Diamond Foundry is seeking an experienced Director of Application Engineering to lead how our single-crystal diamond is integrated into semiconductor devices, with a focus on advanced bonding and packaging. As the world’s leading producer of lab-grown diamond, we are growing our application engineering team to support semiconductor and AI chip customers who need better thermal performance. This role owns the technical bonding strategy and turns it into customer programs, roadmaps, and paths to production.
The ideal candidate is a recognized bonding and advanced packaging expert who can still go hands-on in the lab and can also present technical strategy, risks, and tradeoffs to executive leadership and customers. You can move a process from early prototype through qualification to high-volume manufacturing, and you can build a team that does the same.
Responsibilities
- Lead and grow the application engineering function, setting the technical direction for bonding single-crystal diamond to customer devices in advanced packaging and thermal management applications.
- Own the bonding technology strategy, including how we evaluate, select, and optimize pressure and pressureless sintering, thermocompression, surface/plasma-activated, hybrid, and emerging bonding methods across different device designs and material stacks.
- Direct process development and validation, including surface preparation, metallization, DOE-based optimization, characterization, failure analysis, and reliability testing.
- Serve as the senior technical lead on customer programs, from prototyping through qualification, technology transfer, and scale-up to mass production.
- Partner with executive leadership, R&D, product, and business development on product roadmaps, resourcing, and new application opportunities, with clear reporting on schedules, technical risks, and results.
- Present technical results and strategy to customers, executives, and industry partners.
Requirements
- Bachelor’s degree in Materials Science, Chemical Engineering, Electrical Engineering, Mechanical Engineering, or a related field; Master’s or PhD preferred.
- 10+ years of experience in semiconductor packaging, process engineering, or thermal management, including 3+ years leading engineering teams or programs.
- Deep, hands-on expertise in wafer/die bonding technologies and the related processes: surface preparation, thin-film metallization, metrology, failure analysis, and reliability testing.
- Strong understanding of advanced packaging architectures (2.5D/3D IC, CoWoS, flip-chip, fan-out) and their thermal management challenges.
- Proven record of taking bonding or packaging processes from R&D through qualification and into high-volume manufacturing, including technology transfer to customers or OSATs.
- Excellent communication and executive presence; able to translate complex technical issues into clear business decisions for management and customers.
- Experience with high-thermal-conductivity materials (diamond, SiC, or similar) is highly desirable.
Skills Required
- Bachelor's degree in Materials Science, Chemical Engineering, Electrical Engineering, Mechanical Engineering, or a related field
- 10+ years of experience in semiconductor packaging, process engineering, or thermal management
- 3+ years leading engineering teams or programs
- Hands-on expertise in wafer or die bonding technologies, surface preparation, thin-film metallization, metrology, failure analysis, and reliability testing
- Understanding of 2.5D/3D IC, CoWoS, flip-chip, and fan-out packaging architectures
- Experience taking bonding or packaging processes from R&D through qualification and high-volume manufacturing
- Experience transferring technology to customers or OSATs
- Excellent communication and executive presence, including presenting technical issues and strategies to management and customers
- Master's or PhD degree
- Experience with high-thermal-conductivity materials such as diamond or SiC
Diamond Foundry Compensation & Benefits Highlights
The following summarizes recurring compensation and benefits themes identified from responses generated by popular LLMs to common candidate questions about Diamond Foundry and has not been reviewed or approved by Diamond Foundry.
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Leave & Time Off Breadth — Unlimited PTO and flexible time-off policies are described as available, with some employees citing favorable schedules that support time away. Feedback suggests actual utilization can be positive in certain roles where workload and manager expectations align with policy.
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Healthcare Strength — Health, dental, and vision insurance, along with mental-health resources, are presented as part of a broad package. Some accounts specifically praise the health insurance and benefits scope.
Diamond Foundry Insights
What We Do
At Diamond Foundry, our mission is to create the future of diamond. We developed proprietary reactor technology capable of forming plasma as hot as the sun at unprecedented density to produce diamond at mining scale. In our zero-emission foundry, we sustainably create diamond for the jewelry and semiconductor industries. Our VRAI brand brings iconic innovation in diamond jewelry direct to consumers. For more information on how we’re creating the future, visit www.diamondfoundry.com. Fast Company World's Most Innovative Company TIME Best Inventions Business Insider’s 21 Most Innovative Tech Startups CNBC’s Top 50 Disruptors Inc’s 25 Most Disruptive Companies




