Top Software Engineer Jobs in Boston, MA

Designs, develops, tests, troubleshoots, and debugs storage systems software and related subsystems. Responsibilities include implementing enhancements, analyzing coding and integration requirements, writing test plans and documentation, resolving software issues, and collaborating with internal and outsourced engineering partners. The role works within established project guidelines with moderate supervision and requires strong analytical, problem-solving, testing, communication, and software systems design skills.

Designs, develops, tests, debugs, and integrates storage and systems software enhancements. Leads portions of complex software projects, coordinates internal and outsourced engineering partners, resolves architectural and integration issues, and communicates project progress to management. Provides technical guidance and mentorship to less-experienced engineers while applying expertise across software systems design, testing, and troubleshooting.

Build and improve software, platforms, and operational frameworks for incident response, on-call readiness, post-mortem learning, and engineering resilience. Lead incident-process design, facilitate reviews, mentor engineers, train on-callers, and drive cross-functional reliability initiatives. The role requires experience with distributed systems, Kubernetes, incident analysis, on-call operations, and software development primarily in Go and Python, with some TypeScript.

Leads software engineering projects and development teams building cloud-based, full-stack solutions for risk management and regulatory needs. Designs distributed microservices, APIs, reusable frameworks, and robust systems using modern programming languages, databases, containers, and AWS services. Provides technical leadership across Agile teams, mentors engineers, improves system performance, reduces technical debt, establishes engineering standards, and contributes to long-term technology strategy.

Leads multiple software engineering teams and sets technical strategy for scalable, resilient cloud platforms. Responsibilities include mentoring engineers and managers, guiding architecture and design standards, overseeing full-stack development, deploying applications to AWS, modernizing monoliths into microservices, improving engineering practices and delivery velocity, and partnering with product and executive leaders. The role also owns talent strategy, succession planning, workforce development, and technical health across engineering organizations.

Leads full-stack software engineering teams and technology portfolios supporting risk and GRC solutions. Responsibilities include managing developers, setting technical strategy, driving cloud-native distributed-system design, mentoring engineering leaders, partnering with product and architecture teams, defining roadmaps, and delivering large-scale initiatives. The role involves JavaScript and TypeScript ecosystems, multiple programming languages, AWS and other cloud platforms, microservices, databases, Kubernetes, AI-enabled solutions, and enterprise technical governance.

Part-time internship to learn and configure ServiceNow through training and mentorship. Work on real customer projects, write and test scripts, attend meetings and SCRUM, troubleshoot configurations, and pursue certifications.

Designs, develops, tests, and delivers database and platform software for Imprivata’s enterprise access management appliances across on-premises and cloud environments. Responsibilities include distributed database architecture, replication, networking, multithreaded development, automated testing, security vulnerability remediation, platform configuration, and customer issue resolution. The role requires Linux development, database engineering, software design, and full software development lifecycle experience.

Design and implement software for prototypes and production applications within an agile engineering team. Collaborate with business, marketing, and UX partners; contribute to product ideation, rapid prototyping, data analysis, user interfaces, custom algorithms, and emerging technology experiments. Participate in hackathons, meetups, and technical learning opportunities while helping develop innovative insurance technology products.

Leads complex enterprise AI deployments and go-live engagements, owns deployment playbooks and shared tooling, mentors engineers, captures reusable deployment knowledge, establishes quality standards, and partners with product and engineering teams. The role requires hands-on software engineering, customer-facing delivery, AI and GenAI integration, prompt engineering, and executive-level communication.

Develop and maintain native iOS applications using Swift and SwiftUI for DraftKings’ financial platform. Responsibilities include building user-facing features, integrating APIs, managing data and state, optimizing performance, monitoring crash analytics, participating in code reviews and testing, and troubleshooting reliability issues. The role collaborates with product, design, analytics, and engineering teams to deliver scalable, compliant mobile experiences.

Develop and integrate platform software for audio technology products using Linux, RTOS, C/C++, Python, DSP, and middleware. Support product delivery, resolve cross-component and partner integration issues, build scalable software components, and collaborate with systems, QA, and security teams. Maintain integration documentation, matrices, and progress reporting while representing software interests across teams. Experience with audio technologies, latency-sensitive systems, room correction, system integration, OEM/ODM collaboration, or consumer electronics is valuable.

Develop and maintain scalable control-plane software for DigitalOcean’s network products. Responsibilities include building APIs and microservices, implementing and optimizing services, troubleshooting customer issues, supporting existing products, improving development processes, and contributing to architecture and engineering best practices. The role involves end-to-end SDLC ownership, CI/CD deployment, distributed systems, containerized workloads, and collaboration across networking teams.