Performance analysis and modelling engineer M/V/X

Description de la fonction

Research next generation supercomputer hardware for AI/HPC applications.

What you will do

You will investigate software-hardware codesign innovations for next-gen artificial intelligence and high-performance computing systems.

The Compute System Architecture Unit (CSA) at imec is researching next-generation large-scale heterogeneous computer architectures. The team is responsible for workload characterization, runtime management, performance modeling, architecture simulation and prototyping for future computer systems and their applications, to reach multiple orders of magnitude better performance, energy-efficiency, and total-cost-of-ownership.

We are looking for a performance analysis and modeling engineer to innovate across layers of the computing stack, from application to semiconductor technology innovation and everything in between. You work closely with other experts from different fields to identify codesign solutions and to build the infrastructure required to evaluate them. This position plays a key role in our mission to shape the future of high-performance computer architecture.

You will:

• Research various solutions to enable the next large-scale-high-performance computing clusters. The role spans over various layers from workload characterization, resource management, system architecture, and microarchitecture.
• Develop performance (+power/TCO/emissions) models for future hardware at various levels of detail to identify bottlenecks and propose new solutions that alleviate the bottlenecks.
• Capture the relevant workload characteristics of large-scale applications, as inputs to hardware models.
• Analyze performance on existing systems to validate and calibrate hardware models.
• Collaborate across the company to guide the direction of HW/SW codesign based on the top HW issues and SW performance limiters generated from the models and characteristics.
• Model features and configurations that improve performance, power, total cost of ownership and emissions.

Profil

Who you are

• Master's or PhD degree in Computer Science, Computer Engineering or relevant STEM degree, preferably with early career experience.
• Experience with performance modeling (such as computer architecture simulation) for multiple types of computer hardware (e.g. CPU/GPU/NPU, or network design)
• Experience with performance measurement and analysis through profiling and tracing tools.
• Good understanding of large-scale application (AI/HPC) execution characteristics from the workload perspective.
• Good understanding of heterogeneous system architectures, from their memory management to their microarchitecture.
• Good understanding of machine learning techniques, and their impact on performance.
• Strong programming ability in C++ and python. CUDA knowledge is considered a plus.
• Your communication and interpersonal skills enable you to work in a dynamic, distributed team. You actively share experiences and knowledge with colleagues.
• We are looking for your excellent communication skills in English, as you will work in a multicultural team and closely with our partners.

Compétences linguistiques

• Anglais (atout)

  • Comprendre : Expérimenté - (C1)
  • Écrire : Expérimenté - (C1)
  • Lire : Expérimenté - (C1)
  • Parler : Expérimenté - (C1)

Avantages du poste

What you will do

You will investigate software-hardware codesign innovations for next-gen artificial intelligence and high-performance computing systems.

The Compute System Architecture Unit (CSA) at imec is researching next-generation large-scale heterogeneous computer architectures. The team is responsible for workload characterization, runtime management, performance modeling, architecture simulation and prototyping for future computer systems and their applications, to reach multiple orders of magnitude better performance, energy-efficiency, and total-cost-of-ownership.

We are looking for a performance analysis and modeling engineer to innovate across layers of the computing stack, from application to semiconductor technology innovation and everything in between. You work closely with other experts from different fields to identify codesign solutions and to build the infrastructure required to evaluate them. This position plays a key role in our mission to shape the future of high-performance computer architecture.

You will:

• Research various solutions to enable the next large-scale-high-performance computing clusters. The role spans over various layers from workload characterization, resource management, system architecture, and microarchitecture.
• Develop performance (+power/TCO/emissions) models for future hardware at various levels of detail to identify bottlenecks and propose new solutions that alleviate the bottlenecks.
• Capture the relevant workload characteristics of large-scale applications, as inputs to hardware models.
• Analyze performance on existing systems to validate and calibrate hardware models.
• Collaborate across the company to guide the direction of HW/SW codesign based on the top HW issues and SW performance limiters generated from the models and characteristics.
• Model features and configurations that improve performance, power, total cost of ownership and emissions.

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