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Process Engineer

Robeaute

Paris · On-site Full-time Today

About the role

About Robeauté

At Robeauté we are developing a really small microrobot for novel therapies in hard-to-reach areas of the body. Designed specifically for the brain, at the service of neurosurgeons, our microrobot will be able to freely navigate in other complex regions of the body to perform biopsies, collect precise anatomically localized data and deliver therapies on site, at the right dosage.

We are accompanying a major shift from robotic surgery to microrobotic surgery, for greater precision, better results and bold new therapies to tackle global diseases affecting more than a billion people worldwide.

Our microrobot will light a spark in the minds of medical practitioners and scientists around the world, allowing them to imagine and create more effective treatments, to be delivered locally.

We are a pluridisciplinary and multicultural team of passionate, skilled, supportive and creative people, at the crossroads of microrobotics, engineering and medicine. We work with phenomenal medical centers and university labs in Europe and the United States.

Our team is growing and we are constantly on the lookout for highly-talented individuals. Working with us means working on something that has never been done before, so you will be challenged - and you will be supported.

We are team players, with both classical and atypical backgrounds, so unconventional thinking is welcome and good communication skills are a must.

We are based in Paris, France.

Robeauté is redefining the future of neurosurgery with self-propelled microrobots designed to navigate the human brain with unprecedented precision. Our technology makes it possible to reach deep brain regions that were previously inaccessible, without invasive surgery.

We have developed microrobots capable of travelling inside the brain to collect biopsies, deliver cancer drugs, and implant electrodes for neurological treatments.

Since our founding in 2017, we have filed 50+ patents and successfully tested our technology in living animals, with human clinical trials targeted for 2026/2027. We recently raised €27M in Series A funding from Plural, Cherry Ventures, Kindred Ventures, and Brainlab, fueling our next phase of growth.

As our manufacturing activities scale, we are looking for a Process Engineer to drive the industrialization of our microrobotic systems. This role focuses on developing robust, scalable, and reproducible mechanical manufacturing and assembly processes, ensuring a reliable transition from prototype to production in a highly regulated medtech environment.

Responsibilities

  • Develop and optimize precision assembly processes
  • Define assembly flows
  • Design custom tooling and fixtures, with a strong focus on cleanroom operations
  • Scale manufacturing by establishing controlled, repeatable processes
  • Maintain strong oversight of product quality and critical parameters
  • Identify and implement automation opportunities to support scale-up
  • Turn product designs into robust and manufacturable solutions
  • Define manufacturing methods
  • Build documentation
  • Ensure process reliability through validation and data-driven approaches

Qualifications

  • Strong expertise in the development, optimization, and industrialization of mechanical manufacturing and assembly processes, particularly for complex and miniaturized systems
  • Proven hands-on experience with precision assembly processes, including:
    • Definition and optimization of assembly sequences and workflows
    • Design and development of custom tooling, fixtures, and jigs
    • Assembly of complex systems involving tight tolerances and high repeatability
    • Integration of assembly operations in controlled environments (e.g., cleanroom)
  • Solid experience with mechanical manufacturing processes, such as machining, precise assembly, bonding, polishing, welding (e.g., laser welding, adhesive bonding), with the ability to define and control critical process parameters
  • Experience in automation of manufacturing and assembly processes, including identification of automation opportunities, specification of equipment, and collaboration with automation or robotics teams
  • Strong involvement in methods engineering, including:
    • Proficiency with CAD software (e.g., SolidWorks, CATIA, or equivalent) for tooling design and manufacturing support
    • Definition of manufacturing processes and assembly flows
    • Development of work instructions
    • Implementation of Design for Assembly (DfA) and Design for Manufacturing (DfM) principles
  • Hands-on experience with manufacturing equipment and tooling, including procurement, setup, qualification, and optimization
  • Proficiency in process characterization and statistical analysis, including DoE, SPC, process capability (Cp/Cpk), and measurement system analysis (R&R), to ensure process robustness and reproducibility
  • Strong experience in process and equipment validation (IQ/OQ/PQ), including definition of validation strategies and execution in compliance with regulatory expectations
  • Strong problem-solving skills using structured methodologies (e.g., root cause analysis, 5 Whys, Ishikawa, PDCA)
  • Good understanding of cleanroom environments and constraints related to precision assembly and contamination control
  • Understanding of medical device regulatory frameworks (ISO 13485, GMP) and expectations related to process control, traceability, and validation
  • Ability to manage industrialization and process development projects, including planning, budget management, and cross-functional coordination

Soft Skills

  • Strong analytical mindset with a high level of rigor in structuring, validating, and challenging technical approaches
  • Ability to solve complex, multidisciplinary problems using a pragmatic, data-driven, and solution-oriented approach
  • High level of ownership and autonomy, with the ability to operate effectively in a fast-paced and evolving environment
  • Proactive mindset, with the ability to anticipate risks, identify opportunities, and drive

Benefits

  • Health insurance - 60% covered by the company
  • Meal vouchers - €9.25/day, 60% covered
  • Transportation - 50% of commuting costs covered

Skills

CADCATIADesign for AssemblyDesign for ManufacturingDoEGMPISO 13485IshikawaPDCAR&RSolidWorksSPC5 Whys

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