Tooling Engineer

MATS Program; Berkeley (CA); Hybrid; USD 120,000 - 180,000; Full time

Job summary

MATS seeks a tooling engineer to build and maintain internal tooling that makes research compute easier to access, use, and scale across GPUs, API, and cloud providers.

You will develop automation, pipelines, and reusable tooling for researchers, while collaborating with security and fellow teams to ensure cost efficiency and reliability.

Qualifications

• 3+ years of professional software engineering experience, with production code you have shipped and maintained.
• Strong software engineering skills, including proficiency in Python, and the ability to work across a web stack or willingness to become effective across it.
• Experience integrating with third-party APIs and building automations or data pipelines against them.
• Comfort working directly with users, gathering requirements iteratively, shipping small, and refining from real usage.
• Effective use of modern AI coding tools and agents (e.g. Claude Code, Cursor) as part of your software-development workflow.
• Clear written communication; you document what you build.
• High agency; you can take an ambiguous problem, scope it, and drive it to something people use.
• Alignment with our mission of reducing risk from the development of advanced AI.

Responsibilities

• Build tools and automation around compute access, provisioning, budgets, usage, and requests, and automate recurring workflows for teams across MATS.
• Work directly with fellows and the Compute team to understand workflows, identify operational bottlenecks, and turn recurring problems into reusable tools.
• Build simpler, more unified ways to access and manage compute across the GPU, API, and cloud providers we support, adopting and extending existing tools where they fit.
• Contribute where useful to our cluster and cloud infrastructure, and to the controls and observability around cost, access, and usage.
• Work closely with MATS’s security function on the security and access requirements of our research infrastructure and tooling.
• Build reliable pipelines and interfaces around compute usage, spending, capacity, and operational state across the platforms we support.
• Adopt, extend, or build tools for AI safety research, including agent and evaluation infrastructure and data infrastructure that helps researchers capture, organize, analyze, and learn from their work.
• Work with fellows and residents to understand their research workflows and build reusable tooling that can accelerate research across projects.
• Across all of this, you keep what you build maintainable, documented, and deployable by others on the team, and you iterate with real users rather than in isolation.

Skills

Python

Web stack

API integration

Automation

AI coding tools

Documentation

Communication

Problem solving

Ownership

Tools

Inspect

PETRI

Claude Code

Cursor

Job description

MATS finds and trains talented individuals for what we see as the world's most urgent and talent-constrained problem: reducing risks from unaligned artificial intelligence. We believe ambitious researchers from a variety of backgrounds have the potential to meaningfully contribute to alignment, control, security, and governance research. Through our research fellowship, we provide mentorship, training, professional network, and financial support to accelerate their careers and increase their impact.

Since 2021, we have trained over 630 researchers. 75% of pre-2026 fellows continue to work in AI alignment. 10% have co-founded organizations. Our fellows have produced 215+ research papers with 17,000+ citations. And we are just getting started: in the coming year we will expand our program to support even more researchers.

About the role
MATS provides research compute to its fellows across GPU providers, API providers, cloud platforms, and our own GPU cluster. The Compute team manages the platforms, budgets, and workflows that get that compute into fellows’ hands, and builds tooling and infrastructure around how researchers access and use it.

As a Tooling Engineer, you build the tools and infrastructure that make those systems easier to use, operate, and scale. Some of this is automation and interfaces around compute access, provisioning, budgets, and usage. Platform work includes giving fellows simpler ways to reach compute across many providers and giving the team better visibility and control over cost and usage. The role also includes research tooling, adopting, extending, or building the agent, evaluation, and data infrastructure fellows use in their AI safety research.

You will work closely with the Compute team, other teams across MATS, and fellows to understand where the friction is and ship useful solutions. Your work will span internal tooling and automation as well as reusable research tooling, with the mix changing as our needs evolve. You will also work with MATS’s security function, particularly where tooling and research infrastructure intersect. You will contribute to our GPU cluster and cloud infrastructure where useful; you do not need to arrive as an HPC or cloud specialist, and we expect to help you build context in these systems. This is a small team with a large surface area. You will have substantial ownership over what gets built, with a strong preference for adopting and extending existing tools over building from scratch when they fit.

• A full-stack or backend engineer who has built internal tools or platforms for technical users and enjoys the product side as much as the code.
• A data or platform engineer who has built pipelines and integrations against third-party APIs and wants to work more closely with research.
• A research engineer or technical generalist from an AI lab, startup, or safety organization who ships quickly and wants to build infrastructure that other researchers use.

If you do not fit perfectly into one of these profiles but believe your skills are a strong match for the responsibilities, we are still excited for you to apply.

Key responsibilities
Tooling and automation

• Build tools and automation around compute access, provisioning, budgets, usage, and requests, and automate recurring workflows for teams across MATS.
• Work directly with fellows and the Compute team to understand workflows, identify operational bottlenecks, and turn recurring problems into reusable tools.

Compute platforms and infrastructure

• Build simpler, more unified ways to access and manage compute across the GPU, API, and cloud providers we support, adopting and extending existing tools where they fit, writing a thin MATS layer where that is enough, and building from scratch only where nothing else serves.
• Contribute where useful to our cluster and cloud infrastructure, and to the controls and observability around cost, access, and usage.
• Work closely with MATS’s security function on the security and access requirements of our research infrastructure and tooling.

• Build reliable pipelines and interfaces around compute usage, spending, capacity, and operational state across the platforms we support.
• Make that information useful to fellows, the Compute team, and organizational planning and decision-making, with clear provenance and strong standards for data quality.

• Adopt, extend, or build tools for AI safety research, including agent and evaluation infrastructure (e.g. Inspect, PETRI) and data infrastructure that helps researchers capture, organize, analyze, and learn from their work.
• Work with fellows and residents to understand their research workflows and build reusable tooling that can accelerate research across projects.

Across all of this, you keep what you build maintainable, documented, and deployable by others on the team, and you iterate with real users rather than in isolation.

Examples of projects you might work on

• Compute access and automation. Automate common provisioning, top-up, and request workflows across supported platforms, with human approval where spend or policy requires it.
• Unified compute tooling. Improve how fellows access compute across providers and how the team monitors usage, spend, and capacity.
• Research tooling. Adopt or build tooling that helps fellows run and evaluate AI safety research, such as deploying an agent-evaluation framework for use on our platforms.
• Research data infrastructure. Build systems that make research outputs and data easier to capture, organize, query, and reuse.
  

Essential qualifications and skills

• 3+ years of professional software engineering experience, with production code you have shipped and maintained.
• Strong software engineering skills, including proficiency in Python, and the ability to work across a web stack or willingness to become effective across it.
• Experience integrating with third-party APIs and building automations or data pipelines against them.
• Comfort working directly with users, gathering requirements iteratively, shipping small, and refining from real usage.
• Effective use of modern AI coding tools and agents (e.g. Claude Code, Cursor) as part of your software-development workflow.
• Clear written communication; you document what you build.
• High agency; you can take an ambiguous problem, scope it, and drive it to something people use.
• Alignment with our mission of reducing risk from the development of advanced AI.

Desirable qualifications and skills

We expect especially strong applicants to have experience in at least one of the following: