Job Information
Panasonic North America Electronic Engineer in Tijuana, Mexico
Resumen
Professional responsible for supporting product development, testing, and continuous improvement activities within the engineering and design area. This role collaborates with cross-functional teams to perform laboratory evaluations, prototype validation, design reviews, and technical documentation to ensure products meet quality, safety, and performance standards.
Responsabilidades
Mains Responsibilities:
Conduct laboratory tests, measurements, and evaluations for electronic and mechanical components.
Support the design team in prototype development, analysis, and validation.
Prepare technical reports, test results, and engineering documentation.
Assist in troubleshooting, root-cause analysis, and product improvements.
Ensure compliance with industry standards, internal specifications, and safety requirements.
Collaborate with engineering, manufacturing, and quality departments to support new product introduction (NPI).
• Business Acumen: Leading efforts to improve the financial impact of engineering activities on the business and thorough understanding of how other functions impact the business. • Engineering Processes: Fluent in most processes and leading improvement initiatives. • Project Impact: Responsible for managing projects requiring multiple components and sub-systems integration. • Team Interaction: Technical leadership on project cross functional teams • External Customer Interaction: Interacts widely with external customers and bodies • Autonomy: Manages workload effectively with general direction required • Technical Communication: Can handle preparation and presentation on technical subjects • Technical Judgment (Problem Solving): Presentation of multiple solutions and effective reasoning around final selection shown • Developing Others: Effective at mentoring and guiding less experienced engineers YEARS OF EXPERIENCE: • 7 – 10 years EDUCATION: • BS in Engineering discipline FOUNDATIONAL COMPETENCIES: • Develop House of Quality matrix, prioritize customer requirements and relate customer requirements to engineering design specification • Conduct a detailed Design Failure Mode Effects Analysis (DFMEA) per the American Automotive Industry Group (AAIG) standard • Track product reliability using the reliability growth model • Design and analyze two-level full factorial experiments with any number of input variables • Conduct exploratory analyses using Analysis of Variation (ANOVA) and hypothesis testing • Design and analyze advanced full and partial factorial experiments • Use the analysis as the basis for a detailed failure mode and effects analysis • Apply statistical simulation techniques to mathematical representations to understand the effect of input variation • Conduct a detailed Process Failure Mode and Effects Analysis (PFMEA) per the AAIG standard • Develop a control plan to resolve DFMEA and PFMEA issues including the identification of Key Control Characteristics
REQ-153387