At Moxie, we empower ambitious aesthetic entrepreneurs to build profitable, independent practices—without burnout, overwhelm, or guesswork. In just a few years, we've grown from an idea to a global, remote-first team now supporting 700+ practices nationwide.

Our purpose is simple: to unlock sustainable success for aesthetic entrepreneurs, at every stage of their journey.

Staff Platform Engineer

We're looking for a Staff Platform Engineer to lead some of Moxie's highest-impact infrastructure and developer productivity initiatives in Q4 2026 and H1 2027, starting with Continuous Delivery. Beyond the project work, you'll provide technical leadership across the company and own and validate major architectural decisions that shape how Moxie builds, with particular responsibility for cloud infrastructure, CI/CD, developer environments, observability, and operational tooling.

You'll join our Platform team and work closely with engineers across Moxie to improve how we build, test, deploy, and operate software. You'll help evolve our developer platform to support both engineers and increasingly autonomous AI agents, with an emphasis on automation, self-service tooling, and reducing friction throughout the software development lifecycle.

You'll also share responsibility for production reliability and operational support with our distributed Platform team, including participation in on-call and incident response during Americas hours.

Our Objectives for the Role

Ship early wins that improve developer productivity. Within your first month, you're contributing to production infrastructure and developer tooling, participating in architectural discussions, and identifying opportunities for improvement. By month two, you've delivered targeted improvements to CI reliability, merge workflows, deployment automation, or local development environments.

Lead major platform initiatives from design to production. Take ownership of a meaningful workstream within our existing Continuous Delivery initiative, leading it through design, architecture review, cross-functional collaboration, and production. By month six, lead a second ambitious initiative, such as progressive delivery or developer environment improvements, to a visible milestone or production-ready state.

Shape architecture across the company. Within your first month, you're actively participating in architectural discussions and identifying opportunities to improve Moxie's systems. By month three, you're leading technical proposals, influencing major architectural decisions across teams, and taking designs from proposal through review, approval, and implementation, with particular ownership of our infrastructure and developer platform.

Build the next generation of developer infrastructure. By month nine, you've advanced automation, self-service environments, and the infrastructure needed to support increasingly autonomous AI engineering workflows, with measurable improvements in delivery speed, reliability, or developer experience.

Own non-project technical initiatives and engineering culture. Start owning at least one org-level initiative in your first three months (for example infrastructure standards, architecture governance, technical documentation, or engineering-wide reliability practices), and by month nine own one or two initiatives with measurable gains in quality or velocity, while shipping v1 of one or more key initiatives.

We're Looking For

Staff-level engineering experience. You've led large, ambiguous initiatives as a hands-on IC, owning delivery, tradeoffs, and major architectural decisions across teams.

Technical leadership and engineering standards. You've improved engineering practices, influenced peers across teams, and partnered with engineering leadership to resolve complex decisions and raise the technical bar.

Cloud infrastructure and architecture. You've designed, built, and operated production systems on AWS (ECS/Fargate, RDS, or equivalents), using containers and infrastructure as code (Terraform/Terragrunt), with strong judgment around scalability, reliability, and security.