Senior Compiler Performance Engineer

The Compiler Engineering team within Intel's Data Center Group is seeking talented and passionate Senior Compiler Engineers to help shape the future of high-performance computing and AI software.

At Intel, we are developing next-generation software technologies that unlock the full potential of heterogeneous computing. Our compiler technologies enable developers to efficiently leverage CPUs, GPUs, and accelerators through high-performance, portable software. As part of our team, you will contribute to an ecosystem that advances performance, scalability, reliability, and developer productivity for AI, HPC, and other demanding workloads, while supporting Intel's commitment to open-source innovation and collaboration.

The Intel Compiler Engineering team develops LLVM-based compiler technologies for C, C++, SYCL, Triton, MLIR, Fortran, and Domain-Specific Languages (DSLs), targeting Intel CPU and GPU architectures. We work across the entire compiler stack and collaborate closely with hardware architecture teams, covering language front ends, intermediate representations, optimization, code generation, debug information, runtimes, heterogeneous and offload computing, quality engineering, and developer tools. Our work bridges Intel hardware capabilities with leading AI frameworks and software ecosystems, including PyTorch, machine learning frameworks, and inference platforms.

As a Senior Compiler Engineer, you will play a key role in advancing compiler technologies that deliver industry-leading performance and scalability across Intel architectures. You will take ownership of complex technical challenges from concept to production and drive solutions that have a broad impact across products and workloads.

In this role, you will:

• →Lead performance analysis of real-world applications, AI and HPC workloads, and industry-standard benchmarks, identifying bottlenecks across compilers, runtimes, libraries, and processor architectures.
• →Design, develop, and deliver compiler optimizations and code generation enhancements that enable new Intel CPU and GPU capabilities, taking innovations from prototype through production-quality implementation.
• →Own performance for specific compiler components or workload domains by defining targets, tracking results through continuous integration systems, and driving measurable improvements.
• →Advance heterogeneous and offload compilation technologies across SYCL, OpenMP, Triton, MLIR, and DSL-based programming models, improving portability while maintaining exceptional performance.
• →Collaborate closely with hardware architects to influence the design and enablement of future Intel silicon through compiler and programming model innovations.
• →Drive engagement with upstream open-source communities through technical design proposals, RFCs, code contributions, and peer reviews.
• →Influence technical strategy, architectural decisions, and engineering best practices through design reviews, code reviews, and cross-team collaboration.
• →Mentor and develop junior engineers while serving as a technical leader and trusted partner to internal stakeholders, customers, and the broader software ecosystem.

As a senior engineer, you will have significant opportunities to deepen your technical expertise, influence product direction, and help define the future of compiler technologies, developer tools, and high-performance software platforms.

Candidates must possess one of the following:

• Bachelor's degree in Computer Science, Computer Engineering, Electrical Engineering, or a related technical field with 6+ years of experience in compiler development, compiler performance analysis, or compiler optimization.

• Proven track record of analyzing and solving complex technical problems and delivering features through a full product cycle.
• Excellent written and oral communication skills, with the ability to clearly communicate technical details and concepts to engineers, architects, and stakeholders.
• Experience with LLVM, Clang, or other compiler infrastructure.
• Experience optimizing software performance for CPU, GPU, or high-performance computing workloads.
• Experience identifying and implementing compiler performance improvements.
• Experience collaborating with compiler development teams on optimization initiatives.
• Experience providing technical guidance or mentoring engineers.
• Demonstrated technical problem-solving through relevant engineering projects.
• Written and verbal communication skills.

• Master's degree in the same fields with 3+ years of experience in compiler development, compiler performance analysis, or compiler optimization.

• PhD in the same fields with no additional industry experience required.

The required years of experience must include experience in the following technical areas:

• Compiler development and performance optimization.
• Software workload performance analysis, debugging, and optimization.
• Software development or optimization using modern C++ and compiler technologies.

Annual Salary Range for jobs which could be performed in Canada

Intel is committed to a culture of accessibility.  Intel provides accommodations to applicants and employees with disabilities.  Find information and request accommodation here.

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