Advising companies in advanced engineering on innovation strategy, product development, and emerging technology adoption. Designing and implementing innovation pipelines, digital ecosystems, and high-performance development frameworks. Delivering executive workshops on systems engineering, innovation culture, decision-making under uncertainty. Supporting leadership teams in transforming R&D organizations, improving cross-functional collaboration, and accelerating time-to-market. Guest lecturer and speaker on innovation, complexity management, and engineering systems integration.

Led a 30-person innovation and engineering organization spanning simulation, modelling, software development, data analytics, tyres & brakes, and driver-in-the-loop development. Built integrated innovation pipelines enabling rapid ideation, validation, and deployment of performance and technology solutions. Introduced data analytics frameworks, digital twins, and advanced simulation to accelerate decision-making and multi-domain optimization. Strengthened cross-functional collaboration across engineering groups, creating a unified development ecosystem. Partnered with executive leadership on R&D strategy, technical governance, and long-term capability building.

Led suspension and ride performance development integrating modelling, simulation, test data, and mechanical systems design. Led agile hardware–software innovation cycles improving iteration speed and validation quality. Collaborated across aerodynamics, controls, and mechanical design to optimize system-level performance. Developed methodologies for suspension kinematics, vertical dynamics, and multi-domain integration. Delivered predictive performance simulation to support strategic technical decisions.

Developed simulation-driven methods for vertical dynamics, energy absorption, and integrated chassis–aero interaction. Established analytical frameworks enabling higher-fidelity performance prediction and scenario-based evaluation. Collaborated with controls, aerodynamics, powertrain, and vehicle dynamics groups to optimize system behavior. Contributed to R&D programs improving mechanical platform performance and development efficiency.

Performed advanced vehicle dynamics modelling, simulation, and performance analysis for motorsport programs. Developed testing methodologies to evaluate handling, stability, and structural behavior under high-demand conditions. Collaborated with multidisciplinary engineering teams to integrate mechanical, aerodynamic, and control-system insights. Supported rapid development cycles through data-driven analysis and targeted technical recommendations.

Led a technical testing laboratory serving automotive, aerospace, and industrial sectors, managing engineers, technicians, and quality functions. Delivered 100% revenue growth by expanding advanced testing capabilities, service offerings, and client base. Managed laboratory budget, resource allocation, and quality standards while ensuring operational excellence. Drove operational and cultural transformation, improving workflows, ownership, and communication. Presented capabilities to clients, developed tailored technical solutions, and pioneered complex homologation services attracting strategic customers.