Top Software Engineer Jobs

Designs, develops, tests, monitors, and implements resilient full-stack software using Java and React or Vue. Contributes to architecture, technical strategy, prototypes, roadmaps, CI/CD, and complex troubleshooting. Collaborates with product and engineering teams, estimates work, documents processes, and mentors junior engineers. Requires LDAP integration experience and the ability to guide technical development and continuous improvement.

Lead the architecture and operation of backend financial systems, including double-entry ledgers, account models, reconciliation, transaction processing, and reporting. Own money-critical production systems, scalable relational data operations, observability, migrations, incident response, and safe deployments. Provide technical leadership through design reviews, cross-system projects, coaching, and architectural guidance while collaborating with operations and cross-functional partners.

Build full-stack, backend-focused product features by observing customer workflows and translating pain points into software solutions. Own development from problem discovery through release, resolve production issues, communicate with customers, and partner with senior leadership. The role includes occasional customer-site visits and requires working onsite five days per week in San Francisco.

Lead the architecture, development, troubleshooting, and performance optimization of highly available Java backend systems. Design microservices and event-driven architectures, manage GCP and Kubernetes workloads, implement security and resilience practices, automate infrastructure with Terraform and Helm, and establish observability. Mentor engineering teams, guide technical decisions, and partner with product, platform, and security stakeholders. This is an onsite role in Springfield, Missouri.

Develop and lead software solutions for web-based applications supporting intelligence-community data management. Responsibilities include data ingestion and characterization, metadata and schema analysis, analytic development, machine learning, database queries, software process selection, technical leadership, requirements analysis, and quality control. The role requires collaboration with customers, systems engineers, development teams, stakeholders, and leadership while supporting structured and unstructured data processing.

Leads full-lifecycle development of mission-critical cloud applications and large-scale distributed systems. Responsibilities include requirements analysis, object-oriented system design, full-stack development, integration, testing, CI/CD, production deployment, system enhancement, technical documentation, and collaboration with data scientists, engineers, and product managers. The role involves NoSQL and massively parallel architectures, with desired expertise in Neo4j, Java microservices, graph analytics, cloud scalability, advanced analytics, and complex data modeling.

Design, build, test, deploy, and operate secure, scalable cloud-native applications and services. Own technical initiatives from architecture through production, make architecture decisions, improve reliability and developer productivity, and investigate incidents. Use AI-assisted development tools responsibly, lead technical discussions, conduct code and design reviews, mentor engineers, reduce technical debt, and collaborate with product, UX, quality, security, and engineering teams.

Lead the architecture, design, implementation, and evolution of core C++ frameworks supporting Torc’s autonomous driving stack. Drive technical direction for real-time systems, communication, state management, testing, observability, and validation. Collaborate with Behavior and Perception teams, lead architecture and code reviews, mentor engineers, resolve platform-level issues, and establish scalable software engineering standards for reliable autonomous vehicle operations.

Designs, develops, tests, deploys, maintains, and troubleshoots complex software systems for government clients. Leads software development teams, translates customer requirements into specifications, integrates middleware and signal repositories, and manages system and subsystem-level design, documentation, quality assurance, and regression testing. Requires extensive Java, C++, XML/XSD, scripting, web framework, Linux/Unix, Docker, and software leadership experience, along with TS/SCI clearance with polygraph.

Develops and validates autonomous driving software for perception, localization, planning, prediction, or control. Responsibilities include implementing production software, analyzing driving data, building ML training pipelines, evaluating systems through simulation, researching autonomous driving algorithms, and supporting vehicle tests. The role collaborates with Isuzu teams, external partners, and research institutions, with potential focus on embedded deployment, machine learning, sensor fusion, vehicle dynamics, or real-time control.

Develops and validates autonomous driving software across perception, localization, planning, prediction, and control modules. Responsibilities include software implementation, ML data pipeline development, driving log analysis, simulation and emulation, vehicle testing, algorithm research, and collaboration with Isuzu teams, partners, and research institutions. The role requires Python and C++, machine learning frameworks, robotic middleware, embedded deployment, real-time validation, and familiarity with automotive systems, CAN, functional safety, and autonomous driving architectures.

Leads complex IT projects supporting DSS case management systems, managing scope, schedules, risks, resources, deliverables, and multidisciplinary teams using Agile and JIRA. Oversees development of database-driven browser and mobile applications using Microsoft technologies, SQL Server, .NET, C#, AngularJS, and related tools. Guides database design, reporting, data integration, code reviews, technical support, framework upgrades, automation, emerging technology research, scalability improvements, and coordination with business and technical stakeholders.

