Advanced Electronics Engineer HV

Aptiv

Krakow, Poland

The role of an Advanced Electronics Engineer HV encompasses designing electronics systems for high-voltage applications , ensuring their functionality, safety, and compliance with industry standards. From reviewing and documenting to process optimization, this position plays a crucial role in driving innovation and efficiency within electronic engineering.

Your Role:

Guide and facilitate all electronic circuits related development at Systems for HV Inlets, Electrical Centers, PCBs for Signal Integrity (SI) and EMC measurements and other products containing PCBs.
Create and maintain design and product documentation.
Prepare offers and cost calculations, optimize processes, and provide production assistance.
Conduct LLR (Logical Library Representation) and LDR (Layout Design Rule)
Provide training and assistance to cross-functional teams, including software, systems, electrical, mechanical engineering, manufacturing, and purchasing.
Perform simulations, worst-case circuit tolerance assessments, FMEAs, fault tree evaluations, and similar design disciplines.
Work directly with automotive OEMs and Tier 1 suppliers to design products that meet customer functional, EMC, and electrical requirements.
Work in alignment with Automotive Functional Safety Requirements and the ISO 26262 specification.
Support of layout recommendations for device connectors at series PCBs
Creation of design guidelines concerning optimized RF PCB design
Support of test PCB purchase process (creation of technical datasheets, communication to PCB makers etc.)
Coordinate with the validation team to assist in developing proper validation scope and equipment.
Conduct bench-level debugging, testing, and prototyping.
Timely completion of assigned tasks following the quality system adopted in Aptiv.

Your Background:

Bachelor's degree in Electrical/Electronic Engineering.
Previous experience with electronic circuits design.
Experience with RF design of PCBs
Knowledge of SI/EMC fundamentals (impedance, return loss, insertion loss, cross-talk, shielding efficiency etc.) and impact of PCB design features on SI/EMC performance
Background on pin in paste, SMT and press-fit technologies
3+ years of relevant electronics design experience.
Proficiency in using schematic design and PCB layout tools.
Preferred: Additional experience with PCB calculation & simulation tools (e.g. Polar Speedstack, Mentor Xpedition impedance calculator, HyperLynx)
Ability to utilize measurement equipment, including scopes and testing equipment.