Hardware Design & CAD Engineer

Nice to Have

• Exposure to NXP processors, microcontrollers, or application processors. • Knowledge of high-speed interfaces such as DDR, PCIe, Ethernet, USB, CAN, SPI, I2C, and UART. • Exposure to Signal Integrity (SI), Power Integrity (PI), and EMC concepts. • Experience supporting board bring-up, debug, and validation activities. • Familiarity with PLM systems and engineering change management processes. • Experience supporting Automotive, Industrial, Networking, IoT, or Consumer products. • Experience with PCB stack-up definition and multilayer PCB technologies.
• Senior HW DE & CAD Competency Expectations Technical Execution • Completes assigned design and layout activities with moderate guidance. • Applies engineering fundamentals to solve routine technical problems. • Produces quality deliverables that meet engineering standards and project requirements. • Demonstrates growing proficiency in both hardware design and PCB layout disciplines.
• Ownership & Accountability • Takes ownership of assigned tasks and deliverables. • Delivers commitments within agreed timelines. • Escalates risks and technical issues proactively. • Demonstrates responsibility for quality and accuracy of work products.
• Collaboration • Works effectively within cross-functional and global teams. • Builds productive working relationships with internal stakeholders. • Actively participates in design reviews and team discussions. • Incorporates feedback constructively and continuously improves performance.
• Problem Solving • Identifies issues through data analysis, testing, and debugging. • Uses structured problem-solving techniques to evaluate alternatives and recommend solutions. • Demonstrates initiative in resolving technical challenges within area of responsibility.
• Learning & Growth • Continuously develops knowledge of hardware design, PCB layout, and related technologies. • Learns and applies engineering best practices, standards, and design methodologies. • Seeks opportunities to broaden technical capabilities across both DE and CAD disciplines.
• Communication • Communicates technical information clearly and effectively. • Provides regular status updates on assigned work. • Documents designs, issues, and solutions with appropriate detail and clarity.
• Success Measures • On-time completion of design and layout deliverables. • First-pass quality of schematics and PCB layouts. • Accuracy and completeness of engineering documentation. • Reduction of design rework and manufacturing issues. • Effective collaboration with project teams and stakeholders. • Compliance with engineering processes and standards. • Demonstrated growth in both hardware design and CAD competencies.
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