Develops, deploys, tests, and maintains software applications, APIs, databases, automation tools, and infrastructure supporting cyber training environments. The role contributes across the software development lifecycle, including requirements analysis, CI/CD, virtualization, containerization, system administration, troubleshooting, documentation, and operational support. Engineers collaborate with instructors and technical teams, improve training systems, analyze user activity, recommend technical solutions, lead development activities, and mentor junior team members.

Develop, deploy, test, and maintain software applications, APIs, databases, automation tools, and infrastructure supporting cyber training environments. Work across the software development lifecycle and specialize in UI/UX, backend services, or DevOps/integration. Manage virtualized and containerized deployments, CI/CD pipelines, dataflows, documentation, and operational support while collaborating with instructors, administrators, and technical teams. Mentor junior engineers and recommend solutions to complex technical problems.

Develop, deploy, test, and maintain software applications, APIs, databases, automation tools, CI/CD pipelines, and infrastructure supporting cyber training environments. Work across UI/UX, backend services, and DevOps/integration while operating virtualized and containerized systems. Responsibilities include requirements analysis, troubleshooting, documentation, testing, database and dataflow development, technical recommendations, operational support, mentoring junior engineers, and leading software engineering activities.

Develop, deploy, test, and maintain software applications, APIs, databases, automation tools, and infrastructure supporting cyber training environments. The role spans the full software development lifecycle, including CI/CD, virtualization, containerization, troubleshooting, documentation, and operational support. Engineers specialize in UI/UX, backend services, or DevOps/integration while collaborating with instructors, developers, and administrators. Responsibilities also include analyzing requirements, recommending technical solutions, mentoring junior team members, and supporting realistic cyber training simulations.

Nine-week technology internship for undergraduate or specialized master’s students. Interns receive engineering mentorship, participate in Agile projects, develop creative technical solutions, and own a project that delivers business value. Responsibilities include presenting project outcomes to stakeholders and gaining exposure to financial services technology. Candidates should have application development, automated testing, version control, and familiarity with DevOps, databases, server infrastructure, or cybersecurity.

Develops, tests, maintains, and enhances complex software systems for federal government customers. Responsibilities include requirements analysis, software design, debugging, database interaction, system integration, algorithm development, technical documentation, quality control, and collaboration with systems and hardware engineers. The role also supports Agile/Scrum coordination, process improvements, and small-team leadership.

Build and modernize Carrum Health’s data platform by developing Python and SQL pipelines, AWS services, Terraform infrastructure, dbt transformations, observability, testing, and CI/CD. Automate carrier integrations, reduce operational toil, improve reliability, and support Databricks adoption. Extend AI-assisted ingestion and classification using Bedrock and collaborate across engineering, analytics, data science, and client-facing teams. The role includes production ownership, incident response, technical documentation, and healthcare data platform development.

Build and maintain Go-based backend services, streaming data pipelines, reporting platforms, APIs, and financial data flows. Design event schemas, data models, warehouse tables, reconciliation processes, and scalable distributed systems. Contribute to cloud infrastructure, CI/CD, testing, and developer tooling while migrating legacy reporting architecture. Collaborate across international teams, own features through production, support live event operations, use AI-assisted development tools, and mentor junior engineers.

Lead a team of software developers while remaining hands-on with C#/.NET development, architecture, coding, code reviews, and complex problem resolution. Guide technical decisions, mentor engineers, improve engineering standards and CI/CD practices, and deliver scalable, secure, reliable SaaS features. Collaborate with distributed Product and Engineering teams, contribute to system design, and help build a growing U.S. engineering organization.

Design, develop, maintain, and test software for fiber-optic communication systems. Build secure RESTful and OpenConfig API services, diagnose defects and vulnerabilities, simulate system behavior, and collaborate with engineering teams to improve reliability and functionality.

Develop, test, deploy, and maintain enterprise Java applications. Conduct code reviews, optimize application performance, support architecture and project planning, mentor developers, and collaborate across development teams to deliver quality software. The role requires extensive full-stack Java experience with Spring, REST services, microservices, databases, version control, CI/CD, and Agile practices.

Create reinforcement learning environments and golden reference solutions for AI software-engineering tasks. Develop code samples, debug complex defects, implement features, refactor legacy systems, optimize performance, document technical reasoning, and review peer submissions. Work may involve Python, Java, Rust, Go, C++, or TypeScript. The role is remote, part-time contract work with output-based compensation and rapid onboarding.

Lead architecture, design, and implementation of scalable MyAccount web and platform capabilities. Drive technical strategy across teams, develop applications and APIs, improve reliability, performance, observability, and security, and ensure robust automated testing. Mentor engineers, influence architectural decisions, connect technical initiatives to business goals, and maintain operational ownership of customer-facing systems.