Senior RF Engineer

Key Responsibilities

• Lead and/or execute RF and plasma engineering projects, including development and management of key suppliers
• Independently identify and troubleshoot a broad range of complex RF/plasma issues with minimal supervision
• Define and drive structured plans to address high-value problems (HVPs)
• Specify and perform complex engineering analyses with minimal guidance
• Proactively identify technical gaps or bottlenecks and take decisive action to resolve them, ensuring timely execution
• Track projects and tasks rigorously, driving them to completion with a high degree of ownership and accountability
• Design and/or modify engineering assemblies, schematics, layouts, and detailed specifications
• Plan, coordinate, execute, and document engineering tests; develop solutions, define product specifications, and support release to production
• Collaborate with internal and external customers to understand and resolve complex RF/plasma challenges and HVPs
• Lead system integration of RF modules and subsystems, working cross-functionally with mechanical, electrical, software, process, customer support, and supply chain teams
• Analyze complex RF/plasma behaviors using quantitative methods, analytical tools, and simulation models
• Operate effectively in a fast-paced environment, consistently meeting aggressive targets and timelines
• Apply best-known methods (BKM) and sound scientific principles to achieve robust, first-pass design success
• Mentor and guide junior engineers, fostering skill development and team growth

Key Attributes

• Strong foundational knowledge and deep understanding of RF–plasma interactions in plasma wafer processing applications
• Subject matter expert in RF power delivery systems, including RF generators, matching networks, and RF filters
• Expertise in high-voltage and high-power DC power supplies and RF generators for plasma generation
• Advanced proficiency in RF matching and RF measurements, with hands-on experience using network analyzers, spectrum analyzers, oscilloscopes, RF sensors, and power meters
• Structured, systematic problem-solving approach: able to identify, capture, characterize, and analyze complex RF/plasma issues using analytical tools and simulation methods
• Demonstrated ability to generate innovative design concepts and rapidly implement solutions independently or within a team
• Quick learner with a strong aptitude for adopting new technologies, developing new test methodologies, and generating intellectual property (IP)
• Effective communicator with the ability to collaborate across cross-functional teams, including process, mechanical, electrical, software, GPS/TPS, field engineers, and external suppliers
• Experience with plasma diagnostics and electromagnetic/plasma modeling is a plus
• Solid understanding of RF transmission and return paths, proper RF connections, and grounding best practices
• Experience with PVD, CVD, and Etch equipment is a plus

Qualification requirements:

• Bachelor's Degree in EE or Physics with 5 - 12 years of industry experience or
• Master’s degree with 4 - 9 years of experience or
• PhD with 3 - 6 years or more in the semiconductor or flat-panel capital equipment industry.

Travel: 10 - 15% Domestic or International

## Qualifications

### Education:

Bachelor's Degree

### Skills

### Certifications:

### Languages:

### Years of Experience:

7 - 10 Years

### Work Experience:

## Additional Information

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### Shift:

Day (Singapore)

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### Travel:

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### Relocation Eligible:

No

### Referral Payment Plan:

None

Applied Materials is an Equal Opportunity Employer committed to diversity in the workplace. All qualified applicants will receive consideration for employment without regard to race, color, national origin, citizenship, ancestry, religion, creed, sex, sexual orientation, gender identity, age, disability, veteran or military status, or any other basis prohibited by law.