Lead Research Technician, Advanced Manufacturing

Prattwhitney; East Hartford (CT); Sur place; USD 60 000 - 114 000; Plein temps

Avantages offerts par ce poste

Total rewards package

Parental leave

Flexible work schedules

Educational assistance

401(k) match

Résumé du poste

RTX's Technology Research Center in East Hartford, CT, is seeking an Advanced Manufacturing Lead Research Technician. You will join the Advanced Manufacturing Team developing and maturing manufacturing technologies for internal and external programs, spanning machining, additive manufacturing, robotic automation, surface treatment, and sensing.

You will lead experiments, operate large DED systems, prepare samples, troubleshoot, and collaborate with RTRC and RTX units to advance next-generation

Qualifications

• Typically requires an AA/AS degree (or other 2-year post high school training) with a minimum of 8 years relevant experience.
• Minimum 1 year experience in directed energy deposition or welding processes.
• Minimum 1 year with G-Code or similar CAM programming languages.
• Background with CNC machine or robot cell operation.

Responsabilités

• Operation of a large-format, hybrid, powder directed energy deposition (DED) system.
• Configuration and setup of experiments to support manufacturing process development.
• Execution of additive build and repair experiments.
• Sample preparation, general machining and fixture fabrication.
• Troubleshooting equipment issues, performing maintenance, and making necessary repairs.
• Collaboration with RTRC and RTX business unit teams to execute research programs.
• Working safely at all times, following all safety protocols and procedures.

Connaissances

Directed energy deposition

CAM programming (G-Code)

CNC/robot cell operation

Formation

AA/AS degree with 8+ years experience

Description du poste

RTX's Technology Research Center in East Hartford, CT, is seeking an Advanced Manufacturing Lead Research Technician. You will join the Advanced Manufacturing Team developing and maturing manufacturing technologies for internal and external programs, spanning machining, additive manufacturing, robotic automation, surface treatment, and sensing.

You will lead experiments, operate large DED systems, prepare samples, troubleshoot, and collaborate with RTRC and RTX units to advance next-generation