Top Aerospace Jobs in Boston, MA

Supports RTX’s Finance organization through financial modeling, process improvement, financial analysis, and special projects presented to Finance leadership. Interns may work in financial planning and analysis, accounting, program or contract business management, or pricing and proposal development. The role includes on-the-job training, professional development sessions, and exposure to Raytheon’s products, customers, tools, and finance processes.

Performs quarterly estimate-at-completion reviews, spend and EVMS trend analysis, budget change requests, manpower planning, proposal pricing support, and financial oversight for IPT, ESPB, and NRE efforts. Partners with program offices, business operations, and supply chain finance teams while supporting multiple defense programs. Uses financial systems and analytical tools to drive business decisions and complete ad hoc analyses.

Performs financial analysis for defense programs, including monthly program reviews, Estimate at Completion development, financial planning and analysis, and cash collection. Supports program leadership and cross-functional teams throughout contract lifecycles, including startup, execution, and closeout. Requires program controls, project finance, or government contracting experience and familiarity with SAP and financial reporting tools.

Build C++ software for a digital manufacturing platform, including manufacturing data collection, process analytics, workflow automation, backend services, and machine/process integration. Analyze process data and manufacturing outcomes to improve quality, throughput, and repeatability. Collaborate on automation and applied machine learning initiatives while working closely with operators, manufacturing engineers, and operations in an on-site foundry environment.

Develop C++ software for geometry processing, manufacturability analysis, build preparation, simulation, automation, and manufacturing orchestration. Transform CAD models into production workflows, generate machine instructions, integrate factory systems, and collaborate directly with operators, manufacturing engineers, and operations. The role requires strong systems thinking, debugging ability, and comfort working onsite in an ambiguous early-stage manufacturing environment.

Leads cross-sell sales strategy and enterprise growth across Honeywell’s Life Sciences portfolio. Builds executive relationships, expands strategic accounts, drives ARR, revenue, profitability, and pipeline performance, and leads consultative sales of software, automation, cybersecurity, services, and smart facility solutions. Develops sales talent, coordinates cross-business teams, guides transformation initiatives, and positions Honeywell as a strategic partner for regulated manufacturing, quality, operational excellence, and digital transformation.

Leads cross-selling and strategic sales growth across Honeywell’s Life Sciences portfolio. Develops executive relationships, account-based growth strategies, and enterprise transformation opportunities spanning quality, manufacturing, facilities, automation, cybersecurity, AI, software, and services. Owns orders, revenue, profitability, ARR, forecasting, pipeline health, and business performance. Builds and coaches a high-performing sales organization while coordinating cross-functional teams to deliver integrated customer solutions and long-term business value.

The Senior Software Autonomy Engineer will design, develop, and evaluate autonomous behaviors for heterogeneous teams of vehicles, focusing on cutting-edge defense systems.

Supports continuous monitoring and authorization of classified information systems. Performs audits, incident response, vulnerability management, configuration baseline management, security documentation, access control reviews, and RMF compliance activities. Identifies architecture flaws using STIG, SCAP, and Nessus, coordinates system changes, maintains authorization documentation, and mentors junior ISSOs. Requires active TS/SCI clearance with polygraph and an IAM I/IAT II certification or higher.

Develops full-stack web and software solutions for mission-oriented defense, AI, cybersecurity, and battlefield-awareness projects. Responsibilities include algorithm design, requirements analysis, software testing, deployment, technical documentation, stakeholder communication, risk identification, and solving complex problems in an Agile environment. The role requires collaboration across multidisciplinary teams and the ability to obtain and maintain a government security clearance.

Lead configuration control for software, engineering documents, and technical data in a DoD environment. Manage configuration baselines, records, change control, status accounting, audits, and Configuration Control Boards. Analyze proposed changes, ensure CDRL and compliance conformance, prepare reports and correspondence, and maintain acquisition documentation. The role requires U.S. citizenship, an active Secret clearance, a bachelor’s degree, and at least five years of configuration management or related CDRL experience.

Performs Information System Security Engineer, Manager, and Officer duties for Air Force systems at Hanscom AFB. Responsibilities include supporting RMF authorization and accreditation, conducting vulnerability and risk assessments, evaluating security controls, participating in secure systems design, developing contingency procedures, investigating security events, preserving cybercrime evidence, and enforcing DoD and Air Force cybersecurity policies.

Own and improve production cloud infrastructure on AWS using OpenTofu and Terragrunt. Manage Jenkins CI/CD pipelines, develop Python or Bash automation, maintain Dockerized services, extend Datadog monitoring, and participate in on-call operations, code reviews, sprint ceremonies, and engineer onboarding. The role offers end-to-end ownership of infrastructure components and growth toward senior platform engineering.

Lead aerodynamic and aeroacoustic analysis, optimization, modeling, and testing for rim-driven electric and hybrid ducted fan propulsion systems. Develop CFD, computational aeroacoustic, physics-based, data-driven, and AI-enabled models; correlate simulations with experimental data; define validation tests; and optimize thrust, efficiency, noise, weight, and system performance. Collaborate across propulsion, electrical, mechanical, controls, thermal, motor, and systems engineering while serving as a technical authority.

Deploys and optimizes FactSet Analytics and Performance Solutions for clients through data integration, product configuration, reporting, workflow specification, user training, and implementation support. Provides technical and functional guidance, manages scope and estimates, coordinates with project managers and engineering teams, identifies expansion opportunities, and transitions implementations to support. The role serves sophisticated investment professionals and may mentor junior team members.

Deploys and optimizes FactSet products for investment-industry clients. Responsibilities include configuring modules, integrating and validating data, creating workflows, reports, and interfaces, providing technical and product guidance, training users, supporting implementations, identifying expansion opportunities, and transitioning clients to ongoing support. The role also collaborates with Product Development and Engineering to improve solutions and mentors junior team members.

Deploys and optimizes FactSet Analytics and Risk solutions for clients through data integration, configuration, reporting, workflow specifications, technical guidance, training, and implementation support. Manages project scope and estimates, coordinates with project managers and technical teams, identifies expansion opportunities, partners with Product Development and Engineering, and facilitates transitions to ongoing support.

Provides part-time optical test and controls engineering for a lunar camera environmental test campaign. Responsibilities include operating optical and camera instrumentation, developing and running Linux-based command-and-control software, executing benchtop and environmental tests, monitoring data and logs, supporting optical alignment, documenting results, and identifying anomalies. The contractor collaborates remotely with multidisciplinary engineers and provides periodic on-site support in Westford, Massachusetts, and Danbury, Connecticut. The engagement lasts approximately six months at 10–20 hours per week.