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EngineersOfAI in Województwo pomorskie, Poland is seeking a Senior Software Engineer to lead the design and development of a large-scale collective communication simulator. You will work with a team of experts to develop innovative solutions for AI hardware.
The ideal candidate will possess extensive software development experience, particularly in C++, along with strong problem-solving abilities and a collaborative mindset. This position offers the opportunity to make a significant impact on AI technology.
Subject to alignment to the responsibilitiesand duties of the role
At Graphcore, we’re building the future of AI compute.
We’re a team of semiconductor, software and AI experts, with deep experience in creating the complete AI compute stack - from silicon and software to infrastructure at datacenter scale.
As part of the SoftBank Group, backed by significant long-term investment, we are delivering key technology into the fast-growing SoftBank AI ecosystem.
To meet the vast and exciting AI opportunity, Graphcore is expanding its teams around the world.
We are bringing together the brightest minds to solve the toughest problems, in a place where everyone has the opportunity to make an impact on the company, our products and the future of artificial intelligence
As a Senior Software Engineer in the Collectives Simulator team, you will drive the design and development of a large‑scale collective communication simulator that enables the analysis of network parameters and the efficient implementation of communication algorithms. The ideal candidate will have experience in designing, developing, and maintaining complex software systems involving custom hardware. You will be responsible for leading development efforts, mentoring junior engineers, and driving technical excellence in our projects.
The Collectives team is responsible for building the Collectives Communication library for new AI hardware Graphcore is working on. The library provides communication primitives optimized to achieve high bandwidth and low latency at very high scale.