Global Semiconductor Hardware Engineering Director

Applied Materials; Austin (TX); On-site; USD 176,000 - 242,000; Full time

Benefits offered by this job

Comprehensive benefits package

Bonus and stock award programs

Supportive work culture

Job summary

Applied Materials in Austin, TX, is seeking an experienced Engineering Leader in Semiconductor Hardware Development to oversee the design of advanced equipment. The role requires extensive experience in semiconductor engineering, particularly in Electrochemical Plating, and a strong ability to lead high-performing teams.

The ideal candidate will have a background in vacuum system design and a proven track record in driving innovation within semiconductor manufacturing processes.

Qualifications

• Strong track record in leading engineering teams and delivering high-performance results.
• Deep hands-on experience in vacuum systems and processes for semiconductor equipment.
• Extensive experience with wet cleaning equipment and chemical safety considerations.

Responsibilities

• Drive the design, development, and delivery of advanced process equipment.
• Manage multi-disciplinary engineering teams for complex system design.
• Lead innovation in semiconductor equipment design and process integration.

Skills

Leadership in engineering teams

Technical expertise in ECP systems

Problem-solving in complex environments

Communication with stakeholders

Education

15+ years of experience in semiconductor hardware engineering

Tools

Vacuum system design

Electrochemical Plating systems

Job description

Applied Materials in Austin, TX, is seeking an experienced Engineering Leader in Semiconductor Hardware Development to oversee the design of advanced equipment. The role requires extensive experience in semiconductor engineering, particularly in Electrochemical Plating, and a strong ability to lead high-performing teams.

The ideal candidate will have a background in vacuum system design and a proven track record in driving innovation within semiconductor manufacturing processes.