Rolex Tribology Intern

Rolex is a preeminent Swiss watchmaker renowned for technical excellence, precision engineering and artisanal craftsmanship. As an employer, Rolex combines cutting‑edge R&D and highly specialised manufacturing with a long‑term approach to talent development, offering an environment where scientific rigor and horological tradition intersect.

1. Operate and maintain experimental laboratory equipment for tribological and surface characterisation.
2. Plan and execute friction and wear experiments on tribometers and other tribological test rigs.
3. Perform surface topography measurements and process experimental data using appropriate software tools.
4. Interpret and synthesise results; present findings at regular project progress meetings.
5. Document work in formal reports and prepare presentations summarising outcomes and recommendations.

1. Currently enrolled in a Bachelor's or Master's program in Physics, Mechanical Engineering, Chemistry or Materials Science with strong interest in tribology.
2. Practical experience in surface characterisation techniques.
3. Basic theoretical knowledge of tribology is advantageous.
4. Familiarity with data analysis workflows and willingness to work with RStudio.
5. Demonstrated rigour, strong organisational skills, methodical approach and intellectual curiosity.
6. Autonomous, proactive and able to work effectively within an R&D team.

1. RStudio
2. tribological testing
3. surface characterization
4. topographic measurements
5. data analysis

Prior laboratory experience with surface characterisation is preferred; hands‑on exposure to tribometers or wear testing apparatus is an asset. Demonstrable experience analysing experimental datasets and producing technical reports is desirable.

Enrolled in a Bachelor's or Master's degree in Physics, Mechanical Engineering, Chemistry or Materials Science.

Excellent working conditions and first‑rate social benefits.

The workplace balances rigorous scientific research with the craft and precision of high‑end watchmaking. Teams emphasise technical excellence, confidentiality and long‑term professional development, providing a structured environment for experimental engineering and materials science work.