Senior Hardware Design Engineer

• Lead and execute hardware development lifecycle, from initial requirements to volume production
• Design complex electronic circuits for industrial environments ensuring signal integrity, EMC, insulation coordination and thermal management
• Perform rigorous hands-on testing, debugging and validation of prototypes
• Lead Product Industrialization Process, collaborating with manufacturing partners to develop DFM (Design for Manufacturing) and DFT (Design for Test) guidelines.
• Support the transition from prototype to high-volume production, including defining production test setups in cooperation with software team.
• Manage the homologation process to meet international standards (IEC, IEEE, UL).
• Oversee EMC/EMI testing and mitigation, electrical safety certifications, and environmental stress testing (shock, vibration, temperature).
• Coordinate with procurement teams to manage component sourcing, identifying long-lead items and qualifying second-source alternatives to mitigate risk.
• Maintain vendor relationships to ensure part quality and availability throughout product lifecycle.
• Provide technical expertise during customer acceptance tests and field trials.

Do you have experience in Software development?, This position is ideal for an engineer who thrives on end-to-end ownership, cross-functional collaboration, and a flair for engineering excellence., * 10+ years of hands-on experience in hardware engineering, specifically within the utility, power, or ruggedized industrial sectors.

• Proven track record of taking multiple products from concept through industrialization and into global markets.
• Knowledge of embedded systems, microcontrollers, and SoC-based architectures.
• Solid understanding of EMC design principles, safety standards, and homologation process.
• Experience in any of the following will be considered additional plus:
• Familiarity with utility-grade standards
• Experience with RF communication
• Experience with Smart Metering, Data Concentrators, Gateways, or other LV Smart Grid devices.
• Familiarity with communication interfaces and protocols commonly used in smart grid or industrial systems (e.g., RS-485, Ethernet, PLC, cellular, IoT stacks).

Technical Skills

• Expertise in EDA tools (e.g., Altium Designer)
• Background in software development for the purpose of scripting and test automation (e.g., Python).
• Experience with high-speed digital design, analog sensing, and power electronics.

Soft Skills

• Strong project management skills with the ability to coordinate across cross-functional teams (Firmware, Mechanical, Supply Chain).
• Exceptional communication skills for interfacing with stakeholders and end-customers.