Top Aerospace Jobs in Boston, MA

The Cloud Engineer will develop and maintain cloud infrastructure, oversee deployment of cloud services, and ensure compliance with security guidelines. Candidates should possess strong communication skills and be eager to learn new technologies. Experience with AWS, Azure, GCP, Terraform, and Agile development is required.

Designs, builds, and runs a quarterly enablement engine for GTM: bootcamp curricula, facilitator-ready content, role-based learning paths, certifications, readiness assessments, and measurement to drive seller behavior and productivity.

Deploy and integrate Shield AIs Hivemind autonomy software with customers worldwide. Provide on-site technical support, training, debugging, and documentation. Collaborate with sales and product engineering to support pre- and post-sales activities and improve autonomy products.

Lead sourcing and execution of strategic partnerships, investments, and M&A. Drive deal structuring, negotiation, financial modeling, diligence, and integration planning. Advise executives on corporate strategy, build industry and government relationships, and deliver market intelligence on defense, autonomy, and AI to inform long-term planning.

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.

Lead development and execution of product and supply chain resilience strategy across the aerospace business. Manage a team of project managers and analysts, drive cross-functional risk mitigation, governance, and analytics, engage executives with business cases and dashboards, and sponsor transformational initiatives to improve supply continuity, operational performance, and organizational readiness.

Develop and implement detection, tracking, filtering, and image-processing algorithms for optical and infrared sensors on high-speed flight vehicles. Integrate algorithms into real-time simulation and hardware, create sensor and testing requirements, support laboratory and flight characterization, analyze sensor and flight-test data, and document designs and verification.

Design and test RF telemetry, communications, and antenna systems for high-speed flight vehicles. Perform link budgets, propagation analysis, antenna integration, hardware selection, lab and field testing, diagnose RF issues, support vehicle integration and flight-test operations, and own RF systems through implementation and documentation.

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.

Hands-on internship to design, build, and test mechanical systems and fixtures for a digital foundry. Responsibilities include resin 3D printing and part processing, rapid CAD-to-fabrication prototyping, machining/fabrication and tolerancing work, thermal/structural analysis, multidisciplinary troubleshooting, and contributing to tooling, fixtures, and automation hardware.

Design, implement, and validate motion planning, trajectory optimization, and flight control software for autonomous vehicles; integrate algorithms onto real platforms, prototype rapidly, and apply state-of-the-art research.

Design, implement, and validate state estimation and autonomy software for motion planning, trajectory optimization, and flight control; integrate algorithms into real robotic platforms; prototype hardware/software systems and apply state-of-the-art navigation techniques for GPS-denied environments.