High Frecuency Electronic Engineer

A cutting-edge technology company focused on the development of high-performance electronic subsystems for advanced laser and quantum applications. Operating across research, industrial, and academic sectors, the company designs and manufactures precision electronics tailored for photonics, quantum optics, and metrology. Their solutions integrate high-frequency analog and digital electronics, offering customized systems that meet the stringent demands of next-generation technologies.

Mission
As part of the R&D team, you will play a central role in the design and development of high-frequency analog and digital electronics for state-of-the-art laser and quantum systems. Your work will directly contribute to building electronic subsystems that enable world-class photonics performance, ensuring seamless integration into experimental setups and commercial platforms.

Responsibilities

Electronic Design and Development

Design complex analog and digital high-frequency electronic circuits.

Develop schematic diagrams, PCB layouts, and associated 3D integration models.

Assemble and test functional prototypes, including component soldering and board commissioning.

System Integration and Testing

Support firmware programming and debugging for device-level control.

Ensure electronic subsystems meet performance specifications and reliability criteria.

Document test results, configuration procedures, and design revisions.

Cross-functional Collaboration

Work closely with mechanical and optical design engineers to ensure integration compatibility.

Contribute to system-level prototyping and product refinement cycles.

Support EMC and safety evaluations to comply with regulatory standards.

Required Qualifications

Minimum of 3 years of experience in analog and digital circuit design, layout, and testing.

Proven ability in schematic capture and PCB design using modern EDA tools.

Solid hands-on skills in PCB soldering, assembly, and fault diagnostics.

Proficiency in at least one programming language (preferably Python or C/C++).

Familiarity with version control tools (e.g., GIT) and best practices in documentation.

Strong attention to detail and ability to work independently in a lab-based environment.

Preferred Experience

Knowledge of high-voltage electronics and related safety considerations.

Exposure to EMC compliance and electrical device safety standards.

Experience with GUI development (e.g., Qt) and device interfacing software.

Competence with simulation tools such as COMSOL, CST, or CAD platforms (Inventor, SolidWorks).

Experience using KiCAD or similar open-source PCB design tools.

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