Full-Time

Optical Engineer IV

Confirmed live in the last 24 hours

Applied Materials

Applied Materials

10,001+ employees

Materials engineering for semiconductor and display manufacturing

Hardware
Industrial & Manufacturing

Compensation Overview

$161k - $221kAnnually

+ Bonus + Stock Award Program

Senior, Expert

Santa Clara, CA, USA

Relocation eligible.

Category
Electronics Design Engineering
Electrical Engineering
Requirements
  • Bachelor's Degree
  • 7 - 10 Years
Responsibilities
  • Be part of an engineering team to identify the scope, constraints and risks for design, fabrication, testing and volume production of advanced optical components for high performance optical systems.
  • Collaborate and communicate with suppliers during design of critical optical sub-assemblies.
  • Design and evaluate optical systems.
  • Develop alignment strategies and tooling.
  • Develop and maintain error budgets and define subsystem level requirements to be characterized and validated during the system alpha testing phase for current and future products.
  • Use customer and system requirements to derive design specifications for subsystems, modules, and components and provide input to design engineers throughout the design process.
  • Define and execute system test plans for prototype acceptance/qualification test of subsystems, modules, and components.
  • Support system MFG activities and support customer site teams to resolve critical issues during install, qualification, and production use.
  • Support escalations pertaining to manufacturing of optical modules and failure analysis of field return modules.
  • Write and present technical reports summarizing findings and recommending solutions to technical problems.
  • Technically lead and/or execute engineering projects and spearhead research and development of new technologies as appropriate. Defines experiments and determines the type of meaningful data required to support evaluation and technical decision.
  • Lead and/or develop, and executes complex system projects. Leads module design and engineering. Takes active part in the design of complex modules / sub-modules. Qualifies complex systems.

Applied Materials specializes in materials engineering solutions, focusing on the production of advanced semiconductor chips and displays. The company provides equipment, services, and software that allow clients to modify materials at atomic levels, which is essential for creating next-generation electronic devices. Unlike many competitors, Applied Materials emphasizes its expertise in materials engineering, enabling clients to innovate effectively. The goal of Applied Materials is to transform technological possibilities into reality, supporting advancements across various industries.

Company Stage

IPO

Total Funding

$1.2M

Headquarters

Santa Clara, California

Founded

1967

Growth & Insights
Headcount

6 month growth

2%

1 year growth

5%

2 year growth

9%
Simplify Jobs

Simplify's Take

What believers are saying

  • Strategic partnerships, such as with TXOne Networks for OT cybersecurity, enhance Applied Materials' capabilities and market reach.
  • Innovations in chip wiring and full-color MicroLED displays highlight the company's commitment to advancing technology and maintaining industry leadership.
  • The planned $600 million plant in Singapore and the potential $1 billion EV battery factory in Virginia indicate significant growth and job creation opportunities.

What critics are saying

  • The potential abandonment of the $4 billion Silicon Valley R&D facility due to funding shortfalls could impact long-term innovation and growth.
  • The highly competitive semiconductor industry requires constant innovation, posing a risk if Applied Materials fails to keep pace with technological advancements.

What makes Applied Materials unique

  • Applied Materials is a leader in materials engineering solutions, particularly for semiconductor chips and advanced displays, setting it apart from competitors focused on broader tech markets.
  • Their innovations in chip wiring for energy-efficient computing and two-nanometer node manufacturing demonstrate a cutting-edge approach to semiconductor technology.
  • The company's strong focus on sustainability, as evidenced by their Net Zero 2040 Playbook, positions them as a forward-thinking leader in the industry.

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