Principal Product Modelling Engineer

Overview

As Principal Modelling Engineer, you will develop and advance semiconductor device models for next-generation power technologies. You will collaborate with cross-functional teams to improve device performance prediction and optimization. You’ll lead model calibration against silicon data and contribute to modelling flows, automation, and best practices. The role offers the chance to shape modelling methodology and publish or patent resulting innovations in a global, technology-driven environment.

Pay / Benefits

• competitive compensation and benefits package
• career development within a global company
• opportunity to work on industry-leading technologies
• collaboration with internationally recognized experts
• global role and career mobility
• inclusive workplace support and opportunities

Responsibilities

• Develop and maintain advanced device models for power MOSFET and emerging technologies
• Build compact device models from characterization and simulation data
• Perform simulations to understand electrical, thermal and reliability behaviour
• Drive model calibration, validation and correlation with measured silicon data
• Collaborate with technology development to support new process generations and device architectures
• Analyse device performance, switching behavior and loss mechanisms
• Support Design Enablement through accurate modelling methodologies
• Contribute to modelling flows, automation frameworks and best practices
• Work with cross-functional R&D teams to evaluate design trade-offs and optimize performance
• Mentor junior engineers and provide technical leadership in modelling projects
• Present technical findings to stakeholders and contribute to publications, patents, and conferences

Key requirements

• Extensive experience in semiconductor device modelling and simulation
• Strong understanding of semiconductor device physics and power semiconductor technologies
• Experience in compact model development and parameter extraction methodologies
• Strong programming and data analysis skills (Python, MATLAB or equivalent)
• Experience correlating simulation results with experimental characterization data
• Knowledge of system-level simulation techniques and model validation
• Ability to work effectively within multidisciplinary R&D environments

• Cross-functional collaboration
• Technical leadership and mentorship
• Effective communication of complex results
• Semiconductor device modelling and simulation
• Compact model development
• Parameter extraction methodologies

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