Rolex Mechanical / Robotics Intern — Generative AI for Watch Component Design

Rolex is a globally recognised Swiss luxury watch manufacturer renowned for technical excellence, precision engineering and meticulous craftsmanship. As an independent, privately held maison, it invests in advanced manufacturing, professional training and long-term development of technical expertise.

1. Perform numerical simulations of watch systems and components to characterise physical behaviours and constraints.
2. Develop and implement generative AI / machine‑learning algorithms that leverage simulation outputs to propose and optimise component geometries and physical properties.
3. Analyse simulation and algorithmic results to identify design improvements and trade-offs between manufacturability, mechanical performance and tolerances.
4. Collaborate with multidisciplinary watchmaking and engineering teams to integrate computational findings into prototype development and validation.
5. Document methodologies, present results to technical stakeholders and contribute actionable recommendations for subsequent R&D efforts.

1. Currently enrolled in a Master’s program in Mechanical Engineering, Robotics, Mechatronics or equivalent.
2. Practical competence in numerical simulation methods and model-based analysis of mechanical systems.
3. Knowledge of artificial intelligence / machine‑learning concepts, with interest or experience in generative models and algorithm development.
4. Strong interest in precision mechanics and horology; meticulous, autonomous and methodical working approach.
5. Creative thinker with the ability to propose innovative solutions and to communicate technical findings clearly.

1. Numerical simulation
2. Generative AI / machine‑learning algorithm development
3. Mechanical modelling and geometry optimisation
4. Robotics fundamentals
5. Data analysis and interpretation

Enrolment in a relevant Master’s programme; prior academic or internship experience applying numerical simulation and/or machine‑learning to mechanical design is advantageous.

Master’s degree in Mechanical Engineering, Robotics, Mechatronics or equivalent (current enrolment required).

Access to state‑of‑the‑art equipment and a stimulating team environment; excellent social benefits.

Rolex cultivates a culture of technical excellence, precision and discretion where craftsmanship meets innovation. The environment emphasises rigorous training, cross‑functional collaboration and long‑term development of specialised skills.