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VIKASO LTD in the UK is seeking a PhD- or experienced ML scientist to formulate, train and deploy models for robotic vision and sensing, turning research into production-grade software that improves real-world industrial robotics.
You will build scalable ML pipelines, apply foundation-model ideas and synthetic data validation, and integrate robust models into robotic systems across manufacturing and logistics environments.
In this role, you will formulate, train and deploy machine learning models for robotic systems that perceive the world through vision and sensors, learn structured representation in data, and operate reliably in real-world industrial environments. You’ll translate research into clean, production-grade software that improves system performance and accelerates deployment.
In this role, you will formulate, train and deploy machine learning models for robotic systems that perceive the world through vision and sensors, learn structured representation in data, and operate reliably in real-world industrial environments. You’ll translate research into clean, production-grade software that improves system performance and accelerates deployment.
The focus is reducing unnecessary complexity with scalable and reliable designs. You’ll push beyond incremental improvements by applying ideas from foundation models and generative AI, leveraging synthetic data generation, and validating results on real robots. Your work will raise the bar for capability, reliability, and speed of iteration.
VIKASO LTD is a UK-based robotics company redefining how industrial robots are deployed, controlled, and scaled. We are building next-generation hardware and software platforms that abstract complexity, standardise integration, and enable rapid adoption of robotics across manufacturing and logistics environments.
Our approach centres on robot-agnostic technologies that transform robotics from fragmented systems into a scalable, productised platform. While enabling automation at scale, our focus remains on advancing robotics - making robots easier to deploy, more intelligent to operate, and more reliable in production.
At the intersection of software, control systems, and mechatronics, we are building a globally scalable robotics platform that will define the future of industrial automation.