Top Tech Jobs & Startup Jobs

Lead Manufacturing Engineer drives design-for-producibility and production readiness for complex aerospace components. Responsibilities include developing advanced manufacturing processes, tooling, programming, supplier and shop coordination, cost and lead-time estimation, schedule integration, DoD customer interface, and mentoring engineers to ensure safe, on-quality, on-time, and on-cost delivery.

Design, develop, validate, and qualify aircraft engine control algorithms and software for military applications. Apply control theory, modeling, and hardware/software integration to deliver control logic, diagnostics, and prognostics. Produce documentation, participate in reviews, mentor junior engineers, and support product release and NPI activities while meeting export-control and security requirements.

SkillBridge places active-duty Service members in up to 180-day civilian internships across GE Aerospace business units (engineering, digital, manufacturing, sourcing/supply chain). Participants gain real-world training and work experience; GE evaluates suitability but does not pay participants. Candidates must be in final 180 days of service and meet U.S. Person export-control requirements. Employment contingent on legal US work authorization and applicable drug screen.

Support design and development of electrical and mechanical aircraft engine components. Work may include requirements definition, design and analysis, hardware build, lab testing, and product/program support while receiving mentorship and training. Prepare for potential full-time hiring after graduation.

Engineering intern supporting advanced aerospace propulsion design for military applications. Responsibilities include developing aero solutions for augmentors and exhaust nozzles, creating CAD models in NX, generating meshes in Ansys Workbench, and analyzing non-reacting and reacting combustion flows using Ansys CFX and Fluent. The intern will collaborate with mechanical, thermal, performance, and survivability engineers while gaining hands-on experience through mentorship and technical training.

Supports next-generation military propulsion development through computational predictions, radar cross-section testing, electromagnetic analysis, CAD modeling, meshing, and post-processing. The intern will collaborate with aerospace, mechanical, thermal, and performance engineers to develop survivability solutions and conduct electromagnetic characterization and radar cross-section measurements. The role includes hands-on engineering work, mentorship, and training in advanced aerospace technologies.

Participate as an engineering intern supporting Unison product development across electrical and mechanical systems. Work may include requirements definition, design and analysis, hardware build, lab testing, and program support under mentorship, with focus on aerospace engine components.

Leads GE Aerospace’s Electrified Propulsion business unit, setting long-term strategy, market and go-to-market direction, product lifecycle priorities, and business objectives. Owns P&L performance, customer and partner relationships, complex aerospace program execution, budgets, innovation, and cross-functional collaboration. Oversees program management and business operations while representing the company externally. Builds high-performing teams, drives continuous improvement, and advances hybrid electric power and propulsion capabilities across aerospace markets.

Support engineering teams on product development for aircraft engine components: define requirements, design and analyze electrical/mechanical systems, build hardware, perform lab testing, and provide program support. Gain mentorship, training, and potential path to full-time hire.

Lead systems security engineering for edge and embedded avionics: analyze threats, design mitigations, apply RMF, support electronic warfare/EMSO, develop cybersecurity solutions, engage customers, and transition technologies into product portfolios.