Sr. DevOps Engineer
Company Overview (Who are we? Why should you join us?)
At ecoATM the proof of our success is in our staggering growth, extraordinary impact on protecting the planet, and providing a work culture unlike any other. We are a technology company and a pioneer of device re-commerce. Through our 7,000 automated kiosks and online marketplace Gazelle.com, we enable people all over the world to join the mobile device re-use revolution, a revolution that will get billions of used smartphones out of the e-waste cycle and into the hands of people who don’t have affordable access to the empowerment of the latest mobile technology.
At ecoATM we know our employees are our greatest strength and the key to our continued growth and success. When you join our team, you will enjoy more than just a job, you will be empowered to develop and utilize your unique talents and skills to build a rewarding career while making a lasting, positive impact on the planet.
Our Values and Leadership Behaviors
Position Overview
We are looking for a Senior DevOps Engineer to design, build, and evolve the platform, tooling, and infrastructure that enable engineering teams to deliver software quickly, reliably, and securely at scale.
This is a highly technical individual contributor role with broad ownership across cloud infrastructure, CI/CD systems, observability, and developer experience. You will operate as a technical leader, driving architecture, standards, and automation across the organization.
This role combines deep expertise in Windows infrastructure with modern DevOps practices, enabling engineering teams to deliver software reliably while modernizing legacy systems into scalable, cloud-native architectures.
This role focuses on building platforms that improve delivery speed, reliability, and operational excellence across engineering teams
This role will report to the Senior Manager, DevOps.
Key Responsibilities
Platform & Infrastructure Engineering:
Design and operate scalable, secure cloud infrastructure (AWS, GCP, Azure)
Build and maintain Infrastructure as Code (Terraform, Pulumi, CloudFormation)
Own runtime platforms (Kubernetes, serverless, container platforms)
Containerization of .NET and Windows workloads
Evolve system architecture, scaling strategies, and failure handling to align with distributed, elastic environments
Shift mindset from static provisioning to dynamic, API-driven infrastructure
What success looks like: A platform that behaves cloud-native by design, not just cloud-hosted
CI/CD & Release Engineering:
Design and implement robust CI/CD pipelines for multiple services and teams
Standardize build, test, and deployment workflows
Enable safe, fast releases through automation, testing, and progressive delivery strategies
Improve deployment frequency while reducing change failure rates
Move from primarily rolling deployments to more advanced deployment strategies
Build platform capabilities that make safe deployment strategies the default for engineering teams
What success looks like: Frequent, low-risk deployments with measurable reductions in change failure rate
Automation & Developer Productivity:
Eliminate manual processes through automation and self-service tooling
Build internal developer tooling that reduce friction and cognitive load
Improve developer workflows across build, test, deploy, and operate phases
Drive adoption of platform capabilities across engineering teams
What success looks like: A streamlined platform with fewer tools, clearer patterns, and lower cognitive load for engineers
Security &DevSecOps:
Integrate security into CI/CD pipelines and infrastructure workflows
Implement identity, secrets management, and secure supply chain practices
Ensure compliance with standards (SOC2, HIPAA, etc. where applicable)
Partner with security teams to embed controls into platform tooling
Redefine RBAC strategies across infrastructure, CI/CD, and Kubernetes environments
What success looks like: A secure minimal permission setup with clear ownership and auditing capability that drives responsiveness to unexpected changes.
Technical Leadership:
Act as a technical authority across DevOps, SRE, and platform engineering
Drive architectural decisions and long-term technical strategy
Mentor engineers and influence best practices across teams
Lead cross-team initiatives and platform adoption efforts
What success looks like: Clear, consistent architectural direction that reduces ambiguity and rework, with engineering teams independently making high-quality decisions aligned to platform standards. Measurable uplift in engineering quality, with fewer escalations, stronger design reviews, and increased delivery confidence across teams.
Cross-Functional Collaboration:
Partner with product engineering to improve delivery workflows
Work with SRE, security, and data teams to align platform capabilities
Collaborate with leadership on roadmap, priorities, and tradeoffs
Influence engineering culture toward automation and reliability
What success looks like: Strong alignment across engineering, security, and leadership, resulting in faster delivery with fewer friction points. Platform capabilities are widely adopted because they solve real problems, not because they are mandated. Cross-team initiatives execute predictably, with clear ownership, minimal duplication, and shared accountability for outcomes.
Basic Qualifications
8–12+ years experience in DevOps, SRE, or platform engineering
Strong experience with:
Cloud platforms (AWS, GCP, Azure)
Infrastructure as Code (Terraform, CloudFormation, etc.)
CI/CD systems (GitHub Actions, GitLab CI, Jenkins, ArgoCD)
Containers and orchestration (Docker, Kubernetes)
Windows and Linux Operating Systems
Configuration Management Tooling (Chef, Ansible, Salt, Puppet)
Proficiency in scripting or programming (Python, Nodejs, Bash, etc.)
Deep understanding of distributed systems and cloud architecture
Preferred Qualifications
Experience operating platforms at scale (100+ services, high deployment frequency)
Experience building internal developer platforms (IDP)
Knowledge of GitOps and modern deployment patterns
Strong understanding of networking, security, and observability systems
Business Travel (How much will you travel?)
