Heumen, Gelderland, Netherlands
Since I can remember, I've been passionate about music, audio equipment, and sports, especially those that demand a lot of physical effort, like going to the gym or climbing. At the same time, when I was just a few years old, I was already experimenting with basic electronics—trying to reassemble my grandfather's analog phone after disassembling it the day before. Among all my interests, electronics has always had the strongest pull, capturing my attention and making me ask difficult questions while striving to understand its origins and deepest details. After realizing that I wouldn’t become a famous guitarist performing on stage for thousands of people or a professional climber, I decided to focus primarily on electronics. Earning the title of electronics technician gave me the opportunity to create my own electronic devices in service of music, such as guitar effects, amplifiers, and more. From that point, I decided to take things a step further, earning a master’s degree in electrical engineering, equipping myself with the skills and tools to finally understand what I had yet to learn in this field. Being fortunate enough to incorporate my passion into my professional life brings me happiness and increases my efficiency at work, while my other interests, like sports and music, remain hobbies in my free time. I enjoy challenges and new tasks that stimulate my creativity. I’m definitely a team player who values cooperation with others, especially those from different disciplines, as I’m always eager to learn. I’m skilled at time management and problem-solving—I’m punctual, persistent, and never give up. If I don’t know how to do something, it doesn’t mean I can’t solve it. I’m quick to figure things out. I set high standards for others, but even higher ones for myself. Having gained invaluable experience working at Delphi (now Aptiv), NXP, Renesas Electronics, and currently Nexperia, I live by the belief that if something seems impossible, there will always be someone who comes along and makes it happen. I strive to be that person. P.S. I'd really appreciate it if you took two seconds to endorse me below! 😊
Highlights: - Sped up execution of validation by automating the measurements. - Improved the laboratory by reorganizing the layout, implementing smart way of working and storing the components. - Designed and 3D printed multiple parts for laboratory. - Developed an ESD Gun setup and High Voltage/Current Setup. - Built new measurement benches and soldering/re-work station. - Acted a number of times on behalf of the validation manager. Regular activities, such: - Validation of semiconductor devices, including load switches, eFuses, battery boosters, gate drivers, ideal diodes, voltage translators, multiplexers, I2C repeaters, I2C bus switches, I2C-translating GPIO expanders, solar inductor-less energy harvesting PMICs, and Power GaN FETs. - Automation of laboratory equipment using LabVIEW. - Custom PCB design for various applications. - Post-processing and data analysis to derive meaningful insights. - Technical report writing and documentation. - Precision soldering of SMD components. - 3D design and printing for laboratory applications. - Version control management and maintenance of GIT repositories. - CAPEX management, including quotations and purchasing. - Continuous laboratory process improvements for efficiency and effectiveness.
Connectivity & AI Business Group – Key Responsibilities: - Evaluation and characterization of Bluetooth Low Energy (BLE) devices, including LDOs, DC-DC converters, clocks, and internal circuit blocks. - Data analysis and interpretation for performance assessment. - Technical report writing and documentation. - Development of automated tests, hardware abstraction layers, and tools using LabVIEW and Python. - Post-processing of large datasets using Python for in-depth analysis. - Debugging and troubleshooting of both hardware and software issues. - Laboratory management, including equipment calibration, procurement, calibration and service contracts, audits, laboratory supervision, and repairs (performed both in-house and externally).
Voice and Audio Solutions – Key Responsibilities: - Validation of TFA98xx smart audio amplifier chips to ensure optimal performance. - PCB design for testing purposes, including schematic creation, layout optimization for TFA chips, and component selection using Cadence Allegro and KiCad. - Test plan development to ensure comprehensive validation coverage. - Debugging hardware and software issues to enhance system reliability. - Automation of test frameworks using NI LabVIEW, TestStand, and DIAdem. - Scripting for testing purposes, utilizing Windows command lines, VBA, Python, and C. - Utilization of embedded platforms like BeagleBone Black running Linux for validation tasks. - Advanced measurements using laboratory equipment, including multimeters, oscilloscopes, power scopes, thermo-stream machines, thermographic cameras, AudioPrecision, and more. - Precision soldering of small SMD components for testing and prototyping. - Customer support to address technical inquiries and troubleshooting. - Version control, project management, and collaboration tools, including TortoiseSVN, Git, JIRA, Atlassian, Confluence, CollabNet, and SharePoint.
Infotainment – Car Radios, Displays, Haptics – Key Responsibilities: - Development of validation test plans based on industry standards and customer-specific requirements. - Product validation to ensure compliance with specifications. - Debugging hardware issues to identify and resolve potential problems. - Leading validation efforts within projects, ensuring alignment with overall development goals. - Managing project timelines to meet milestones and deadlines. - Development of analysis tools, including NI DIAdem for automated data visualization and reporting. - Report generation and result evaluation to support decision-making. - Direct communication with customers, addressing inquiries and providing technical insights. - Preparation and execution of customer visits, including product demonstrations and discussions. - Coordination of laboratory technicians, overseeing validation tasks and ensuring efficient workflow. - Utilization of project management and collaboration tools, including Atlassian, Confluence, DOORS, and ticketing platforms.