November 1, 2024

Naucalpan

OTHER

asic Requirements: B

achelor’s Degree in Electrical Engineering, Computer Engineering, or a related field of study. E
xperience in electronic circuit disciplines and processes. O

ur Preferred Requirements: 5

+ years of experience in electronics circuit design and EMC testing, preferably in a high-reliability industry (automotive, aerospace, medical, etc.). E
xperience working with industry requirements standards such as: ANSI/ESD S20.20-2014, ECE Regulation 10.06, CISPR 16-1-1, CISPR 25, and ISO 11452-x specifications. i
NARTE Electromagnetic Compatibility (EMC/EMI) Certification. E
xperienced working in Anechoic chambers and testing equipment. E
xperience in trouble shooting transfer mechanism in E-Fields and H-Fields E
xperience in specialized complex hardware and embedded software systems. F
amiliar with automotive EMC requirements and good design practices for EMC robust design. A
bility to communicate effectively with business users and engineering professionals (e.g., globally distributed teams, ability to adjust communications appropriately for the audience, work with all levels of management and diverse work groups, etc.). M
otivated and self-starter. C
ollaboration and leadership skills.

hat you’ll be able to do: S

upport design of automotive electronics with a focus on electromagnetic compatibility (EMC) using engineering principles. Apply best practices, lessons learned, and innovative design techniques to achieve a reliable product at a competitive cost. S
upport design of circuit schematics and PCB layouts with an emphasis on EMC considerations using industry-standard tools. C
apture and codify lessons learned from EMC testing. C
ollaborate frequently with other engineering teams and cross-functional team members to ensure seamless integration of all design aspects. P
articipate in technical design reviews to ensure compliance with EMC and other design requirements. G
enerate, check, and approve necessary engineering documentation and test plans required for EMC. D
ocument failure modes and provide feedback to improve design requirements. L
ead the resolution of functional abnormalities observed in module designs, particularly those related to EMC issues. E