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Fractile was founded in 2022 on the bet that, eventually, the world’s most capable AI systems would be limited in their impact by the time taken to produce useful outputs. We bet everything on the logical conclusion: that the only way to truly unlock this latent value, to make speed viable at scale, was to radically re-invent the hardware that we run our frontier AI models on. Ever since, we have been building chips and systems that tackle this problem: how to efficiently generate output at thousands of tokens per second, while handling the complexity and capacity challenges of operating large models at very long contexts.
The workloads that push to the limits of the current frontier are already transformational; it is the technical and economic limits on inference speed that are constraining progress. The defining work of the 21st century will be marked by the engine of inference delivering immense and diffuse chains of intellectual inquiry, in drug discovery, in software engineering, in materials discovery, in any field where progress is driven by deep reasoning and intelligence to resolve complex problems.
This role will design, implement, and support production-ready board/PCBA test solutions for a high-volume board integrating multiple AI accelerator chips, high-current power delivery, embedded control, and PCIe Gen6 interconnect. This is a hands-on individual contributor role focused on executing the board test strategy defined by the Board Test Engineering Lead and delivering robust, repeatable tests for offshore manufacturing.We are seeking an experienced DRAM Product Engineer to develop advanced test methodologies and diagnostic techniques for next-generation memory systems.
This role focuses on understanding DRAM behavior across logical, architectural, and physical domains, using simulation, statistical analysis, and mathematical modeling to investigate failure mechanisms, characterize performance margins, define test techniques and improve reliability and yield. The successful candidate will combine deep knowledge of DRAM architecture and circuit behavior with strong analytical and problem-solving skills, working closely with design, architecture, and manufacturing teams to drive memory test innovation and product quality.
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London, GBR
London, GBR
London, GBR
Bristol, GBR
London, GBR
London, GBR
London, GBR
London, GBR
Bristol, GBR
Develop and execute test strategies for DRAM devices and their interconnects, covering functional, timing, signal integrity, and reliability failure modes.
Diagnose complex DRAM issues across logical, architectural, and physical domains, including cell behavior, addressing, timing margins, and interface interactions.
Build, modify, and maintain simulation models to study DRAM behavior, interfaces, and test scenarios at multiple abstraction levels.
Use simulation tools to explore corner cases, stress conditions, and failure mechanisms prior to and alongside silicon testing.
Transform and correlate data between logical representations (addresses, transactions, algorithms) and physical implementations (cells, banks, rows/columns, wires, timing paths).
Analyze DRAM behavior with a deep understanding of circuit operation, including variability, noise, leakage, and process effects.
Apply statistical methods to large test datasets to identify trends, characterize distributions, isolate root causes, and support yield and reliability conclusions.
Use mathematical models to describe, predict, and explore DRAM test behavior, limitations, and tradeoffs.
Collaborate with design, architecture, and manufacturing teams to feed diagnostic insights back into design and test improvements.
Ownership and execution: you will have full agency to drive your work forward
Rapid iteration: we all work directly with top leadership to move from idea to hardware on ambitious timelines
Full-stack engagement: hardware, software, silicon, and modelling teams all work closely together to create a product with generational impact
Optimistic and pragmatic: we possess the will to win, and to do the hard work to get us there
Team player mentality: the mission is bigger than any of us, and we have the curiosity and technical focus to see the best idea shipped, no matter who’s it is
Our work involves technologies subject to UK, US and other international export control regulations. Certain roles may require additional eligibility checks to ensure compliance with applicable law. We'll be transparent about this throughout the hiring process.
UK private semiconductor startup building AI inference chips and systems for companies running frontier models.
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