AI/ML Compiler & Runtime Software Engineer at GlobalFoundries – IND - Maharashtra - Pune | Jobyssey

Sr Staff Engineer – AI/ML Compiler & Runtime Software Engineer

AI SDK Team

Location: Pune / Bangalore – India

Join the RISC-V Revolution!

About GlobalFoundries

GlobalFoundries is a leading full-service semiconductor foundry providing a unique combination of design, development, and fabrication services to some of the world’s most inspired technology companies. With a global manufacturing footprint spanning three continents, GlobalFoundries makes possible the technologies and systems that transform industries and give customers the power to shape their markets. For more information, visit www.gf.com

Introduction

We are seeking a highly skilled Sr Staff Engineer in AI/ML compiler and runtime software to join our Platform Software and AI SDK team. The team is building the foundational software stack to enable Physical AI workloads on next-generation RISC-V IP and SoC platforms.

This role sits at the intersection of AI compiler technology, edge AI deployment, runtime systems, and hardware acceleration. You will work on IREE-based compiler and runtime flows, LLVM/MLIR infrastructure, custom MLIR dialects and passes, code generation, quantization, and NPU acceleration to enable efficient execution of AI models on edge devices and silicon platforms.

This is a unique opportunity to contribute across the full silicon-to-software lifecycle, combining compiler engineering, AI runtime development, and hardware-software co-design to deliver high-performance, low-latency, and power-efficient AI execution for real-time edge and Physical AI use cases.

What You’ll Do

Architect, design, and develop AI/ML compiler and runtime software for RISC-V based IP, NPU, and SoC platforms.
Develop and enhance IREE-based compiler flows, including MLIR lowering, code generation, runtime integration, and deployment paths for edge AI workloads.
Create and maintain custom MLIR dialects, compiler passes, lowering pipelines, and transformation flows to map AI workloads efficiently to custom NPU and accelerator hardware.
Work across AI framework import paths including PyTorch, ONNX, and TFLite, and enable lowering through torch-mlir, TOSA, Linalg, and related MLIR dialects.
Optimize neural network workloads for edge deployment, including operator fusion, tiling, memory planning, quantization, layout transformation, and accelerator-aware scheduling.
Enable efficient execution of AI models across CPU, vector, matrix, and NPU acceleration paths, balancing latency, throughput, memory footprint, and power efficiency.
Collaborate closely with architecture, hardware, firmware, FPGA, validation, and product teams to bring up AI workloads on simulators, FPGA platforms, emulation environments, and silicon.
Analyze model performance, identify compiler/runtime bottlenecks, and drive optimizations across graph-level, operator-level, and kernel-level execution paths.
Define software architecture and technical direction for AI SDK components, including compiler pipelines, runtime interfaces, model deployment flows, and accelerator integration.
Build test infrastructure, validation flows, benchmark suites, and CI pipelines for AI compiler/runtime correctness, performance, and regression tracking.
Provide technical leadership to engineers working on AI compiler, runtime, model deployment, and edge AI software development.
Work with internal and customer-facing teams to support software enablement, debugging, performance tuning, and deployment of AI workloads on target platforms.

Ideally, you’ll have

3-12 years of hands-on software engineering experience, with strong experience in compiler, runtime, embedded software, or AI/ML systems.
Strong hands-on experience with IREE, LLVM, and MLIR compiler infrastructure.
Experience developing MLIR dialects, compiler passes, lowering pipelines, pattern rewrites, code generation flows, or backend integration for custom hardware.
Good understanding of IREE code generation flow, dispatch formation, executable generation, HAL/runtime concepts, and target-specific lowering.
Strong exposure to AI compiler/runtime stacks used for edge AI or accelerator-backed inference.
Experience with AI model formats and frameworks such as PyTorch, ONNX, TensorFlow Lite/TFLite, and related conversion or import flows.
Working knowledge of torch-mlir, TOSA, Linalg, tensor dialects, bufferization, quantization dialects, and MLIR-based model lowering concepts.
Strong understanding of neural network execution and optimization, including quantization, operator fusion, tensor layouts, memory planning, tiling, vectorization, and kernel selection.
Experience enabling or optimizing workloads for AI accelerators, NPUs, DSPs, vector processors, matrix engines, or custom SoC IP.
Strong C/C++ programming skills, with good Python scripting ability for compiler tooling, testing, automation, and model workflow integration.
Experience working in Linux development environments, including cross-compilation, debugging, profiling, build systems, and runtime bring-up.
Strong debugging and problem-solving skills across compiler IR, generated code, runtime behavior, and hardware/software interaction.
Ability to work with architecture and hardware teams to understand accelerator capabilities and translate them into compiler/runtime enablement.
Proven ability to technically lead complex software modules, mentor engineers, and drive execution across cross-functional teams.

You might also have

Experience working on RISC-V, ARM, x86, DSP, GPU, or custom accelerator software stacks.
Familiarity with RISC-V Vector, matrix acceleration concepts, custom instructions, or accelerator-specific code generation.
Experience with edge AI deployment on real devices, development boards, FPGA platforms, emulators, simulators, or early silicon.
Familiarity with FPGA prototyping, Linux bring-up, board-level debugging, or pre-silicon software validation.
Exposure to LLM and edge inference stacks such as llama.cpp, GGML/GGUF, ONNX Runtime, TensorFlow Lite, TVM, XNNPACK, or similar frameworks, with understanding of quantization, memory footprint optimization, kernel performance, and deployment constraints on resource-limited devices.
Experience with AI model benchmarking and optimization for vision, audio, transformers, GenAI, robotics, automotive, industrial, or real-time embedded workloads.
Understanding of hardware-software co-design, memory hierarchy, DMA, scratchpad memory, cache behavior, and accelerator data movement.
Experience with runtime systems, kernel libraries, microkernels, custom dispatch flows, or accelerator runtime APIs.
Familiarity with CI/CD and agile tools such as Jenkins, Git, CMake, Bazel, Jira, or similar engineering infrastructure.
Experience working in customer-facing enablement, silicon bring-up, platform software, or SDK delivery environments.
Excellent communication and interpersonal skills, with the ability to explain complex compiler and AI runtime topics clearly to software, hardware, and product stakeholders.

GlobalFoundries is an equal opportunity employer, cultivating a diverse and inclusive workforce. We believe having a multicultural workplace enhances productivity, efficiency and innovation whilst our employees feel truly respected, valued and heard.

As an affirmative employer, all qualified applicants are considered for employment regardless of age, ethnicity, marital status, citizenship, race, religion, political affiliation, gender, sexual orientation and medical and/or physical abilities.

All offers of employment with GlobalFoundries are conditioned upon the successful completion of background checks, medical screenings as applicable and subject to the respective local laws and regulations.

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