engineering tools, automate simulation workflows, and support propulsion and vehicle-level analysis. You will collaborate with cross-functional teams to deliver robust, scalable solutions for automotive R&D, with a focus on fuel economy and system optimisation
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Develop and maintain engineering tools using MATLAB, Simulink, and scripting (M-code)
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Design and implement automated workflows for simulation, validation, and reporting
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Perform vehicle and propulsion system-level analysis, including fuel economy prediction and optimisation
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Analyse simulation and test data to identify trends and improvement opportunities
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Collaborate with cross-functional teams to gather requirements and deliver solutions
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Validate tools for accuracy, robustness, and usability
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Document tool design, assumptions, and usage guidelines
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Contribute to continuous improvement of engineering methods and processes
Technical Skills
Must-Have:
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Strong proficiency in MATLAB, Simulink, and M-scripting
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Experience in tool development, automation, or simulation workflows
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Good working knowledge of C/C++ programming
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Experience in data analysis and engineering problem-solving
Good-to-Have:
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Python scripting for data analysis or automation
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Experience with fuel economy modelling or optimisation
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Knowledge of vehicle systems (powertrain, thermal, controls, etc.)
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Exposure to Model-Based Systems Engineering (MBSE) practices
Behavioural Skills
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Strong analytical and problem-solving skills
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Effective communication and documentation abilities
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Collaborative team player with cross-functional experience
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Self-driven with attention to quality and detail
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Bachelor’s or Master’s degree in Mechanical, Automotive, Electrical, or Controls Engineering
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Experience in automotive R&D, simulation, tool development, or validation
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Exposure to model-based development and vehicle data analysis is an advantage
