Senior Electronics Engineer

Project description:

The position is fully remote from Szczecin or Wrocław, with the client based in Munich, Germany. Occasional on-site visits are required for a few days at a time to support key project activities. After approximately six months in the role, there is a possibility of transitioning to direct employment with the client as part of a long-term cooperation model.

We are looking for a Senior Electronics Engineer to design and develop electronics intended for mass production within projects delivered by CIP, in cooperation with IAI (Germany). The role is based on Infineon platforms and involves close collaboration with a dedicated Functional Safety (FuSa) team.

You will be responsible for end-to-end hardware development of embedded electronic systems, from architecture definition through design, validation, and preparation for series production. The role requires strong technical ownership, hands-on engineering, and the ability to work in a safety-aware product environment.

Requirements:

Electronics Design (Must-Have)

• Minimum 7 years of experience in mass-production electronics design

• Hands-on expertise in:

  • Schematic and PCB design (MCU / MPU / SoC based systems)

  • Power design (PMIC, DC/DC converters, LDOs, ESD/EMI protection)

  • Communication interfaces (CAN, LIN, SPI, I2C, Ethernet)

  • 
    

Production-Oriented Engineering

• Experience with DFM / DFA / DFT practices

• BOM optimization and cost-down activities

• Ability to work under component availability and supply constraints

  
  

Infineon Platform Experience (Strong Asset)

Experience with Infineon platforms is highly valued, including:

• AURIX (TC2xx / TC3xx)

• Power ICs and Gate Drivers

• Automotive and Industrial MCUs

Ability to work with:

• Reference designs

• Application notes

• Safety manuals as technical input

Cooperation with Functional Safety

This role is not a Functional Safety Engineer position, but requires strong safety awareness.

• Understanding of ISO 26262 / IEC 61508 fundamentals at the hardware level

• Ability to implement safety requirements in hardware architecture

• Support for FMEDA / FTA activities as a hardware data provider

• Awareness of safety design concepts such as:

  • Redundancy

  • Diagnostics

  • Safe state

Tools & Environment

• EDA tools: Altium, Cadence, Mentor

• Laboratory equipment: oscilloscopes, logic analyzers, hardware debugging tools

• International working environment (Poland – Germany)

Soft Skills

• Excellent technical communication skills

• Ability to work effectively in interdisciplinary teams

• Strong focus on product quality, stability, and scalability

• High level of autonomy and end-to-end ownership of hardware development

Languages

• English – fluent

• German – nice to have

Ideal Background

• Experience in Automotive Tier-1 / Tier-2 environments

• Industrial and safety-critical electronics

• Projects such as ECUs, industrial controllers, or power systems

Main responsibilities:

• Hardware design for embedded systems, including schematics and PCB layout

• Definition of hardware architecture compliant with system and safety requirements (provided by the FuSa team)

• Preparation of hardware designs for series production (NPI, ramp-up)

• Close collaboration with:

  • Functional Safety Engineers (implementation of safety requirements in hardware)

  • Software development teams

  • EMS partners, factories, and component suppliers

• Analysis of production issues and field failures, including hardware debugging and root cause analysis