For nearly five years, Vestas Ltd. entrusted me with their most challenging projects, harnessing my expertise to craft advanced electromagnetic models that played a pivotal role in de-risking, designing, and certifying lightning protection systems for the blades of their cutting-edge wind turbines.  My designs ensured the safety and reliability of these critical systems. My contributions not only meet industry standards but also significantly enhanced the overall performance and dependability of wind turbines, safeguarding both investments and environmental sustainability.

If you're in need of a robust lightning protection system design, whether for wind turbines or other structures, you can rely on my expertise and experience.

If you require ultra-efficient heat-spreading solutions and innovative heat sinks for high-power electronics, I specialize in designing solutions through simulation, leveraging diamond technologies and additive manufacturing to meet your specific needs. Besides, I've pioneered techniques to measure temperatures at the nanoscale and I'm honored to serve on the advisory board of Thermap Ltd., a company dedicated to bringing a novel, non-contact technique for measuring thermal properties to the market.

Whether it's enhancing existing systems through simulation, designing new solutions, or incorporating cutting-edge measurement techniques, I'm here to collaborate with you in achieving the highest level of efficiency and heat management for your electronic projects.

If you're looking to optimize your electromagnetic welding solutions and improve the speed and precision of the welding process in various industrial applications, my experience and expertise are at your disposal. With a proven track record of designing complex coil geometries and enhancing the efficiency of welding processes, I can help you achieve the level of speed and precision crucial for your specific needs. Let's work together to refine your welding solutions and advance your industrial applications.

I've led the integration of diamond materials into high-power Gallium Nitride (GaN) electronics, pushing the boundaries of efficiency and performance in power electronics (see my list of publications).

If you're seeking to enhance the efficiency and performance of high-power Gallium Nitride (GaN) electronics by integrating diamond materials, I have the expertise you need to achieve groundbreaking improvements in efficiency and performance.

As a Six Sigma Green Belt with extensive experience, I specialize in designing experiments to uncover the sensitivity of various factors and optimize desired outputs. Experimentation is a fundamental tool in achieving efficiency and reliability in industrial processes. Whether you're looking to enhance product quality, reduce costs, or increase the efficiency of your operations, my expertise in experimental design can help you achieve your goals. I employ data-driven approaches to fine-tune processes, minimize risks, and create solutions that ensure your success.

If you require efficient strategies for electroplating aerospace components to enhance their durability and reliability in the rigorous aerospace environments, I'm here to assist. With a strong track record of designing and implementing effective electroplating solutions, I can help you achieve the highest standards in aerospace component quality. Let's collaborate to ensure your aerospace components not only meet but exceed industry expectations, delivering exceptional performance and reliability for your demanding applications.