Principal Laser Process Engineer, Santa Rosa

Our client, a rapidly growing advanced materials and manufacturing technology company, is developing next-generation engineered materials used in high-performance computing, advanced power electronics, wireless communications, and other cutting-edge applications.
Backed by significant investment and large-scale expansion initiatives, the company is focused on scaling highly advanced, environmentally conscious manufacturing technologies.
They are seeking a Principal Laser Process Engineer to lead the deployment, optimization, and scaling of high-power laser processing systems across multiple manufacturing environments.
This individual will work cross-functionally with mechanical, electrical, automation, optics, software, and systems engineering teams to develop and industrialize advanced laser-based material processing technologies.
In addition to driving hands-on process development, this role will also provide technical leadership and mentorship to engineering teams focused on experimentation, process optimization, and data-driven manufacturing improvements.
RESPONSIBILITIES:
Optimize high-power laser processes to achieve micron-level precision material modification with high yield and throughput
Perform hands-on experiments and support process development activities in both laboratory and manufacturing environments
Lead projects focused on equipment improvements and automation initiatives to support scalable manufacturing operations
Serve as a technical subject matter expert for laser-related manufacturing processes and associated process controls
Improve data collection methodologies and process optimization efforts to support continuous improvement initiatives
Drive development of advanced high-power laser systems focused on throughput, precision, and manufacturing performance
REQUIRED QUALIFICATIONS:
Advanced degree in Materials Science, Applied Physics, Engineering, or related technical discipline with 8+ years of relevant industry experience
Strong understanding of optics fundamentals, laser materials processing, and troubleshooting technical challenges within fast-paced manufacturing environments
Experience conducting rigorous experimentation, documentation, and data-driven process improvement activities
Experience supporting high-volume production involving advanced materials, semiconductors, ceramics, or related materials is a plus
'BONUS' QUALIFICATIONS (NOT REQUIRED):
Experience working within advanced manufacturing or precision materials processing environments
Background collaborating across multidisciplinary engineering teams
Experience supporting process optimization, automation, or manufacturing scale-up efforts
INCENTIVES & BENEFITS:
Base salary up to $180K, w/ flexibility for strong senior candidates
Equity participation opportunity
Annual performance bonus
Medical, dental, vision, life, and disability insurance
Flexible spending accounts and retirement savings plans
PTO and paid holidays
Opportunity to work on highly advanced next-generation manufacturing technologies
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