Top Python Jobs in Atlanta, GA

Senior DevOps engineer responsible for designing and implementing cloud infrastructure for UEM SaaS (commercial and federal). Build and maintain IaC and configuration (Terraform, Ansible), CI/CD pipelines, deployment automation, containerized workloads, monitoring, and vulnerability remediation. Ensure cloud security controls and compliance with FedRAMP, NIST, SOC 2, ISO and PCI standards while supporting production reliability and scalability.

Lead and mentor a site reliability engineering team to improve reliability, automation, CI/CD, and cloud-native infrastructure. Participate in hands-on design, architecture reviews, incident troubleshooting, define SLOs, reduce operational toil through IaC and automation, and deliver scalable SaaS services.

Lead design and build of production-ready cloud and AI systems, prioritize security and reliability, ship solutions quickly using modern engineering practices, collaborate with cross-functional teams, mentor engineers, drive customer adoption, and deliver reusable assets and end-to-end complex deliveries.

Design, develop, test, deploy, and support scalable software and data solutions including data pipelines, APIs, microservices, integrations, and reporting. Collaborate with product and platform teams, ensure secure maintainable code, drive troubleshooting and performance tuning, participate in architecture and code reviews, and support cloud, DevOps, and modernization initiatives to improve data reliability and operational efficiency.

Lead development, integration, and test of safety-critical embedded avionics software. Design and implement C++ applications across RTOS, Linux, Windows, and bare-metal environments, perform lab and hardware integration/testing, support flight software, and collaborate with multi-site teams under an active Secret clearance.

Develop, integrate, and test safety-critical embedded avionics software using C++ and RTOS on Linux/Windows/bare-metal platforms. Perform lab and hardware integration, collaborate with multi-site teams, and support mission-critical flight software with compliance and documentation for defense programs.

Design, develop, deploy, and maintain web-based GIS applications and geospatial databases for public health use. Build features from requirements, automate analysis with scripting, administer enterprise geodatabases, produce cartographic products, and support performance, security, and user management following Agile/DevOps and government SDLC.

Join a hybrid development team to build and maintain full-stack applications. Debug issues, implement features, participate in code reviews, troubleshoot production, and learn new technologies under mentor guidance.

Develop and maintain autonomous outdoor robot software in C++ and Python using ROS/ROS2. Collect and analyze field data, integrate sensors and hardware, participate in code reviews, simulation, and agile development under mentorship, and help improve real-world robotics performance.

Design, implement, test, and maintain subsystems for an autonomous outdoor robotics platform using C++/Python and ROS/ROS2. Debug hardware-software integration in real-world conditions, perform data collection and analysis, integrate sensors, participate in code review and mentoring, and contribute to technical direction and product decisions.

Architect, scale, and secure AWS infrastructure using IaC and automation. Build self-service templates, maintain FedRAMP-ready configurations, support incident response, optimize performance with Datadog, and mentor junior engineers.

Design, implement, and secure scalable cloud infrastructure across AWS and OCI; manage CI/CD (GitHub Actions), Kubernetes and ECS clusters (including GPU workloads); integrate observability (Datadog, Grafana, OpenTelemetry, Sentry); enforce security and compliance (SOC2, ISO 27001); handle DevOps/SRE intake, vulnerability response, and migrations from EKS to OKE.

Design, operate, and secure an identity-driven, cloud-aligned enterprise network across Azure, Meraki, on-prem, and SaaS. Lead hybrid identity (AD/Entra/Okta), Conditional Access, Zero Trust, IaC automation (Terraform/Bicep/ARM), connectivity (ExpressRoute/SD-WAN/VPN), observability, resiliency, and governance to deliver scalable, automated, and highly available connectivity.

Design, build, and maintain CI/CD pipelines and cloud infrastructure on Azure. Implement IaC, deploy containerized applications with Docker/Kubernetes, monitor systems, integrate DevSecOps, participate in on-call rotations, and document operational processes.

Lead architecture design and governance for large-scale, distributed, cloud-native systems. Define technical direction, standards, and best practices; align Enterprise Architecture with engineering teams; mentor developers; drive performance, resilience, and cost optimizations; evaluate emerging technologies (including AI/LLM integration); and lead resolution of complex technical issues while promoting reusable platform capabilities.

Plan, design, develop, and execute system integration tests for optical transport equipment. Create and maintain automated test scripts and regression suites, configure test environments and network settings, log and verify defects, support customers, and learn product architecture and new test tools.

Perform software testing and commissioning for warehouse automation products: create and execute test cases, lead cross-product tests, document results and anomalies, develop and roll out automated tests, maintain simulations and test VMs, support deployments and customer training, and extend test coverage and internal tools.

Lead and own enterprise infrastructure operations across cloud-hosted servers, endpoints, identity, and network domains. Drive patching, vulnerability remediation, monitoring, incident response, vendor/managed-service coordination, disaster recovery, and operational governance while managing onshore/offshore teams and improving reliability, compliance, and operational maturity.

Lead design and implementation of multi-region cloud platform services focusing on reliability, observability, CI/CD, service mesh, event-driven architectures, and shared infrastructure. Build automation/tools in Go/Python, operate Kubernetes at scale, manage messaging, databases, and participate in on-call support while ensuring compliance for government deployments.

Design, build, and operate shared, highly available platform services (Kubernetes, cloud, messaging, CI/CD). Develop automation and APIs (primarily in Go/Python), implement observability, service mesh, and multi-region solutions, and support on-call rotations to ensure platform reliability and scalability for internal consumers.

Lead design and implementation of shared, highly available cloud platform services: Kubernetes platforms, CI/CD, event-driven messaging, observability, service mesh, relational DB as-a-service, automation in Go/Python, multi-region cloud optimizations, and on-call support.

Build and operate the production platform (Kubernetes, AWS, IaC, CI/CD, observability), automate self-service deployment, embed security and secrets management, run and modernize on-call, drive cost efficiency, mentor teammates, and maintain runbooks and post-incident reviews.

Build and maintain Terraform infrastructure across AWS and Azure, create GitHub Actions CI/CD workflows, script automation (Python/Bash), manage releases across SDLC environments, collaborate with security to harden cloud services, and support AI development teams with provisioning, networking, disaster recovery, and operational tooling. Hybrid role with occasional client travel.

Design, develop, integrate, test, and maintain hardware and software for embedded systems. Produce schematics, wiring diagrams, and documentation; perform hardware/software integration and V&V; manage development workflows in Azure DevOps; provide technical support and project status reporting; improve and sustain existing products.

Develop and optimize path planning, trajectory generation, and motion controllers for heavy-payload autonomous mobile robots. Integrate localization and perception, validate sim-to-real behavior, implement obstacle avoidance and safety behaviors, analyze field telemetry, and collaborate across hardware, perception, and cloud teams to deploy reliable navigation in production.