Aerospace Additive Manufacturing Engineer I

RTX (Raytheon); East Hartford (CT); Vor Ort; USD 51.000 - 63.000; Vollzeit

Zusammenfassung

RTX is seeking an Additive Manufacturing Process Engineer I to advance AM capabilities for aerospace and defense products. You will work on AMPCC initiatives, solving complex problems, and collaborating with materials, design, simulation, and operations teams.

Security clearance is required and US citizenship is mandatory for eligibility. The role emphasizes developing process-structure-property data, managing build failures, and supporting IRAD/CRAD programs across multiple AM machines in an

Qualifikationen

• Typically requires a university degree in Mechanical, Chemical, Materials, Industrial, Manufacturing Engineering or related field.
• Minimum 1 year scripting experience (Matlab, Python, VBA, JavaScript or similar).
• Minimum 1 year experience with CAD tools; hands-on manufacturing equipment experience.

Aufgaben

• Solve unique problems to enable new aerospace/defense products.
• Provide process expertise and IQ/OQ/MQ tools to increase additive manufacturing adoption.
• Lead investigations of build failures and implement corrective actions.
• Develop data for Process-Structure-Property databases and support IRAD/CRAD programs.
• Oversee development builds on AM machines and work with cross-functional teams.

Kenntnisse

Scripting (Matlab/Python/VBA/Java)**

CAD tools

Hands-on manufacturing equipment

Ausbildung

Engineering degree (Mechanical/Chemical/Materials/Industrial/Manufacturing)

Tools

AM equipment

Jobbeschreibung

RTX is seeking an Additive Manufacturing Process Engineer I to advance AM capabilities for aerospace and defense products. You will work on AMPCC initiatives, solving complex problems, and collaborating with materials, design, simulation, and operations teams.

Security clearance is required and US citizenship is mandatory for eligibility. The role emphasizes developing process-structure-property data, managing build failures, and supporting IRAD/CRAD programs across multiple AM machines in an