Sr Laser Process Engineer at Diamond Foundry

California, United States

Diamond Foundry Logo
Not SpecifiedCompensation
Senior (5 to 8 years)Experience Level
Full TimeJob Type
UnknownVisa
Semiconductors, Advanced Materials, ManufacturingIndustries

Requirements

  • Advanced degree in Materials Science, Applied Physics (materials, laser or optics focus), or Engineering with a minimum of 3+ years of relevant experience
  • Experience with mass production of diamond, semiconductors, and/or ceramics
  • Expertise with applying optical fundamentals, laser materials processing and resolving technical problems in a fast-paced manufacturing environment
  • Fast learner with the ability to quickly adapt to new environments, tools and workflows
  • Experience with optical or mechanical machining systems with micron precision

Responsibilities

  • Optimize high-power ablative laser processes to deliver micron-precision dimensional modification of diamond at high yields and throughput
  • Design and perform hands-on experiments with lab and production equipment to generate data-driven process improvements
  • Lead key projects focused on equipment and automation improvements to support scalable manufacturing
  • Serve as a subject matter expert, overseeing laser and related processes while optimizing process controls and data collection to drive continuous improvement
  • Recommend and lead hardware and software improvements to enhance system performance and yield

Skills

Laser Processing
Ablative Lasers
High-Power Lasers
Optics
Materials Science
Process Optimization
Automation
Experimental Design
Yield Improvement
Throughput Optimization
Precision Machining
Process Controls
Data Collection

Diamond Foundry

Produces single crystal diamond wafers for technology

About Diamond Foundry

Diamond Foundry specializes in creating single crystal diamond wafers that are essential for improving the performance of technologies in fields like artificial intelligence, electric vehicles, and wireless communication. These wafers help manage heat effectively, which is crucial for the efficiency of these advanced technologies. The company sells its products primarily to other businesses, including major automotive manufacturers and tech companies, focusing on providing components that enhance their operations. What sets Diamond Foundry apart from its competitors is its commitment to sustainability, as its diamond wafers are produced with a zero carbon footprint, making them not only efficient but also environmentally friendly. The goal of Diamond Foundry is to lead in both technological advancements and sustainable practices in the semiconductor industry.

San Francisco, CaliforniaHeadquarters
2012Year Founded
$306.4MTotal Funding
DEBTCompany Stage
Automotive & Transportation, Energy, AI & Machine LearningIndustries
201-500Employees

Benefits

Health Insurance
401(k) Retirement Plan
Life Insurance
Disability Insurance
Unlimited Paid Time Off
Paid Vacation
Employee Discounts

Risks

Increased competition from other lab-grown diamond producers may impact market share.
Consumer confusion from misleading natural diamond marketing could affect sales.
Integration challenges from the Audiatec acquisition may disrupt operations.

Differentiation

Proprietary technology enables zero-emission diamond production, reducing environmental impact significantly.
Single crystal diamond wafers enhance performance in AI, EVs, and wireless communication.
VRAI brand offers direct-to-consumer luxury diamond jewelry, enhancing market reach.

Upsides

Lab-grown diamonds require ten times less energy than mined diamonds, boosting sustainability.
Expansion into Spain and Germany increases production capacity and market presence.
Partnerships with high-profile brands enhance visibility and credibility in luxury markets.

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