Lead Electronics Hardware Engineer

Location: Markham

Time Type: Full time

Job Description

Job Description Summary

The successful candidate will be a team player working with a cross-functional team including mechanical, hardware and FPGA design, software development and project management to deliver and maintain best in class products for the global market. This position will be mainly responsible for the deliveries of hardware development tasks including design, test, documentation and post release support.

Job Description

Roles and Responsibilities

• Capture PCBA requirement in collaboration with other engineering teams
• Architect and design robust concepts and specifications in alignment with product requirements
• Support effort planning of design engineering activities
• Design for safety, testability, and manufacturability
• Perform electronic component qualification
• Schematics capture for hardware designs including processors, FPGA, switch mode power supplies, high speed data interfaces, precision analog acquisition
• Circuit analysis including power, tolerance, and reliability
• Design for compliance with internal and external technical regulation and standards
• Troubleshoot analog and digital circuits
• Solving production and field failure issues
• Support mechanical design, software, test engineering, and manufacturing
• Support qualification and acceptance testing
• Providing technical support for production and service

Required Qualifications

• Bachelor’s degree in Electronic Engineering or equivalent knowledge or experience 8+ years
• 6+ years of experience with analog and digital circuit design
• 6+ years of experience with EMC/EMI, CE, UL, RoHS

Desired Characteristics

• Familiar with multi-layer PCB
• Familiarity with electronics lab test equipment and test methods
• Capable of developing and writing specifications in an engineering environment
• Experience with EMI/EMC validation and electrical pre-certification compliance
• In depth expertise with Altium EDA tool
• Proficiency performing circuit analysis using simulation tools (SPICE)
• Statistical approach for circuit design and qualification (Monte Carlo, z-score, 6 sigma…)
• FPGA design experience

Additional Information