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Americas, United States, Pasadena

Posted 215 days ago

Applied Scientist, Systems Modeling, AWS Center for Quantum Computing

🏢 Amazon Web Services (AWS)

USD 136K - 223K per year

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Role Type

🧪 Scientist / Researcher

Role Focus

🏗️ Build Systems

Seniority

🌿 Experienced
🌸 PhD / Postdoc

Employer Type

🏢 Industry

This Applied Scientist role at AWS Center for Quantum Computing focuses on developing and optimizing quantum computing system models. The successful candidate will integrate and maintain various system models, and develop proxy metrics to enable speed and quality tradeoffs. The work will help inform future architecture decisions, identify scaling bottlenecks, and guide technical investments for quantum computing services.

Key Responsibilities

Leverage software libraries for machine learning, optimization, and workflow orchestration to build system modeling capabilities.

Integrate modeling and simulation capabilities developed by yourself and others into a common library.

Seek to understand and improve system modeling abstractions.

Develop surrogate models and proxy metrics using detailed models developed by domain experts to enable speed/quality tradeoffs in system modeling.

Explore, benchmark, and integrate new modeling frameworks and techniques as appropriate.

Work with software development teams when infrastructure improvements are required, and to develop dashboards exposing modeling tradeoffs.

Required Skills

PhD, or Master's degree and 5+ years of experience in Computer Science, Computer Engineering, Physics, Electrical Engineering, or related field

Proficiency programming in Python, Julia, or related languages

Proven track record of publications, talks, patents, or open source contributions

Nice-to-have Skills

Familiarity with quantum computing applications, quantum error correction, and quantum device physics

Familiarity with system modeling and design optimization as applied to classical computer architecture and VLSI physical design

Experience using machine learning and optimization frameworks such as JAX, PyTorch, BoTorch, PyMC

Experience creating and integrating differentiable surrogate models into a common simulation library

Experience with multi-objective optimization and multi-disciplinary design optimization

Experience with parallel/distributed computing or high-performance computing

Technology Tags

Device modelling

The core responsibility of the role is to develop system modeling and optimization capabilities for quantum computing hardware.

Optimisation

A key responsibility is to develop "optimization capabilities" for quantum computing systems.

ML approaches

The job requires experience with machine learning, surrogate modeling, and specific ML frameworks like JAX and PyTorch.

Quantum Computing

The job is explicitly for an Applied Scientist at a center developing quantum computing services.

Quantum Hardware

The role focuses on developing system models for fault-tolerant quantum computing hardware.

Classical programming

The job requires strong proficiency in programming languages like Python and Julia for software development.

Fault-tolerant

The role contributes to developing "fault-tolerant quantum computing hardware".