TAG Heuer R&D Intern — CVD Process

Employment
Internship
Seniority
Intern
Posted
Apr 23, 2026

About TAG Heuer

TAG Heuer is a Swiss watchmaker recognised for technical innovation and precision engineering within the luxury sector. The maison is part of the LVMH group and combines heritage watchmaking craftsmanship with advanced materials and laboratory research to develop high-performance timepieces.

TAG Heuer — R&D CVD Intern in La Chaux-de-Fonds, Switzerland. Six-month internship (July 2026) in materials R&D for carbon watch components.

Role & Responsibilities

  • Perform literature review and state-of-the-art research on Chemical Vapor Deposition (CVD) techniques relevant to carbon-based watch components.
  • Develop and run CVD deposition trials to fabricate next-generation carbon prototypes for horological components.
  • Characterize produced samples using microscopy, thermal-property assessment and mechanical testing to quantify geometry and mechanical-property dispersion across process conditions.
  • Analyse experimental data to identify process–property relationships and statistical variability; propose optimized fabrication parameter sets.
  • Investigate and interpret the physical and chemical phenomena governing film growth and properties; synthesise findings into clear technical recommendations and reports for the Metallurgy Manager.

Qualifications

  • Enrolled in a final-year Master's programme (M2) in Materials Science, Physics, Physical Chemistry, or a related engineering discipline.
  • Practical laboratory experience with materials processing or characterization; prior exposure to thin-film or deposition processes is an advantage.
  • Proficiency or working knowledge of data analysis; familiarity with Python for data processing is a strong plus.
  • Curious, organised, rigorous, autonomous and motivated by hands-on experimental work.

Skills

Chemical Vapor Deposition (CVD) Python Microscopy Thermal characterisation Mechanical testing Data analysis

Experience

Suitable for an early-career candidate or final-year Master's student. Laboratory experience and prior coursework or internships in materials characterization, thin films, or related experimental methods are desirable but not mandatory.

Education

Master's degree level (enrolled in or completing M2) in Materials Science, Physics, Chemistry or equivalent.

Workplace

The successful candidate will be located in La Chaux-de-Fonds, Neuchâtel, Switzerland.

Culture

TAG Heuer blends Swiss watchmaking heritage with a forward-looking, innovation-driven culture. Employees operate in interdisciplinary, technically rigorous teams with access to advanced laboratory resources and a network of LVMH maisons, fostering professional growth at the intersection of craftsmanship and material science.

About Cerulean

Cerulean is the definitive career portal for the global luxury industry. We match exceptional professionals with exclusive opportunities at the world's most prestigious brands. From haute couture and fine watchmaking to prestige beauty, hospitality, and boutique retail, Cerulean centralises luxury employment to help you find the career for which you were destined.

Frequently Asked Questions

A.

The luxury industry is characterised by a diverse and nuanced nomenclature. Esteemed houses frequently employ proprietary terminology, and even within a single organisation like TAG Heuer, titles may vary across global markets to reflect local conventions. To ensure absolute clarity, Cerulean assigns a standardised, industry-coherent canonical title to every listing. However, it is worth noting that this role is functionally synonymous with «Materials Science Intern — CVD», «Research Intern — Chemical Vapor Deposition», «Watchmaking Materials R&D Intern», «Laboratory Intern — Carbon Components», and other variations. Our sophisticated search architecture anticipates these variations, ensuring that inquiries using related terms will seamlessly yield the exact roles you desire.

TAG Heuer

TAG Heuer R&D Intern — CVD Process

La Chaux-de-Fonds, Switzerland

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