Senior Process Engineer — CVD & Materials Innovation

Applied Materials; Santa Clara (CA); On-site; USD 124,000 - 171,000; Full time

Benefits offered by this job

Travel 10% of the time

Relocation eligibility

Bonus program

Stock awards

Job summary

Applied Materials is looking for a Process Engineer to become part of a world class team focused on developing the next generation CVD products. This is an excellent opportunity for research and development of materials that will enable current and future semiconductor device nodes.

The ideal candidate will lead the technological advancement that requires development of various materials, deposition techniques and determine how to integrate the films for semiconductor device manufacturing.

Qualifications

• Must have strong foundational knowledge in process engineering for semiconductor devices.
• Experience with CVD and materials deposition processes is highly desirable.
• Ability to work with cross-functional teams to deliver complex projects.

Responsibilities

• Drive innovation and development of CVD process & hardware technology.
• Define technical path to solve high value problems.
• Develop, plan and execute process engineering development projects.
• Lead and participate in discussions with internal and external stakeholders to deliver world-class performance solutions to the customers.
• Advance in-depth understanding of process, hardware and their interaction in highly complex systems.
• Perform process and hardware characterization on highly complex systems.

Skills

Process engineering

Semiconductor processing

CVD process development

Cross-functional collaboration

Job description

Applied Materials is looking for a Process Engineer to become part of a world class team focused on developing the next generation CVD products. This is an excellent opportunity for research and development of materials that will enable current and future semiconductor device nodes.

The ideal candidate will lead the technological advancement that requires development of various materials, deposition techniques and determine how to integrate the films for semiconductor device manufacturing.