Top Full Stack Developer Jobs

Develop and maintain full-stack web applications and cloud infrastructure. Responsibilities include designing, coding, testing, deploying, and optimizing responsive applications and backend services; implementing Infrastructure as Code; managing Oracle databases; conducting code reviews; gathering stakeholder requirements; improving cloud performance and cost efficiency; mentoring developers; and incorporating user feedback. The role requires an active TS/SCI with polygraph and is onsite in Northern Virginia.

Develops and maintains full-stack client-side, server-side, and desktop software for mission-critical satellite systems. Designs APIs and web services, integrates capabilities across engineering teams, and optimizes applications for scalability, performance, and reliability. Responsibilities include troubleshooting, upgrades, testing, code reviews, documentation, and continuous improvement. The role requires Java experience, software lifecycle leadership, CI/CD expertise, a bachelor's degree, an active U.S. Secret clearance, and onsite work in El Segundo, California.

Build and enhance full-stack applications for renewable energy grid interconnection. Develop React and Next.js interfaces, geospatial visualizations, data dashboards, REST APIs, and gRPC integrations. Own features from UI design through database schemas, testing, deployment, and performance optimization. Use Python, Django, PostgreSQL, Docker, Kubernetes, and AWS while collaborating with energy domain experts and maintaining automated testing and CI/CD workflows.

Lead Agile software teams developing secure full-stack web applications for defense and national security customers. Responsibilities include sprint planning, technical leadership, customer requirements gathering, frontend development with React, backend API development with Python, cloud deployment, containerization with Docker and Kubernetes, and collaboration on scalable, maintainable software systems using DevSecOps practices.

Develops and maintains Java and TypeScript full-stack applications, backend services, agentic workflows, APIs, and cloud-native microservices. Designs AWS infrastructure using IaC, applies reactive and 12-factor principles, and performs performance testing. Creates architecture artifacts, troubleshoots complex systems, and supports secure, resilient software delivery using agile SDLC practices and enterprise-authorized AI development tools.

Build and maintain scalable full-stack web applications for Snap’s user-facing products. Develop interfaces and services, optimize performance, contribute to shared libraries, analyze operational and engagement metrics, and use AI-assisted workflows while maintaining code quality, security, scalability, and production readiness.

Leads full-stack engineering projects and developer teams building distributed microservices and cloud-based systems. Develops with multiple programming languages, AWS, databases, APIs, containers, CI/CD, and automated testing. Provides technical leadership, mentors engineers, establishes coding standards, partners with architects and product managers, improves system performance, reduces technical debt, and influences long-term technology strategy.

Leads full-stack engineering teams and major technology projects, setting technical strategy, managing engineering leaders, and delivering reliable distributed cloud-native systems. Responsibilities include mentoring talent, guiding architectural decisions, defining technology roadmaps, aligning engineering execution with enterprise goals, and overseeing solutions built with modern programming languages, databases, containers, and cloud platforms. The role also involves occasional coding, executive communication, succession planning, and strategic investment prioritization.

Leads technical vision and architecture for complex software systems, ensuring scalable, performant, operable implementations. Drives modernization from monoliths to microservices and event-driven platforms, establishes API and design standards, leads cross-divisional initiatives, mentors engineers, and contributes hands-on across the software development lifecycle. Requires expertise in cloud computing, enterprise architecture, data architecture, distributed systems, web technologies, databases, networking, and agentic AI coding tools.

Design and scale resilient, cloud-native payment systems and distributed microservices. Lead technical architecture, technology roadmaps, and cross-team engineering initiatives while mentoring developers. Build full-stack solutions using Java, AWS, Kafka, multiple programming languages, databases, containers, and modern AI coding tools. Drive reliability, performance, observability, security, regulatory support, coding standards, and enterprise technology strategy.

Leads diverse software projects and developer teams building cloud-based full-stack and microservices solutions. Provides technical leadership across Agile teams, defines service boundaries and integration patterns, improves system performance, reduces technical debt, establishes engineering standards, mentors engineers, and evaluates emerging technologies. The role uses multiple programming languages, AWS and other cloud platforms, databases, containers, APIs, CI/CD, automated testing, and observability tools.

Leads software engineering teams and a portfolio of technology projects within Enterprise Data Tech. Designs and implements large-scale, distributed, cloud-native systems and data platforms using full-stack technologies, microservices, databases, containers, and cloud services. Provides architectural and technical leadership, shapes platform roadmaps, establishes engineering standards, mentors developers, drives reliability and observability, and partners with product and architecture leaders to deliver secure, high-performance solutions.

