Director of DevOps and Tooling
Role details
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Tech stack
Job description
We are looking for a Director of DevOps and Tooling to own the infrastructure, developer platforms, and toolchain that every engineering team at Forterra builds on. Autonomy programs live or die on iteration speed: how fast a controls engineer can get a change onto a vehicle, how quickly a perception team can replay a field log, how much simulation a program can run overnight. You'll own the systems that determine those answers.
This is a hands-on leadership role. You'll build and lead the team, but you'll also be in the CI/CD pipelines, in Terraform, and in the room when a compliance boundary and a delivery deadline collide. Because we operate in a controlled defense environment, you'll be responsible for platforms that are simultaneously fast for engineers and defensible to auditors - ITAR-controlled, NIST 800-171 aligned, and built to support programs of record.
What you'll do
Platform Architecture & Strategy Own the technical roadmap for cloud infrastructure, CI/CD, developer tooling, and internal platforms across the company.Define build-vs-buy strategy for engineering tooling, and make the tradeoff calls between vendor solutions, open source, and in-house development.Set standards for infrastructure-as-code, environment reproducibility, artifact management, and release engineering, and drive adoption across engineering teams.Partner with the executive team on multi-year platform investment, vendor strategy, and organizational scaling plans.
Infrastructure, Cloud & Compliance Design, operate, and scale cloud and on-premise infrastructure supporting autonomy development, vehicle software, simulation, and back-office systems.Own architecture and operation of controlled environments (e.g., AWS GovCloud or equivalent) that satisfy NIST 800-171, CMMC, and ITAR requirements without becoming a bottleneck to engineering velocity.Drive infrastructure cost efficiency through capacity planning, workload right-sizing, and account and network architecture.Establish observability, alerting, and incident response practices for internal platforms, and own uptime and reliability targets for the services engineering depends on.
Developer Tooling & CI/CD Own the end-to-end developer experience: source control, code review, build, test, artifact promotion, and deployment.Build and maintain CI/CD pipelines that support embedded, robotics, and cloud workloads, including cross-compilation, hardware targets, and long-running simulation jobs.Drive down build, test, and deployment times as a first-class engineering objective, and instrument the toolchain so bottlenecks are measurable rather than anecdotal.Own and operate core internal platforms (source control, issue tracking, documentation, artifact repositories, and business systems integrations) as production services with defined SLAs.
Test Infrastructure & Automation Partner with vehicle software, controls, and autonomy teams to build and scale automated test infrastructure, including hardware-in-the-loop (HIL) benches and virtualized/containerized test racks.Build the data infrastructure that lets engineers ingest, store, index, and replay vehicle telemetry and field logs at scale.Enable regression and scenario testing to run continuously against every change, so integration issues surface in the lab rather than on the vehicle.
Team Leadership Hire, grow, and lead a team of DevOps, platform, and infrastructure engineers, including distributed and near-shore staff where appropriate.Establish a blameless operational culture: clear ownership, honest postmortems, sustainable on-call.Mentor engineers on infrastructure and automation practice, and develop the next layer of technical leadership on the team.Manage roadmap, prioritization, and delivery commitments against the needs of multiple competing programs.
Cross-Functional Collaboration Work closely with software, controls, systems, and program engineering leads to understand what their workflows actually need and where the toolchain is failing them.Partner with IT, Security, and Compliance to keep engineering environments both usable and auditable.Translate infrastructure and compliance constraints into terms program and executive stakeholders can act on.
Requirements
10+ years of software, infrastructure, or DevOps engineering experience, including 3+ years leading and growing engineering teams.B.S. in Computer Science, Computer Engineering, Electrical Engineering, Mechatronics, or a related field - or equivalent hands-on experience. Demonstrated depth matters more than the specific degree.Deep hands-on experience with cloud infrastructure (AWS preferred) and infrastructure-as-code tooling such as Terraform, Ansible, or equivalent.Production experience with Kubernetes and container-based workloads, including operating clusters rather than only consuming them.Demonstrated ownership of CI/CD systems (GitLab CI, Jenkins, or equivalent) at organizational scale, with measurable improvements to build, test, or release cycle time.Experience operating in a regulated or controlled environment, with working knowledge of ITAR, NIST 800-171, or comparable security and compliance frameworks.Proficiency in at least one general-purpose language (e.g., Python, Go, C#, TypeScript) sufficient to build and maintain tooling directly, not only review it.Experience with observability and monitoring stacks (e.g., Prometheus, Grafana) and with defining and holding reliability targets.Ability to work credibly with hardware and embedded teams and reason about test infrastructure that includes physical devices.Must be a U.S. Person and eligible to obtain a security clearance in the future. No current clearance is required to start.
Preferred Qualifications Experience founding or rebuilding a DevOps, platform, or infrastructure function from scratch.Background in aerospace, defense, automotive, robotics, or another hardware-intensive engineering environment.Experience with AWS GovCloud, Landing Zone Accelerator, or large-scale controlled-environment migrations.Track record of significant infrastructure cost reduction without loss of capability or compliance posture.Experience owning business-critical internal systems (ERP, MES, PLM) or integrating them with engineering toolchains.Experience building and managing distributed or near-shore engineering teams.
Benefits & conditions
The salary range for this role is an estimate and is based on a wide variety of compensation factors. The salary offered to candidates will vary based on a variety of factors including (but not limited to) relevant work experience, education, specialized training, critical expertise, training, and more. Equity in Forterra is included in most of our full-time, high-demand roles and is therefore considered part of Forterra's overall compensation package. In addition to base salary and equity, Forterra offers competitive benefits for full-time employees including: Premium Healthcare Benefits: Three plan options, including an HSA-eligible plan, with Forterra covering 80% of the plan premium for you and your dependents. Basic Life/AD&D, short and long-term disability insurance plans 100% covered by Forterra, plus the option to purchase additional life insurance for you and your dependents.Extremely generous company holiday calendar including a winter break in December.Competitive paid time off (PTO) offering 20 days accrued per year.A minimum of 7 weeks fully paid parental leave for birth/adoption. A $9k annual tuition reimbursement or professional development stipend.Fully stocked beverage refrigerators with all the Celsius your little heart desires. 401(k) retirement savings plan, including traditional, Roth 401(k), and after-tax deferral with company match up to 4%., $175,000.00