About this role
NXP seeks an EMC Design Engineer to strengthen next-generation semiconductor products through EMC innovation. The role combines modeling, validation, silicon debugging, and multidisciplinary collaboration. • Responsibilities include developing on-chip EMC solutions, performing simulations and characterization, supporting root-cause analysis, and balancing performance, reliability, area, and cost. • Candidates need a master’s or Ph.D. in a relevant engineering field, foundational semiconductor and integrated circuit knowledge, and exposure to EMC modeling, standards, testing, and EDA tools. • Preferred experience includes EMC, ESD, system robustness, semiconductor technologies, automation, scripting, data analytics, research, and patents. EMC Design Engineer (G3) Role Summary Join NXP's ACC CTO EMC/ESD team and help shape the robustness of next-generation semiconductor products. As an EMC Design Engineer, you will contribute to the development of innovative EMC solutions that enable First-Pass-Right products, ensuring compliance, reliability, and system robustness while optimizing performance, silicon area, and cost. Working alongside technology, design, validation, and system experts, you will gain hands-on experience in EMC modeling, simulation, characterization, and product development across a broad range of semiconductor applications. Key Responsibilities
• Support the definition and implementation of EMC design concepts for integrated circuits.
• Perform EMC simulations, analysis, and validation to ensure compliance with product requirements.
• Contribute to the design and optimization of on-chip EMC solutions and interference mitigation techniques.
• Develop and apply EMC methodologies, design guidelines, and best practices.
• Collaborate with international, multidisciplinary teams throughout the product development cycle.
• Support EMC characterization, silicon debug, root-cause analysis, and corrective actions.
• Contribute to First Pass-Right product robustness while balancing performance, reliability, area, and cost.
• Participate in advanced EMC modeling, automation, and future technology innovation initiatives.
• Support technical investigations related to EMC performance and customer requirements.
• Share knowledge through documentation, training, and continuous improvement activities. Qualifications Education: Master's degree or Ph.D. in Electrical Engineering, Microelectronics, Semiconductor Physics, or a related field. Technical Skills:
• Basic understanding of semiconductor devices and integrated circuit design.
• Initial experience or academic exposure to EMC/EMI modeling, simulation, or measurements.
• Familiarity with EMC standards, qualification methods, and laboratory testing.
• Knowledge of circuit simulation and EDA design tools.
• Interest in silicon characterization, debugging, and failure analysis. Personal Attributes
• Strong analytical and problem-solving skills.
• Curious, innovative, and eager to learn.
• Team player with good communication skills.
• Ability to work effectively in international and multidisciplinary environments.
• Passion for technical excellence and continuous improvement. Preferred Qualifications
• Knowledge of EMC, ESD, and system-level robustness concepts.
• Exposure to CMOS, BCD, SOI, or high-voltage semiconductor technologies.
• Experience with automation, scripting, AI-assisted engineering tools, or data analytics.
• Interest in research, innovation, patents, and university collaborations. Why Join Us?
• Work on cutting-edge semiconductor technologies with global impact.
• Learn from internationally recognized EMC and ESD experts.
• Contribute to innovative solutions that improve the robustness of millions of products worldwide.
• Grow your technical expertise within a collaborative and innovation-driven environment.
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