Lead diverse software engineering projects and developers building distributed microservices, full-stack systems, and cloud-based solutions. Provide technical leadership across Agile teams, define service architectures and integration patterns, reduce technical debt, improve performance, mentor engineers, and influence long-term technology strategy. The role uses multiple programming languages, AWS, databases, containers, APIs, CI/CD, infrastructure as code, automated testing, and observability technologies.

Leads multiple technology projects and engineering teams building large-scale, distributed, cloud-native full-stack systems. Provides technical leadership for architecture, platform roadmaps, shared services, reliability, performance, and regulatory solutions. Develops with modern programming languages, cloud platforms, microservices, databases, containers, APIs, CI/CD, infrastructure as code, observability, and automated testing. Mentors engineers, drives technology strategy, leads design reviews, establishes engineering standards, and partners with product and architecture leaders.

Leads software engineering projects and developers building distributed microservices and full-stack cloud solutions. Designs service boundaries, integration patterns, reusable frameworks, APIs, and scalable systems using Java, Python, AWS, and related technologies. Provides technical leadership across Agile teams, establishes engineering standards, mentors engineers, evaluates emerging tools, improves system performance, reduces technical debt, and contributes to long-term technology strategy.

Develops secure, scalable full-stack applications using Java, Spring Boot, React.js, and microservices. Designs software architecture, writes production code, troubleshoots technical issues, analyzes data, and improves system quality. Uses authorized AI-assisted development tools responsibly for coding, testing, documentation, and automation while following agile, CI/CD, resiliency, and security practices.

Build and improve full-stack software for engineers operating mission-critical hardware. Responsibilities include developing React and TypeScript/JavaScript interfaces, contributing to backend services and APIs, creating reliable data flows, debugging across systems, writing tested code, and collaborating on greenfield products. The intern will work closely with software engineers and operators while gaining experience across frontend, backend, databases, and hardware-connected systems.

Build full-stack AI governance and observability features for Hex’s data platform. Responsibilities include developing React and TypeScript interfaces, backend language parsers, SQL generation, AI context systems, semantic models, agent audit tools, and workflows for governing and debugging AI-generated answers. The role requires solving front-end UX and backend scalability challenges while working with data teams and modern data warehouse technologies.

Develop and enhance full-stack applications supporting BlackRock’s Alternatives Investments business. Responsibilities include contributing to Java, SQL Server, React, and TypeScript codebases; designing scalable microservices; participating in architecture and code reviews; building reliable components; improving application resiliency; testing software; and collaborating with cross-functional engineering teams using Agile practices.

Leads full-stack software engineering for secure, scalable financial technology applications. Responsibilities include designing, developing, testing, debugging, reviewing code, creating architecture artifacts, improving system resilience, analyzing application data, and mentoring engineers. The role also drives responsible adoption of AI-assisted development tools, validates AI-generated outputs, promotes secure coding practices, and collaborates within an agile environment.

Leads multiple technology projects and engineering teams building large-scale, cloud-native full-stack systems. Provides architectural and technical leadership, drives platform roadmaps, develops distributed microservices, mentors engineers, establishes coding standards, and improves system reliability and observability. The role partners with product leaders and architects to deliver secure, high-performance solutions using modern programming languages, cloud platforms, databases, containers, and development practices.

Leads engineering projects and developers building large-scale, distributed, cloud-native full-stack systems for Capital One Card Technology. Responsibilities include architecture, implementation, technical strategy, platform roadmaps, mentoring, regulatory solutions, reliability and performance optimization, observability, and collaboration with product and architecture teams. The role uses modern programming languages, microservices, databases, containers, cloud platforms, APIs, CI/CD, and automated testing.

Lead full-stack engineering initiatives and developer teams building cloud-based, distributed microservices and financial technology solutions. Define architecture, service boundaries, development standards, and reusable frameworks while mentoring engineers. Develop and improve systems using modern programming languages, databases, container orchestration, AWS services, APIs, CI/CD, infrastructure as code, automated testing, and observability. Drive technical strategy, refactoring, performance optimization, and reduction of technical debt across Agile teams.

Lead full-stack engineering projects and developer teams building cloud-based, distributed microservices and regulatory solutions. Design service boundaries, APIs, reusable frameworks, and scalable systems using modern languages, databases, AWS, Docker, and Kubernetes. Provide technical leadership across Agile teams, establish engineering standards, mentor developers, improve system performance, reduce technical debt, and influence technology strategy through emerging tools and practices.

Build and lead full-stack software engineering initiatives using cloud-based, distributed microservices and full-stack systems. Lead developers, define service boundaries and integration patterns, establish engineering standards, mentor engineers, and deliver solutions supporting regulatory and customer needs. Develop with modern programming languages, AWS, databases, containers, APIs, CI/CD, infrastructure as code, automated testing, and observability. Drive technical strategy, refactoring, performance optimization, and reduction of technical debt across Agile teams.