Top Systems Engineer Jobs in Boston, MA

Manage WHOOP’s Mac and Windows endpoint fleets throughout the device lifecycle, from deployment through disposition. Engineer MDM, vulnerability patching, security policies, monitoring, observability, reporting, and automation aligned with HIPAA standards and SLA commitments. Reduce support tickets and manual toil, contribute to AI-first IT operations, support large-scale IT implementations, mentor colleagues, and communicate endpoint strategy clearly across technical and business teams.

Designs, develops, tests, deploys, monitors, and supports scalable cloud-based applications and platforms. Leads complex software engineering initiatives using microservices, containerized Kubernetes environments, and cloud-native architectures. Reviews designs and code, solves complex technical problems, integrates emerging technologies, collaborates with project teams, and mentors less-experienced engineers.

Leads systems engineering for advanced radar and electronic warfare systems, translating mission needs into requirements, architectures, interfaces, and integrated solutions. Guides multidisciplinary teams through development, simulation, testing, verification, and performance analysis across hardware, software, and integration activities. Designs radar modes including SAR, GMTI, and AMTI; uses MATLAB, radar simulation tools, Cameo, and MBSE methods. Mentors engineers, presents to customers and senior leadership, supports technical reviews, and contributes to proposals.

Maintains and improves embedded firmware and electronics for connected beverage machines in production and the field. Responsibilities include diagnosing hardware and firmware failures, implementing corrective actions, debugging microcontrollers and embedded Linux platforms, supporting board-level changes, managing component obsolescence and second sourcing, improving manufacturing tests and yields, and collaborating with quality, software, supply chain, and contract manufacturers. The role also supports regulatory compliance, documentation, fleet reliability, and field troubleshooting.

Build and maintain engineering-led business systems supporting CRM, revenue operations, sales, and growth. Develop integrations, internal tooling, automations, and AI-powered production workflows across the modern go-to-market stack. Write and deploy code through Git and CI/CD, collaborate with non-engineering stakeholders, evaluate no-code and low-code solutions, and establish maintainable release practices for a growing Business Systems team.

Supports, maintains, and develops automated optical inspection and metrology platforms for semiconductor manufacturing. Responsibilities include diagnosing system issues, managing R&D test benches, running experiments, qualifying product configurations, evaluating system performance, integrating hardware and software, documenting calibration and repair procedures, and communicating technical findings. The role requires hands-on optical and electro-mechanical troubleshooting, interpretation of engineering drawings, and up to 10% domestic and international travel.

Maintain and improve secure, resilient client IT environments across on-premises, cloud, hybrid, server, storage, virtualization, network, and endpoint infrastructure. Responsibilities include preventative maintenance, patching, vulnerability remediation, identity and access management, cloud administration, troubleshooting, monitoring, technical documentation, change management, project execution, and client support. The role requires managing infrastructure initiatives independently and collaboratively across client sites and consulting environments.

Develops connected digital manufacturing solutions across machining, assembly, inspection, and testing. Responsibilities include integrating CNC, Renishaw, PLC, ERP, MES, quality, and test data; building automated data pipelines and Power BI dashboards; analyzing manufacturing KPIs; supporting SPC, process capability, predictive analytics, and continuous improvement; and partnering with Manufacturing Engineering, Operations, Quality, Maintenance, and IT/OT teams to improve productivity, traceability, quality, throughput, and equipment utilization.

Design and operate large-scale infrastructure supporting GPU- and CPU-based EDA workloads. Build automation for provisioning, configuration, deployment, lifecycle management, monitoring, health remediation, cluster enrollment, and recovery across Linux compute fleets. Integrate services with schedulers, infrastructure systems, and observability platforms. Participate in incident response, root-cause analysis, capacity planning, and reliability improvements while collaborating with EDA, networking, storage, and hardware teams.

Provides systems engineering support across the defense acquisition lifecycle, including requirements analysis, architecture development, design, integration, testing, deployment, sustainment, and disposal. Conducts technical assessments, trade studies, risk management, configuration management, and interoperability analyses. Supports MBSE, digital engineering, cloud and virtualization efforts, technical reviews, engineering documentation, proposal evaluations, and integrated product teams for Air Force C2ISR systems.

Designs, deploys, operates, and optimizes secure, scalable multi-cloud environments, primarily AWS. Responsibilities include cloud architecture, networking, automation, infrastructure as code, CI/CD, DevSecOps, containerization, migration, monitoring, compliance, troubleshooting, and lifecycle sustainment. The role supports Air Force Cloud One services and provides technical guidance and mentorship to other engineers.

Lead architecture and development of backend services, APIs, integrations, and internal tools supporting supply planning, inventory, orders, fulfillment, logistics, and membership operations. Set technical direction, deliver complex initiatives, improve system security and resilience, partner cross-functionally, and mentor engineers. The role requires designing scalable distributed systems, integrating enterprise platforms and cloud services, managing data consistency and recovery, and translating ambiguous business needs into reliable technical solutions.

