Stellenbeschreibungph3We Are Hiring: Senior Compiler Researcher / Architect /h3 pAre you passionate about pushing the boundaries of what’s possible at the intersection of hardware and software? /p pbThis is an on site role, based in Zurich with a leading, research-focused computing organization is seeking a Senior Compiler Researcher / Architect /b to drive the development of next‑generation compiler infrastructures. In this role, you will shape the future of system software stacks for heterogeneous and AI‑centric computing systems, directly impacting high‑performance computing (HPC) and machine learning workloads. /p pIf you thrive on bridging compiler theory with practical, cutting‑edge system optimization, we want to hear from you! /p h3Responsibilities /h3 ul libCompiler Research Infrastructure: /b Design, validate, and evolve advanced compiler infrastructures and optimization algorithms to maximize performance, optimize memory, and improve execution efficiency. /li libSoftware–Hardware Co‑Optimization: /b Drive deep optimization across compiler and hardware boundaries (including kernel fusion, operator scheduling, and memory layout) for GPUs, TPUs, NPUs, and custom accelerators. /li libStrategy Innovation: /b Evaluate and innovate within traditional compiler ecosystems (LLVM, GCC) and modern AI compiler stacks (MLIR, TVM, Triton, XLA). /li libEcosystem Collaboration: /b Lead external research collaborations with academic and industrial partners, contributing to technology transfer and open‑source ecosystem initiatives. /li /ul h3Qualifications /h3 ul libEducation: /b MSc or PhD in Computer Science, Software Engineering, or a related field. /li libCore Expertise: /b Strong background in compiler construction (front‑end parsing, middle‑end optimizations, back‑end code generation) and computer architecture. /li libHands‑on Tools: /b Proven experience with LLVM, GCC, or modern AI compiler frameworks like MLIR, TVM, or XLA. /li libDeep Technical Knowledge: /b Solid understanding of optimization techniques (auto‑vectorization, loop transformations, polyhedral optimization) and specialized hardware architectures (GPUs, NPUs, many‑core systems). /li libSystem Understanding: /b Strong grasp of microarchitecture concepts, including memory hierarchies, instruction pipelines, and SIMD/VLIW execution. /li liExperience in AI system optimization and hardware‑aware compilation. /li liKnowledge of software–hardware co‑design methodologies. /li liProficiency in C/C++ and Python. /li liActive contributions to compiler research, open‑source systems, or high‑performance runtime environments. /li liA systems thinker who can seamlessly connect theoretical concepts with real‑world, scalable system optimization. /li liA collaborative researcher with excellent communication and technical writing skills. /li liDriven by a high attention to performance, scalability, and code quality. /li /ul /p #J-18808-Ljbffr
