Robotics Application Engineer (Senior Level)

Join Inbolt, a company that builds computer vision solutions for industrial robots. As a Senior Robotics Application Engineer, you will take ownership of demanding deployments in the US, manage client projects, and mentor junior engineers. You should have a minimum of 5 years of experience in industrial robotics, strong programming skills, and a solid understanding of computer vision fundamentals.

Responsibilities

• Assumer la responsabilité des déploiements de bout en bout, de l'appel de cadrage initial à la mise en production stable.
• Être le point de contact senior pour les clients, diriger les réunions stratégiques, gérer les attentes et établir une relation de confiance.
• Diagnostiquer les cas difficiles, structurer l'enquête, escalader les bonnes informations à l'ingénierie et proposer des solutions concrètes.

Requirements

• Minimum 5 years of experience in industrial robotics, systems integration, or customer deployment, ideally as a robotics integrator having run complex projects from A to Z
• Strong command of programming industrial robots (FANUC, ABB, UR, or equivalent), including multi-robot cells or non-standard integrations
• Strong Python skills, with a genuine focus on code quality, stability, and maintainability
• Concrete experience managing client projects with multiple technical and non-technical stakeholders
• Solid understanding of computer vision fundamentals as applied to robotics
• Real field experience: you've already managed a deployment that didn't go as planned, and you can tell the story of how you turned it around
• This role demands a level of autonomy and perspective that only field experience gives you:
• End-to-end ownership: you think in terms of the project, not the task. From kick-off to handover, you're accountable for the outcome and you own it.
• Pragmatism and decisiveness: on-site, you often have to make calls fast with incomplete information. You know how to weigh the risk and move forward, without waiting for sign-off on every micro-decision.
• Structured problem-solving: faced with a complex failure, you don't guess your way through, you structure your diagnosis, isolate possible causes, and communicate progress clearly, both internally and to the customer.
• High standards: you don't consider a deployment done until it's stable and robust , not just "working on demo day."
• Deep-tech / manufacturing mindset: you understand the real constraints of a production line (throughput, safety, zero tolerance for downtime), and you design your solutions with that in mind from the start.