Top Hybrid Software Engineer Jobs in Boston, MA

Design, develop, and maintain scalable Java-based backend systems and APIs. Write clean code, perform testing and debugging, conduct code reviews, mentor junior engineers, and collaborate with stakeholders to deliver resilient production software.

As a Principal Software Engineer, you'll modernize DevX Pipelines, enhance CI/CD infrastructure, and promote software delivery efficiency.

As a Software Engineer II, you will develop backend services using Java and AWS technologies, collaborating with cross-functional teams to build scalable healthcare solutions.

The role involves designing and operating AI systems, building data pipelines, fine-tuning models, and mentoring team members while collaborating with product and data science teams.

Design and implement backend systems for business operations at WHOOP, ensuring reliability, performance, and scalability. Collaborate with stakeholders and mentor engineers.

The Principal Engineer will lead enterprise scalability efforts, driving architectural changes, optimizing systems, and integrating AI for improved operational performance across multi-tenant SaaS platforms.

As a Software Engineer II, you'll build front-end and back-end solutions, enhance existing products, manage APIs, and provide analytics insights while collaborating across teams.

As a Software Engineer II, you will build and operate Klaviyo's Flows Platform, focusing on backend systems that process billions of events reliably and efficiently. You will tackle complex challenges, contribute to tech decisions, and ensure high-scale performance.

As a Software Engineering intern, you will design and implement algorithms for ADAS applications, conduct experiments to profile algorithm performance, and build simulations for testing.

The Sr. Distinguished Data Engineer will lead in developing innovative data engineering solutions, promote engineering excellence, mentor talent, and implement complex data analytics frameworks within Capital One.

Lead the development of innovative software solutions, manage large projects, and enhance business processes while guiding team performance and collaborating with clients.

Support R&D in acoustic technologies by conducting experiments, building prototypes, performing measurements, and collaborating with research teams.

Develop large-scale distributed systems, solve complex algorithms for traffic optimisation, and participate in the full software development lifecycle.

Develop algorithms for mission planning tools, analyze data, validate performance, and collaborate across teams. Requires expertise in physics and software development.