Top Engineering Jobs in Atlanta, GA

Develop and modify Android system services, privileged APIs, and OS-level AI integrations. Build interfaces for AI agents to interact with Android functionality while managing permissions, IPC, application lifecycles, background execution, performance, and resource consumption. Collaborate with agent engineers and debug Android Framework or AOSP components. Preferred experience includes custom ROMs, AOSP contributions, C++, System UI, background services, and power management.

Develop core infrastructure and horizontally scalable APIs for Elasticsearch. Solve complex performance, concurrency, stability, and operational issues; improve observability and developer productivity through automation and AI-enabled workflows. Lead cross-team projects, design APIs, support difficult customer issues, and own investigations through resolution. Collaborate across distributed engineering teams while contributing to open-source projects and maintaining secure, performant, and reliable platform functionality.

Own backend features from inception through production, develop and improve Kotlin services, write maintainable and well-tested code, and design scalable, reliable distributed systems within a small cross-functional team.

Build and release Mosai’s iOS and Android mobile application using React Native, Expo, and TypeScript. Own user interfaces, application state, API integrations, local storage, offline workflows, synchronization, testing, and releases. Contribute to Swift and Kotlin code, use AI-assisted development tools responsibly, and collaborate with Product, Design, QA, and backend engineering to deliver reliable mobile experiences for home-based care teams.

Build and scale backend infrastructure for AI-driven freight finance workflows, including document processing, APIs, data pipelines, audit engines, integrations, observability, and performance monitoring. Collaborate with AI/ML teams to productionize model outputs, integrate freight and financial systems, improve engineering practices, and make frontend updates as needed in a remote-first startup environment.

Early-career engineers and scientists develop technology across mechanics, modeling, electronics, robotics, and related disciplines. Responsibilities include product development, collaboration with manufacturing, quality, and supply chain teams, executing manufacturing plans, and advancing innovations from design through deployment for global energy operators.

Build and maintain end-to-end applications using React, Golang, and Node.js. Leverage AI development tools to improve speed and quality, collaborate with product and design, contribute to deployment and DevOps, and own features from concept through release. The role requires proactive problem-solving, rapid learning, scalable system design, and a strong builder’s mindset in a fast-paced energy and logistics technology environment.

Manages EMI engineering and high-power EMI/EMC testing for naval and maritime power systems. Responsibilities include developing test plans and procedures, executing tests, managing lab resources and ISO 17025 compliance, coordinating technical teams, overseeing project schedules and risks, reporting results, and supporting business development. The role requires extensive experience with DoD EMI standards, energy storage and power conversion equipment, technical leadership, and customer liaison responsibilities.

Design and build architecture for institutional blockchain infrastructure spanning sequencers, coordinators, ZK proving, interoperability, privacy, settlement, and production infrastructure. Translate financial-institution requirements into implementable designs, lead proof-of-concepts, make architecture decisions, document ADRs, evaluate build-versus-buy choices, and support technical client discussions. This is a hands-on individual contributor role requiring recent distributed-systems development experience and strong Ethereum/EVM knowledge.

Designs, integrates, commissions, tests, and troubleshoots PLC, HMI, substation, protective relay, RTAC, and communication systems for renewable energy applications. Responsibilities include interpreting electrical schematics, performing field commissioning, troubleshooting networks, collaborating with engineering teams and stakeholders, meeting project schedules and budgets, and adhering to NERC CIP and safety standards. Travel of 25–35% is required.