Top Aerospace Jobs in Boston, MA

The Robotics Software Engineer will architect systems, implement navigation algorithms, develop software for UAS, and support prototype vehicle testing.

The Systems Engineer will provide leadership in designing, integrating, and testing complex aircraft mission systems. Responsibilities include managing requirements, conducting trade studies, and evaluating design alternatives for mission capabilities.

As a Flight Test Engineer, you will plan and execute flight test activities, coordinate resources, and ensure equipment safety and operability, working collaboratively with interdisciplinary teams on UAS systems.

Senior on-site IT support lead for Boston HQ owning endpoint, network, and conferencing infrastructure. Troubleshoot macOS/Windows endpoints via MDM, manage VPN and mobile devices, run onboarding/offboarding, partner with vendors on office build-out, enforce CUI/TAA compliance controls, and document processes while mentoring junior staff.

Lead supplier quality for complex electronic assemblies: perform supplier assessments, data-driven root-cause analysis, 8D/ corrective actions, AS9102 first article inspections, and supplier development using APQP/PPAP and continuous improvement to ensure delivery of first-time quality. Expect ~50% travel to supplier sites in the Northeast.

Senior individual contributor who defines enterprise AI architecture, builds reusable platform components and governance controls, drives observability and cost attribution, mentors engineers, and partners across Security, Legal, Data, and product teams to enable secure, measurable AI adoption.

Build and operate production AI capabilities—agents, prompts, connectors, automations, and telemetry—to improve productivity. Deliver reusable components, integrate AI with enterprise systems, enforce responsible AI controls, instrument costs and ROI, and collaborate across security, legal, data, and business teams to scale safe, measurable AI adoption.

Hands-on individual contributor building and operating enterprise AI capabilities: agents, prompts, connectors, automations, and telemetry. Partners with stakeholders to convert workflows into production-quality, secure, measurable AI solutions, create reusable components, enforce governance controls, optimize cost and ROI, and enable cross-functional adoption and observability.

Lead supplier quality activities for aerospace/defense components: drive supplier performance improvements, develop supplier quality strategies, conduct audits, perform root cause analysis, implement corrective actions, monitor quality metrics, and collaborate cross-functionally to ensure regulatory and Honeywell quality standards.

The Mechanical Engineer I will design and develop mechanical components for hypersonic vehicles, manage prototypes, and ensure design optimization. Responsibilities include creating manufacturing drawings and collaborating across disciplines to meet performance requirements.

Lead development of guidance, navigation, and control (GNC) systems from concept to flight-ready software. Design and simulate algorithms, translate requirements into embedded implementations, support HIL and flight test, analyze test data, coordinate across vehicle design, avionics, structures and testing, and document results while mitigating technical risk.

The Sales Engineer role involves guiding integration of advanced wireless networking solutions for unmanned systems, addressing technical challenges, and ensuring successful deployments while maintaining CRM documentation and customer relations.

Lead systems concept, requirements, architecture, and verification using MBSE and digital engineering for defense and space systems. Develop use cases, manage requirements and interfaces, support modeling/simulation and HWIL testing, mentor engineers, and coordinate with customers and partners to drive design, testing, and deployment.

Lead technical direction and execution of autonomy systems for maritime autonomous vehicles. Own architecture and integration across perception, planning, controls, multi-agent coordination, simulation, testing, and field deployment. Mentor senior engineers, drive engineering practices, translate customer needs into requirements, and ensure autonomy capabilities mature from prototype to robust, fielded mission systems.

Lead the on-vehicle autonomy team to design, build, integrate, and field autonomy software for autonomous surface vessels. Own navigation, planning, control, behaviors, safety logic, and autonomy execution; drive architecture, testing, simulation, HIL, field deployments, and cross-functional integration while mentoring engineers and ensuring mission-ready, maintainable autonomy systems.