Top Entry Level Software Engineer Jobs in Boston, MA

Develop and maintain backend services and APIs supporting WHOOP member-facing features. Collaborate with product, design, data science, and engineering teams to deliver scalable solutions. Write tested code, participate in reviews, monitor production systems, troubleshoot issues, document solutions, and contribute to reliable, high-performing distributed systems using Java, Kafka, PostgreSQL, and AWS.

Lead a small engineering team while remaining hands-on, guiding software from design through delivery. Build and scale mission-critical decision-making products for energy customers, collaborate across technical and domain teams, translate ambiguous requirements into shipped software, and improve power-grid safety. The role requires independent execution, customer partnership, continuous learning, and travel.

Develop and maintain energy simulation software for residential building design and verification. Implement energy codes and standards, improve modeling calculations, provide energy-modeling support to colleagues and customers, and collaborate with developers on product enhancements. The role requires software development skills, knowledge of heat transfer and building science, strong communication, and an engineering degree with thermodynamics coursework. Hybrid work requires approximately one day weekly in downtown Boston.

Build and deploy production software, data products, automation, and AI solutions for business teams. Embed with stakeholders to understand workflows, solve ambiguous operational problems, integrate enterprise data, and deliver reliable applications from concept through adoption. Responsibilities include testing, deployment, monitoring, security, documentation, AI validation, user support, and measuring commercial impact.

Designs, develops, tests, troubleshoots, and debugs software systems and subsystems for storage-related products. The engineer implements enhancements, analyzes coding and integration requirements, writes testing plans and documentation, identifies software issues, and collaborates with internal and outsourced development teams to deliver reliable solutions.

Develop and test C++ and Python software, embedded firmware, autonomy features, simulation tools, and testing infrastructure for UAV systems. Work with sensors, perception, planning, mission systems, and real or simulated data. Investigate failures using logs and telemetry, support hardware- and software-in-the-loop integration, collaborate with multidisciplinary engineering teams, document workflows, and participate in code reviews and design discussions.

Design and build software for global network infrastructure, including automation, orchestration, provisioning, device lifecycle management, telemetry, validation, and remediation. Integrate DPUs, SmartNICs, and programmable network infrastructure into scalable cloud systems. Establish architecture and technical direction, write RFCs and design documents, lead complex initiatives, mentor engineers, and collaborate across network, infrastructure, hardware, security, storage, and compute teams.

Early-career software engineers rotate across two InterSystems product teams after onboarding, contributing to front-end, back-end, or full-stack projects. Responsibilities include learning technologies and development practices, working on real codebases, collaborating cross-functionally, and applying software engineering fundamentals. Participants receive mentorship and may transition into a long-term software development role based on performance, interests, fit, and business needs.

Develop and maintain consumer-facing and back-office applications by translating business and technical requirements into tested, deployed software. Responsibilities include analysis, design, development, testing, installation, maintenance, debugging, troubleshooting, and collaboration with customers and developers. The co-op will gain hands-on experience with web, mobile, database, DevOps, containerization, and CI/CD technologies while contributing to impactful projects.

Owns resilience, performance, scalability, and operational cost improvements for a cloud-native platform. Designs and delivers full-stack solutions, builds monitoring and analysis capabilities, performs architectural and code reviews, and resolves complex production issues. The role requires pragmatic modernization judgment, AI-assisted development experience, customer or user accountability, and participation in a weekend on-call rotation.