Designs, integrates, tests, deploys, and sustains SATCOM solutions. Translates customer requirements into resilient architectures, supports demonstrations and field integration, troubleshoots networking and RF issues, develops proposals and technical documentation, and serves as a liaison among customers, sales, engineering, vendors, and field teams. Requires strong SATCOM, RF, telecommunications, and networked systems expertise, along with U.S. citizenship and eligibility for a Secret clearance.

Develop, test, and deploy scalable internal software, APIs, data pipelines, automations, and integrations supporting business operations. Collaborate with Finance, Supply Chain, Manufacturing, Quality, Logistics, Membership Services, and other stakeholders to translate business needs into technical solutions. Maintain systems including NetSuite, Salesforce, Stripe, and Boomi, while improving reliability, security, and performance. Contribute to engineering best practices and mentor engineers across teams.

Own rapid-response experiments and integration across AI hardware, software, and customer teams. Run LLM inference workloads on simulators and hardware emulators, profile performance, analyze counters and traces, and explain bottlenecks. Support host-side runtime and driver integration, then convert investigations into reusable models, scripts, experiments, and regression tests. The role requires strong systems programming, hardware proximity, Linux proficiency, and the ability to deliver repeatable results from loosely defined requests.

Design and own multi-chip distributed simulation infrastructure for AI inference accelerators. Build host-to-chip and chip-to-chip simulators, model communication timing and failure modes, compose simulations across fidelity levels, scale runs to full racks, and correlate results with emulation and hardware measurements. Collaborate with chip modeling, SDK, and runtime teams while developing primarily in Rust, C/C++, and Python.

Lead systems engineering activities across the missile-system lifecycle, including requirements allocation, interface definition, integration, verification, validation, testing, anomaly resolution, redesign evaluation, and configuration control. Coordinate DVT, ESS, EMI, and acceptance test events with cross-functional engineering, manufacturing, quality, and customer teams. Support major technical reviews, maintain verification documentation, and travel domestically for testing and technical meetings.

Performs technical planning, systems integration, verification and validation, requirements allocation, trade studies, interface definition, risk and supportability analysis, and conversion of customer requirements into hardware and software specifications. The role supports systems across the full lifecycle and includes hands-on RF/microwave assembly, testing, measurement, troubleshooting, and documentation in collaboration with multifunctional teams.

Design, architect, and implement secure multi-cloud (primarily AWS) infrastructure and migrations for Air Force projects. Develop IaC, automation, CI/CD pipelines, and security/compliance (ATO/RMF/STIGs). Support integration, environment setup across enclaves, documentation, and cloud-native optimizations using DevOps practices and tools.

Systems Engineer 3 supports, maintains, integrates, qualifies, and troubleshoots automated optical inspection and metrology platforms for semiconductor customers. Responsibilities include hardware-software integration, system performance assessment, calibration, repair documentation, cross-functional collaboration, customer support, and approximately 20% domestic and international travel.

Provides systems engineering support for the Air Force Numerical Weather Modeling program, including requirements analysis, architecture reviews, software testing, integration, delivery, sustainment, and technical documentation. Supports SAFe adoption, Jira and Confluence workflow management, Agile DevOps, CI/CD, cloud and microservice implementations, configuration management, STIG compliance, acquisition planning, and program reviews. Collaborates with government stakeholders and program leadership to assess risks, manage technical artifacts, and deliver operational weather systems.

Leads systems engineering for flight management avionics, including software requirements definition, hardware and software integration, deployment, troubleshooting, laboratory test-bench integration, and verification and validation. Provides technical leadership for complex engineering projects and ensures compliance with aviation certification, security, and systems engineering standards. Requires extensive Flight Management or Flight Guidance experience and collaboration with software and systems engineering teams.

Develops and integrates systems for orthopedic robotic medical devices. Responsibilities include system requirements, risk management, architecture, subsystem coordination, requirements traceability, verification and validation, usability, integration troubleshooting, regulatory submissions, and technical documentation. Collaborates with hardware, software, clinical, and cross-functional teams throughout the product lifecycle in a highly regulated environment.

Leads Finance technology integrations and AI-first automation across ERP, procure-to-pay, billing, revenue, and accounting workflows. Designs Workato integrations, AI-powered workflows, agents, and copilots; resolves operational issues; supports SOX audits; and establishes scalable architecture, governance, and standards. Partners with Finance, IT, Security, Legal, Data, and GTM Systems teams to translate business needs into compliant solutions, enable nontechnical users, and measure automation outcomes.

Supports installation, integration, calibration, troubleshooting, upgrades, and acceptance of advanced semiconductor inspection and metrology systems. Diagnoses electro-mechanical, optical, automation, software, and subsystem issues across laboratory, manufacturing, and customer environments. Collaborates with engineering, field service, manufacturing, product support, supply chain, and customers to resolve escalations, document findings, improve system reliability, and reduce downtime. The role is primarily onsite in Wilmington, Massachusetts, with domestic and international travel up to 60%.