Apply To This Job
At ecoATM the proof of our success is in our staggering growth, extraordinary impact on protecting the planet, and providing a work culture unlike any other. We are a technology company and a pioneer of device re-commerce. Through our 7,000 automated kiosks and online marketplace Gazelle.com, we enable people all over the world to join the mobile device re-use revolution, a revolution that will get billions of used smartphones out of the e-waste cycle and into the hands of people who don’t have affordable access to the empowerment of the latest mobile technology.
At ecoATM we know our employees are our greatest strength and the key to our continued growth and success. When you join our team, you will enjoy more than just a job, you will be empowered to develop and utilize your unique talents and skills to build a rewarding career while making a lasting, positive impact on the planet.
Our Values and Leadership Behaviors
Position Overview
We are looking for a Senior DevOps Engineer to design, build, and evolve the platform, tooling, and infrastructure that enable engineering teams to deliver software quickly, reliably, and securely at scale.
This is a highly technical individual contributor role with broad ownership across cloud infrastructure, CI/CD systems, observability, and developer experience. You will operate as a technical leader, driving architecture, standards, and automation across the organization.
This role combines deep expertise in Windows infrastructure with modern DevOps practices, enabling engineering teams to deliver software reliably while modernizing legacy systems into scalable, cloud-native architectures.
This role focuses on building platforms that improve delivery speed, reliability, and operational excellence across engineering teams
This role will report to the Senior Manager, DevOps.
Key Responsibilities
Platform & Infrastructure Engineering:
Design and operate scalable, secure cloud infrastructure (AWS, GCP, Azure)
Build and maintain Infrastructure as Code (Terraform, Pulumi, CloudFormation)
Own runtime platforms (Kubernetes, serverless, container platforms)
Containerization of .NET and Windows workloads
Evolve system architecture, scaling strategies, and failure handling to align with distributed, elastic environments
Shift mindset from static provisioning to dynamic, API-driven infrastructure
What success looks like: A platform that behaves cloud-native by design, not just cloud-hosted
CI/CD & Release Engineering:
Design and implement robust CI/CD pipelines for multiple services and teams
Standardize build, test, and deployment workflows
Enable safe, fast releases through automation, testing, and progressive delivery strategies
Improve deployment frequency while reducing change failure rates
Move from primarily rolling deployments to more advanced deployment strategies
Build platform capabilities that make safe deployment strategies the default for engineering teams
What success looks like: Frequent, low-risk deployments with measurable reductions in change failure rate
Automation & Developer Productivity:
Eliminate manual processes through automation and self-service tooling
Build internal developer tooling that reduce friction and cognitive load
Improve developer workflows across build, test, deploy, and operate phases
Drive adoption of platform capabilities across engineering teams
What success looks like: A streamlined platform with fewer tools, clearer patterns, and lower cognitive load for engineers
Security &DevSecOps:
Integrate security into CI/CD pipelines and infrastructure workflows
Implement identity, secrets management, and secure supply chain practices
Ensure compliance with standards (SOC2, HIPAA, etc. where applicable)
Partner with security teams to embed controls into platform tooling
Redefine RBAC strategies across infrastructure, CI/CD, and Kubernetes environments
What success looks like: A secure minimal permission setup with clear ownership and auditing capability that drives responsiveness to unexpected changes.
Technical Leadership:
Act as a technical authority across DevOps, SRE, and platform engineering
Drive architectural decisions and long-term technical strategy
Mentor engineers and influence best practices across teams
Lead cross-team initiatives and platform adoption efforts
What success looks like: Clear, consistent architectural direction that reduces ambiguity and rework, with engineering teams independently making high-quality decisions aligned to platform standards. Measurable uplift in engineering quality, with fewer escalations, stronger design reviews, and increased delivery confidence across teams.
Cross-Functional Collaboration:
Partner with product engineering to improve delivery workflows
Work with SRE, security, and data teams to align platform capabilities
Collaborate with leadership on roadmap, priorities, and tradeoffs
Influence engineering culture toward automation and reliability
What success looks like: Strong alignment across engineering, security, and leadership, resulting in faster delivery with fewer friction points. Platform capabilities are widely adopted because they solve real problems, not because they are mandated. Cross-team initiatives execute predictably, with clear ownership, minimal duplication, and shared accountability for outcomes.
Basic Qualifications
8–12+ years experience in DevOps, SRE, or platform engineering
Strong experience with:
Cloud platforms (AWS, GCP, Azure)
Infrastructure as Code (Terraform, CloudFormation, etc.)
CI/CD systems (GitHub Actions, GitLab CI, Jenkins, ArgoCD)
Containers and orchestration (Docker, Kubernetes)
Windows and Linux Operating Systems
Configuration Management Tooling (Chef, Ansible, Salt, Puppet)
Proficiency in scripting or programming (Python, Nodejs, Bash, etc.)
Deep understanding of distributed systems and cloud architecture
Preferred Qualifications
Experience operating platforms at scale (100+ services, high deployment frequency)
Experience building internal developer platforms (IDP)
Knowledge of GitOps and modern deployment patterns
Strong understanding of networking, security, and observability systems
Business Travel (How much will you travel?)
Apply To This Job