Rolex Sustainable Design Engineer

Rolex, a distinguished name in the luxury watchmaking industry, is renowned for its commitment to precision, innovation, and sustainability. As part of its parent company, Rolex SA, the brand offers a dynamic work environment that fosters creativity and excellence. Employees are encouraged to contribute to the legacy of craftsmanship and environmental responsibility that the company upholds.

1. Integrate environmental criteria from the initial design phase to minimize product and process impact throughout their lifecycle.
2. Guide design teams in sustainable product development.
3. Conduct lifecycle assessments to understand environmental impacts and inform eco-design choices.
4. Innovate sustainably while adhering to product quality and cost requirements.
5. Propose innovative technical solutions to reduce environmental impact of products and processes.

1. Engineering degree (EPF/HES) or equivalent with a minor in sustainability preferred.
2. Knowledge of materials and processes.
3. Expertise in sustainable design.

1. Ability to propose innovative materials, technologies, and more sustainable manufacturing processes.
2. Capacity to translate environmental challenges into concrete solutions for design teams.
3. Experience in lifecycle assessments (LCA) is an advantage.
4. Interest in environmental regulations and technological advancements.
5. Pedagogical skills.
6. Pragmatism and ability to simplify complex concepts.
7. Interpersonal skills and collaborative spirit.
8. Curiosity and perseverance.

Experience in lifecycle assessments (LCA) is advantageous.

Engineering degree (EPF/HES) or equivalent, with a minor in sustainability preferred.

Rolex offers a stimulating environment, excellent working conditions, flexible working time solutions, and top-tier social benefits.

Rolex fosters a culture of innovation, precision, and sustainability. The company values collaboration, continuous learning, and the pursuit of excellence, providing a supportive environment for professional growth and development.