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NexusAM is transforming metal additive manufacturing with a backend engineer role focused on building the core C++ systems that ingest, process, and store high-rate sensor data from metal 3D printing machines.
You will develop Python bindings, expose backend functionality to ML and application teams, and ensure real-time streaming and robust, cross-platform builds for customer environments in a demanding industrial setting.
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NexusAM is transforming metal additive manufacturing by tackling its biggest barrier: the prohibitive cost of part qualification. Our platform cuts qualification time and costs while ensuring traceable, consistent quality.
Backend Developer
Nexus is an ambitious seed stage startup building the intelligence layer of metal 3D printing. Our platform,NEXUS, takes multi-modal sensor data and generates actionable insights for quality assurance. Formed at Imperial College London by leading experts in the field of additive manufacturing and artificial intelligence, we’re trusted by aerospace, defence, and medical manufacturers, and we're backed by leading investors.We're on a mission to accelerate manufacturing of high-value safety-critical parts with additive manufacturing.
As our Backend Engineer, you must have experience designing and building large and complex (yet maintainable) systems, and you should be able to do this in about three times the pace most competent people think possible. You’ll work on the core of our platform: the C++ systems that ingest, process, and store high-rate,multi-modal sensor data from metal 3D printing machines to generate actionable outputs. Our software runs where our customers build parts, inside industrial factories, so performance and reliability are critical. Your work will directly enable aerospace, medical, and automotive manufacturers to produce next generation components.
Our proprietary AI technology stack combines real time process monitoring with predictive intelligence, dramatically accelerating the qualification process.
Built on breakthrough research from leading institutions and validated on production systems, our technology targets qualification cost reductions of over 50% while ensuring consistent, traceable quality.
We're enabling manufacturers across aerospace, medical, and energy sectors to unlock the full potential of additive manufacturing at scale.