Top Tech Jobs & Startup Jobs in Boston, MA

Leads manufacturing support and process performance for an aerospace afterburner component. Drives improvements in safety, ergonomics, first-time yield, productivity, quality, cost, delivery, workflow, and shop-floor efficiency. Partners with operations, quality, engineering, planning, and maintenance teams to redesign processes, optimize layouts, reduce aged work-in-process, and apply lean manufacturing and continuous improvement methods in a unionized production environment.

Leads the enterprise ITC business partner network by defining operating models, governance, decision rights, accountability, communication forums, and execution expectations. Partners with business and functional leaders to ensure trade compliance capability, capacity, policy deployment, regulatory awareness, training, and performance measurement. Identifies systemic issues and drives sustainable improvements across complex, matrixed global organizations.

Lead manufacturing engineering activities in a production shop for aerospace hardware, including process ownership, quality improvement, RCCA, lean transformation, and production-line improvements. The role manages technical requirements, process control, hardware quality, and KPI improvements involving safety, yield, cost, delivery, inventory, and productivity. It also provides technical guidance to team members and collaborates across teams while supporting CNC machining, welding, heat treatment, brazing, and related manufacturing processes.

Leads advanced manufacturing engineering activities spanning process design, tooling, equipment implementation, new product introduction, production readiness, and shop-floor support. Solves manufacturing challenges affecting safety, quality, delivery, and cost; sources and oversees equipment; supports R&D and testing; and coaches cross-functional teams. The role requires expertise in manufacturing processes and equipment, CNC machining and programming, automated controls, and regulated manufacturing environments.

Leads advanced manufacturing process design, tooling, equipment implementation, new product introduction, and production readiness. Solves shop-floor challenges, improves safety, quality, delivery, and cost, supports production teams, evaluates emerging technologies, and mentors colleagues. Coordinates cross-functional technical programs and projects while guiding manufacturing capability improvements in a regulated production environment.

Leads advanced manufacturing solutions for aerospace rotating parts, including machining and inspection process development, equipment selection, tooling, automation, NPI, and production industrialization. Provides technical direction for major projects, supports shop-floor machining and inspection issues, conducts root-cause analysis, and improves cycle time, tool life, quality, and process capability. Partners with programmers, planners, suppliers, and cross-functional teams while mentoring engineers and technicians.

Supports GE Aerospace engine engineering through the University of Michigan MBSE program and M-SAGE project. Responsibilities may include component design, analysis, development, testing, life management, aerodynamics, thermodynamics, performance, stress, vibration, controls, electric design, materials, and services engineering. The intern will gain hands-on aerospace experience, mentorship, and technical development while contributing to commercial and military aircraft engine programs.

Oversee export shipment compliance, declarations, license decrementation, audits, reporting, training, and regulatory recordkeeping. Support DDTC and BIS authorization applications, evaluate license exemptions and exceptions, and improve trade compliance processes. Collaborate cross-functionally with GE Aerospace programs and functions while applying ITAR, EAR, U.S. Customs, and sanctions requirements.

Support development and testing of engine software and systems including engine controls, sensors, data collection, real-time analytics, embedded controls, simulation, and tool development. Tasks may include design, analysis, software requirements, software testing, simulation, and product/program support under mentorship.

Summer internship supporting supply chain operations including materials management, sourcing, supplier coordination, and manufacturing support. Interns apply Lean/Six Sigma, perform root cause analysis, support EHS initiatives, and build project management and negotiation skills while working at GE Aerospace sites.