Top Software Engineer Jobs in Boston, MA

The Software Developer will design, code, and deploy digital solutions while collaborating with cross-functional teams and maintaining documentation and CI/CD pipelines. They will employ AI and machine learning in a fast-paced environment.

Work as part of a software development team designing rapid prototypes for ISR and C2 challenges, utilizing Agile and DevSecOps practices.

Develop mobile applications for drone operation and live-streaming on Android devices, integrate with hardware SDKs, and lead a Scrum team.

As a Software Engineer II focused on AI Tooling, you'll develop AI systems and tools, build APIs, and integrate models. Collaborate with cross-functional teams to enhance productivity through innovative applications.

Develop backend features for the Core App to enhance user performance, collaborating with cross-functional teams while ensuring software quality.

Lead the design and implementation of features for Benchling's Registry and Inventory offerings, ensuring performance and scalability while mentoring engineers and collaborating cross-functionally on projects.

Contribute to C++ behavior tree framework development, improve APIs for autonomous vehicle control, synthesize requirements, and ensure product success through testing.

The Software Engineer I will develop and maintain cloud services, focusing on Java and collaborating with cross-functional teams to ensure software reliability and performance.

Join mabl's engineering team to develop and enhance a low-code AI test automation platform, focusing on intuitive solutions and high-performance features. Collaborate with cross-functional teams to drive customer success and improve software testing processes.

As a Software Engineer I at WHOOP, you'll develop and maintain backend services, collaborate with teams, and write clean, testable code.

As a Software Engineer III at Chewy, you will design and operate high-scale services while mentoring engineers and influencing product direction.

Design, build, and maintain scalable backend systems; troubleshoot bugs; contribute to service architecture and deployment processes; participate in on-call rotations.

Design and develop scalable software applications in Python, collaborate with teams, and ensure code quality for critical defense projects.

The Senior Full Stack Software Engineer will design, develop, and maintain high-quality SaaS applications, ensuring code quality and collaborating with product management and engineering teams.

The Co-op will assist in monitoring order statuses, documenting SOPs, responding to queries about orders and inventory, and supporting user training.

The Java Software Engineer will design, develop, and maintain Java-based applications, collaborating with stakeholders and mentoring junior engineers to ensure high-quality software solutions.

As a Software Engineer II, you will develop and maintain backend services in the Healthcare Infra team, collaborate with cross-functional teams, and tackle high-impact engineering challenges.

As a Software Engineer at Anduril Industries, you will build and enhance Lattice OS, focusing on platform services, infrastructure tooling, and collaborating on autonomous systems.

As a Software Engineer, you'll design user tracking systems, implement search backends, build machine learning pipelines, and automate database scaling.

The Software Engineer will develop full-stack web applications, manage projects end-to-end, collaborate with teams, and ensure code quality and maintainability.

Lead Agile teams to develop and maintain cloud-hosted web applications, manage technical execution, and communicate with customers about project requirements.

Develop and maintain cloud applications, implement web UIs, write backend APIs, and collaborate on software projects within an interdisciplinary team.

As a Mission Software Engineer, you will develop and integrate systems for autonomy in military applications, ensuring seamless functionality across platforms. You'll engage in coding, debugging, and collaboration with teams to enhance mission capabilities while traveling up to 25%.

Develop and maintain software for robotic systems, focusing on autonomy features, collaborating with hardware teams and subject matter experts.

Develop and test applications for emulators and models of cyber physical systems, ensuring modular software design and unit testing, with a focus on real-time hardware integration.