Raquel Rodriguez Munin

Experience

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  Premo Group

  Oct 2011 - Feb 2016

  Designed and optimized a variety of inductive components, including common mode chokes (CMCs), planar transformers, flyback converters, and output chokes, for automotive-grade applications, ensuring compliance with AEC-Q200 standards.Led end-to-end R&D projects for power electronics solutions, driving innovations in magnetic component design to improve performance, reliability, and cost-effectiveness.Developed customized electromagnetic designs for automotive, industrial electronics, and renewable energy systems, leveraging advanced simulation tools and testing methodologies.Reviewed and optimized Bills of Materials (BOMs) for new products, achieving a reduction in material costs while maintaining high-quality standards.Collaborated with cross-functional teams to ensure the successful transition of designs to production, improving time-to-market through efficient New Product Introduction (NPI) processes.Provided technical expertise and support for client projects, offering tailored power electronics solutions that met specific customer requirements in the automotive and renewable energy sectors.Contributed to the development of intellectual property, participating in the early stages of patentable designs for magnetic and inductive technologies. Show less Conducted detailed failure analysis on inductive components, identifying root causes and implementing corrective actions to improve product reliability and performance.Performed comprehensive AEC-Q200 qualification testing, ensuring compliance with automotive-grade standards and meeting the rigorous demands of power electronics applications.Developed and executed testing protocols for a variety of magnetic components, including common mode chokes (CMCs), transformers, and inductors, to validate performance under high-stress conditions.Collaborated with R&D teams to support the design and testing of innovative magnetic components, contributing to faster product development cycles and enhanced design validation.Utilized advanced testing equipment and tools, including oscilloscopes, impedance analyzers, and thermal chambers, to measure and evaluate component performance in real-world scenarios.Maintained and calibrated laboratory equipment to ensure accurate and reliable testing results, adhering to industry standards and quality assurance protocols.Documented test results and prepared detailed reports for internal teams and external stakeholders, supporting data-driven decisions for product development and quality improvements.Supported production teams by troubleshooting technical issues with inductive components, minimizing downtime and ensuring smooth manufacturing operations. Show less

  • R&D Engineer

    Dec 2012 - Feb 2016

  • Laboratory Technician

    Oct 2011 - Dec 2012
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  Premo 普莱默电子

  Mar 2016 - Mar 2017

  R&D engineer

  Designed and developed cutting-edge inductive components for On-Board Chargers (OBCs) and HV-LV DC-DC Converters tailored for the APAC automotive market, achieving compliance with strict regional and global standards.Led the New Product Introduction (NPI) process, coordinating with manufacturing teams to ensure smooth transitions from design to production.Implemented advanced magnetic component design techniques to optimize thermal performance, energy efficiency, and EMI compliance in high-demand applications.Collaborated closely with the Sales department to provide technical support for clients across the APAC region, addressing complex challenges in power electronics, electric mobility, and industrial applications.Spearheaded testing and validation processes for new products, utilizing simulation tools and real-world testing to ensure performance reliability and quality in automotive-grade solutions.Monitored and optimized the supply chain for critical materials, ensuring cost-efficiency and maintaining high-quality standards for power electronics components.Participated in R&D innovation projects, contributing to the development of next-generation magnetic technologies for sustainable energy systems and high-efficiency power conversion. Show less

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  Premo Group

  Mar 2017 - Nov 2024

  Directed the development of magnetic components for high-power On-Board Chargers (OBCs), DC-DC Converters, and Filters (up to 50kW), driving innovation in power electronics for automotive, renewable energy systems, and industrial electronics.Managed innovation projects within state and European frameworks for power electronics, aligning with Horizon Europe objectives, securing funding, and delivering cutting-edge solutions.Implemented advanced design methodologies, including Design of Experiments (DoE) and finite element analysis (FEA), to enhance energy efficiency, thermal management. Process optimization to reduce development times,and ensure product reliability.Led multidisciplinary teams in R&D management, fostering cross-functional collaboration to develop sustainable technologies and innovative electromagnetic solutions in the field of power electronics.Provided global technical support for the Sales department, solving complex challenges for clients in electric mobility, aerospace, and renewable energy applications.Collaborated with academic institutions; delivered guest lectures at the University of Malaga within the Chair of Industrial Technology, focusing on power electronics, magnetic component design, and R&D innovation processes.PatentsLightweight Liquid-Cooled Power Electronics UnitPublication: US20240290531A1Publication Date: August 29, 2024Thermally Conductive Bobbin for a Magnetic Power UnitPublication: US20230121301A1Publication Date: April 20, 2023Compact Magnetic Power Unit for Power Electronics SystemsPatent: US11495394B2Grant Date: November 8, 2022Annular Magnetic Power UnitPatent: US11152146B2Grant Date: October 19, 2021 Show less Designed advanced high-power inductive components for automotive, renewable energy, and industrial electronics applications.Developed and tested innovative magnetic materials and energy-efficient solutions, enhancing performance in DC-DC Converters, On-Board Chargers (OBCs), and electromagnetic filters.Implemented Design of Experiments (DoE) methodologies to optimize product designs, ensuring superior energy efficiency, thermal management, and reliability under demanding conditions.Led the creation and testing of prototypes, integrating cutting-edge magnetic design principles and sustainable materials for enhanced performance in next-generation power systems.Collaborated with cross-functional teams to introduce new product innovations (NPI) into production, reducing lead times and improving quality control processes.Provided technical support to customers and internal stakeholders, ensuring alignment with market needs for power electronics, electric mobility, and renewable energy systems.Contributed to the early stages of patent development for innovative solutions in inductive components and electromagnetic design, showcasing expertise in intellectual property creation. Show less

  • R&D & Innovation Manager

    Feb 2019 - Nov 2024

  • Innovation engineer

    Mar 2017 - Jan 2019
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  TPEG Tech Power Electronics Group

  Mar 2025 - now

  Global Head of R&D and Engineering