Vacuum & Implant Process Engineer II

Leonardo DRS; Dallas (TX); On-site; USD 90,000 - 125,000; Full time

Job summary

Leonardo DRS seeks a Process Engineer II to advance vacuum and implant processes in our Dallas focal plane array team. The role focuses on developing, improving, and documenting manufacturing steps across implant, plasma etch, and thin film deposition areas.

You will support front-end wafer processing, drive yield improvements, and manage projects with cross-functional teams in a 9/80 environment at onsite facilities in Dallas, TX.

Qualifications

• U.S. Citizenship is required.
• Education: Bachelors Degree in Materials Engineering, Manufacturing Engineering, or related field such as Materials Science, Chemistry, or Physics
• Experience: 2+ years

Responsibilities

• Provide process engineering support to the front end wafer processing team (vacuum tool support, deposition, dry etching).
• Continuously improve existing manufacturing processes to optimize yield, increase capacity, and reduce cycle time.
• Troubleshoots and diagnoses problems with existing products and makes modifications and improvements as needed
• Establish and maintain metrics to validate material quality at various stages in the process flow
• Analyze and disposition non-conforming material or processes
• Design, develop, and document new or improved processes and equipment
• Interact with management, peers, technicians, and support personnel to coordinate technical activities and progress reports
• Lead and complete projects on schedule and budget

Skills

Vacuum tools

Semiconductors

Plasma etch

Thin film deposition

Implant

Documentation

DMAIC

Education

Bachelors Degree in Materials Engineering/Manufacturing Engineering or related field

Tools

Vacuum tool suites

Thin film deposition systems

Plasma etch equipment

Job description

Leonardo DRS seeks a Process Engineer II to advance vacuum and implant processes in our Dallas focal plane array team. The role focuses on developing, improving, and documenting manufacturing steps across implant, plasma etch, and thin film deposition areas.

You will support front-end wafer processing, drive yield improvements, and manage projects with cross-functional teams in a 9/80 environment at onsite facilities in Dallas, TX.