Hardware Design Engineer

Overview

Hardware Solutions is a central team within NXPs GOE organization responsible for the design manufacturing compliance and supply chain operations of hardware boards. The organization provides hardware solutions supporting multiple business units across automotive industrial IoT networking wireless and consumer markets.

The Hardware Design Engineer supports the development of board-level hardware solutions throughout the product lifecycle from concept through production release. The role involves participation in hardware architecture definition schematic design component selection board bring-up validation debugging and design documentation activities.

Working closely with senior hardware engineers PCB layout engineers program managers manufacturing teams validation engineers and application teams the individual contributes to the delivery of high-quality manufacturable and cost-effective hardware solutions that meet customer and business requirements.

Responsibilities

Hardware Design & Development
Support the development of board-level hardware designs based on system and product requirements.
Translate functional requirements into schematic designs under the guidance of senior engineers.
Create and maintain schematics using approved design tools and methodologies.
Support component selection and qualification activities considering performance availability cost and lifecycle requirements.
Create and maintain Bills of Materials (BOMs) and associated engineering documentation.
Collaborate with PCB Layout Engineers to define placement routing and design constraints.
Participate in design reviews and implement recommended improvements.

Hardware Verification & Debug
Support board bring-up and functional verification activities.
Perform hardware debugging and root cause analysis using standard laboratory equipment.
Support design validation and characterization activities.
Assist in hardware issue resolution throughout the development lifecycle.
Document test results findings and corrective actions.
Support EMC reliability and compliance testing activities.

Project Execution & Collaboration
Collaborate with hardware software validation manufacturing applications and project management teams.
Provide technical status updates and communicate design-related risks and issues.
Support engineering change management and product sustainment activities.
Contribute to lessons learned and continuous improvement initiatives.
Support execution of projects to meet quality schedule and cost objectives.

Required Qualifications

Bachelors degree in Electrical Engineering or related discipline.
25 years of experience in board-level hardware design and development.
Knowledge of analog digital and mixed-signal circuit design fundamentals.
Experience with schematic capture tools (Cadence preferred).
Understanding of PCB design flow and hardware product development processes.
Familiarity with component selection and BOM management.
Experience using laboratory equipment such as oscilloscopes power supplies logic analyzers and multimeters.
Basic understanding of Design for Manufacturability (DFM) and Design for Test (DFT).
Strong analytical troubleshooting and problem-solving skills.
Effective verbal and written communication skills.

Preferred Qualifications

Experience using Cadence OrCAD Capture and Allegro design environments.
Exposure to processor microcontroller or application processor-based designs.
Knowledge of power supply design and PMIC implementation.
Familiarity with high-speed interfaces such as DDR Ethernet USB PCIe CAN SPI I2C and UART.
Exposure to Signal Integrity (SI) Power Integrity (PI) and EMC concepts.
Experience supporting board bring-up and validation activities.
Familiarity with PLM systems and engineering change management processes.
Experience supporting Automotive Industrial Networking Wireless or IoT applications.

Senior HW DE Competency Expectations

Technical Execution
Independently completes assigned hardware design activities with moderate supervision.
Applies engineering fundamentals to develop and debug hardware solutions.
Produces quality schematics documentation and technical deliverables.
Demonstrates continuous growth in technical knowledge and engineering skills.

Ownership & Accountability
Takes ownership of assigned work packages and deliverables.
Meets commitments and project deadlines.
Escalates technical issues and risks appropriately.
Demonstrates accountability for design quality and execution.

Problem Solving
Uses structured methods to analyze technical issues and identify root causes.
Evaluates alternatives and recommends practical solutions.
Demonstrates initiative in resolving technical challenges.

Collaboration
Works effectively within cross-functional and global teams.
Participates actively in technical reviews and project discussions.
Builds productive relationships with internal stakeholders.
Incorporates feedback and continuously improves performance.

Learning & Growth
Expands knowledge of board design technologies tools and methodologies.
Learns and applies industry best practices and design standards.
Demonstrates curiosity and willingness to take on increasing technical responsibility.

Communication
Clearly communicates technical information status and risks.
Provides timely project updates.
Produces clear and professional engineering documentation.

Success Measures

On-time completion of assigned hardware design deliverables.
First-pass quality of schematics and design documentation.
Effectiveness in board bring-up and issue resolution.
Compliance with engineering standards and development processes.
Reduction of design rework through quality execution.
Positive stakeholder and project team feedback.
Demonstrated technical growth and increased ownership of design activities.

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