Lead Engineer, Hardware Engineering

The Allegro team is passionate about providing intelligent solutions that move the world toward a safer and more sustainable future. With more than 30 years of experience developing advanced semiconductor technology, innovation with purpose touches every aspect of our business. From customer engagement and employee recognition to technology advancement and serving the local communities in which we maintain offices, innovation consistently drives our mission and definition of success. 

PRIMARY RESPONSIBILITIES:

• Collaborating with multi-discipline engineering teams
• Utilizing technical documentation for mechanical systems and drawings, bench test equipment, ATE system resources for hardware integration
• Conducting industry research on best-in-class design practices for developing quality test solutions
• Selecting and Sourcing electrical and electromechanical components Schematic capture and PCB design using industry standard tools
  • Able to navigate electrical and electronic schematics, navigate between schematics and PCB layout diagrams and generate PCB output files
  • Good understanding of electronic devices, footprints, and device specifications
• Creating and organizing Bill of Materials for test hardware production
• Interacting with suppliers and PCB manufacturing sites
• Testing complete electronic systems, individual boards and debugging to the component level

SECONDARY RESPONSIBILITIES:

• System level integration of digital and analog circuits
  • Microcontroller programming and debugging
  • FPGA programming and debugging
• Establishing new methods and documentation supporting design validation, functionality and calibration
• Collaborating with team members to improve the productivity and quality of design methodology, troubleshooting and efficiency processes within Hardware Engineering

MINIMUM QUALIFICATIONS:

• Bachelor's degree in Electrical Engineering
• Minimum of 3-5 years of related experience, ideally involving semiconductor test
• Strong working knowledge of analog and digital circuit design
• Knowledge of the application and use of various electronics lab test equipment
• Experience with ATE applications, Teradyne Eagle preferred
• Experience with industry standard EDA tools for developing PCB designs, such as Altium Designer (preferred), Cadence Allegro Design Entry HDL and Cadence Allegro PCB Designer