Rolex Electrochemistry Engineering Intern

Biel/Bienne • Switzerland

Friday, February 7, 2025

Rolex, a paragon of Swiss watchmaking excellence, is renowned for its precision and innovation. As part of the esteemed Hans Wilsdorf Foundation, Rolex offers a unique working environment that fosters creativity and technical prowess. The brand is committed to advancing horological craftsmanship and technological innovation, making it an ideal employer for aspiring engineers and researchers.

1. Investigate the influence of electrochemical parameters on the characteristics of UV-LIGA deposits at a laboratory scale.
2. Conduct electrochemical deposition experiments in a laboratory setting.
3. Characterize the deposits using advanced techniques.
4. Define optimal process parameters to enhance the microstructure and characteristics of components produced by the UV-LIGA process.
5. Develop and execute a comprehensive testing plan.

1. Currently enrolled in an Engineering program with a focus on Electrochemistry, Materials Science, or Chemistry, or equivalent.
2. Basic experience in electrochemical deposition.
3. Proficient in characterization techniques such as SEM, EDXS, metallographic preparation, optical microscopy, and mechanical property characterization.
4. Skilled in designing and executing experimental plans.
5. Strong writing and communication skills.

1. Electrochemical analysis
2. Laboratory experimentation
3. Data characterization and analysis
4. Technical writing
5. Effective communication

Basic experience in electrochemical deposition is required, with familiarity in characterization techniques.

Pursuing a degree in Electrochemistry, Materials Science, Chemistry, or a related field.

The position offers a stimulating environment, excellent working conditions, and top-tier social benefits.

Rolex fosters a culture of innovation and excellence, providing a dynamic and supportive environment for professional growth. The company values precision, creativity, and collaboration, encouraging employees to push the boundaries of technological advancement in watchmaking.