Role Description As a Senior Cloud DevOps Engineer, you will be primarily responsible for bridging development and operations through collaboration, infrastructure as code (IaC), automation, and systems maintenance. This role requires excellent communication skills to work with stakeholders, understand their needs, and convey progress. The ideal candidate will excel at: - Designing and implementing best-practice IaC solutions (AWS/Azure) - Automating the deployment, scaling, and management of application infrastructure - Maintaining systems to meet company needs - Leading incident response and root cause analysis efforts to ensure quick issue resolution and prevention - Integrating security best practices into our infrastructure lifecycle to ensure compliance with data protection regulations - Comprehensive documentation of technical procedures, configurations, and deployed solution architectures This role reports directly to the Senior DevOps Engineering Manager. Qualifications - 7+ years of experience working with cloud infrastructure, CI/CD pipelines, and/or site reliability engineering - 5+ years of experience working with container orchestration tools (e.g. AKS, EKS) as well as the supporting deployment models and monitoring/observability of them - Expertise in launching fullstack applications and data ecosystems leveraging technology such as: Github Actions, Azure Terraform Modules, Azure Landing Zones, Azure Networking, Azure App Insights, Azure FrontDoor, Azure PLDMC Services, Azure Data Factory, and common AWS resources - Previous experience scaling platforms on Azure with a thorough understanding of reference architectures - Expertise in implementing DevOps culture, fostering collaboration between development and operations teams - Experienced in designing monitoring solutions around cloud infrastructure management - A passion for working with Engineering teams to help them identify where and when problems can be solved with cloud infrastructure and pipeline automation - Experience optimizing system reliability, scalability, and performance through DevOps methodologies - Motivated by identifying and prioritizing problems as much as you are solving them - Preferred Industry Certifications include: AZ-400: Microsoft Certified: DevOps Engineer Expert, Certified Kubernetes Administrator (CKA), Certified Kubernetes Application Developer (CKAD), Docker Certified Associate, HashiCorp Terraform Associate, Security Certifications related to Kubernetes, Terraform, and cloud technologies - Interpersonal skills that are empathetic, courteous, and friendly - Experience in the healthcare space Requirements - Your previous platforms have good uptime and don’t require the CEO to call us to tell us everything is down, with monitoring tools like New Relic, DataDog, and CloudWatch Benefits - Stock option plan - Flexible schedules and remote work - Chicago and San Francisco offices available - Self-managed vacation days, within reason - Paid parental leave - Health, vision, and dental insurance - 401K retirement plan

• Build and maintain infrastructure for development and CI/CD • Automate workflows with Python, Go, Bash and YAML • Develop and operate internal tools and platforms • Provision and manage data for engineering and analytics • Technologies used include: Python, Bash, SQL/PostgreSQL, GitHub Actions, Docker/Podman/Compose/Quadlets, nginx/nginx ingress, Linux (Debian, RHEL, Ubuntu)

Role Description The Site Superintendent - Fuels is responsible for overall field management and accountability for assigned task orders and other duties as assigned. They manage work sites, develop work plans, coordinate with subcontractors, and mentor field teams. They are the crucial link between the project managers and the construction site, attending site walks as assigned to support all CIG Fuels Programs. - Work with Project Managers to select, coordinate, and manage subcontractors, vendors, and field assignments effectively. - Maintain clear communication with the project team, clients, and subcontractors regarding project status, issues, and potential changes. - Oversee material procurement, equipment maintenance, and resource allocation to ensure projects have the necessary manpower and resources for timely project completion. - Develop and maintain proactive working relationships with team members, vendors, management, and other departments. - Monitor and report field execution status of their team with Project Manager and CIG/Fuels leadership. - Assist the Project Manager in preparing and executing Request for Information (RFIs) requests with designers and engineers to remedy issues quickly and cost-effectively, avoiding schedule delays. - Foresee a project's obstacles, risks, and constraints and effectively plan around them. - Ensure staff perform and follow the USACE 3 phase inspection process. - Direct the enforcement of the site-specific safety plan. - Other duties which may be assigned include Quality Control Manager (QCM) and/or Site Safety & Health Officer (SSHO) based on specific contract requirements. - Other duties as assigned. Qualifications - Minimum five (5) years’ aviation fueling system maintenance, repair, and construction including operations, maintenance, and repair activities. - Minimum two (2) years working on DOD fuels projects. - Possess OSHA 30 hour Safety Course. - Possess current USACE QCM Course certificate. - Possess and maintain a valid State Driver’s License. - Possess a favorable motor vehicle report and background check. Requirements - Knowledge and understanding to apply the requirements contained in the U.S. Army Corps of Engineers Safety and Health Regulations, EM 385-1-1. - Ability to read, write, and perform basic mathematical calculations. - Knowledgeable, skilled, and trained in written communications to initiate, compose, and/or enforce the activity hazard analysis as set forth in EM 385-1-1 for each individual specific work task. - Skilled and trained in oral communications to implement the activity hazard analysis prior to performing each work task. - Knowledge of UFGS for DoD Fueling System Design. - Knowledge of API 650/653, API 570, ASME welding requirements. - Ability to read and interpret construction design/engineering documents. - Ability to read and interpret project schedules. - Knowledge of computers and the ability to use commercial software programs such as Microsoft Office, especially Word and Excel. - Possess a high degree of proficiency in assigned function and attention to details. Physical Demands The physical demands described here are representative of those that must be met by an employee to successfully perform the essential functions of this job. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. - While performing the duties of this Job, the employee is regularly required to sit and talk or hear. - The employee may use repeated motions that include the arms, wrists, hands, and/or fingers. - The employee is occasionally required to walk, stand, climb, balance, stoop, kneel, crouch, or crawl. - The employee must occasionally lift and/or move up to 25 pounds. - Specific vision abilities required by this job include close vision. Teleworking Permitted? Yes Teleworking Details 100% Remote Estimated Salary/Wage USD $105,000.00/Yr. Up to USD $110,000.00/Yr.

• Keeping our web applications and services running smoothly, spotting and fixing bottlenecks before they become problems. • Optimizing performance and cost across our systems, using the latest tools and approaches rather than settling for "good enough." • Scaling our infrastructure to comfortably support a steadily growing, worldwide user base. • Refining our deployment and release processes so shipping code feels fast, safe, and boring (in the best way). • Helping product teams set up and improve CI/CD pipelines in GitLab, so they can move at their own pace. • Partnering closely with development teams - you're not working in a silo, you're working with people. • Collaborating daily with an international crew of engineers who bring different perspectives and time zones to the table. • In your first 3 months, becoming a go-to person for infrastructure support and taking ownership of key maintenance tasks. • By month 6, being fully ramped up and ready to join the on-call rotation.