Staff Laser Process Engineer at Atomic Machines

Emeryville, California, United States

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Not SpecifiedCompensation

Senior (5 to 8 years), Expert & Leadership (9+ years)Experience Level

Full TimeJob Type

UnknownVisa

Micromanufacturing, MEMS, SemiconductorIndustries

Requirements

A master’s degree in Mechanical Engineering, Optical Engineering, Applied Physics, Materials, or a related field, and 10+ years of industry experience
Exceptional foundational knowledge of pulsed-laser physics (e.g., pulse duration, beam profile control), heat transfer, and materials science
Hands-on experience operating and troubleshooting pulsed-laser processing equipment and material responses, including nanosecond and femtosecond laser systems
Proficiency in CAD/CAM and machine tool programming, including G-code, for laser machining
Proficiency in design of experiments (DOE) and statistical process control (SPC), with fluency in tools like JMP, Minitab, SAS, or Python-based analytics
Experience with metrology tools, including optical imaging and profilometry

Responsibilities

Lead the development, optimization, and scaling of pulsed-laser manufacturing processes, including cutting, milling, selective ablation, and welding
Design, implement, and analyze experiments to understand laser–material interactions across metals, ceramics, and polymers, and document and standardize processes to ensure reproducibility and support scale-up
Develop and refine tool paths and machine programs using CAD/CAM software and G-code to maximize precision and efficiency
Apply advanced metrology and materials characterization techniques to evaluate process outcomes and guide improvements
Work with laser system design engineers to translate process learnings into system usability, performance, and feature development
Partner with Design, AI, Hardware/Software, and Manufacturing teams while mentoring engineers and technicians to champion best practices and drive process quality and efficiency
Ensure safe operation of high-power laser systems, adhering to industry standards and internal safety protocols

Skills

laser processing

micromachining

materials physics

optical systems

pulsed-laser machines

cutting

milling

selective ablation

welding

metrology

in situ probes

AI-enabled learning

tool path optimization

CAD

CAM

Atomic Machines

Develops machines for atomically precise manufacturing

About Atomic Machines

Atomic Machines develops machines for atomically precise manufacturing (APM), which allows for the creation of physical objects directly from digital designs. Their technology focuses on microfabrication, particularly in producing Micro-Electro-Mechanical Systems (MEMS), which are small devices that combine mechanical and electronic components. Unlike traditional methods that rely on silicon, Atomic Machines offers a more efficient approach to MEMS fabrication. They cater to various industries, including semiconductor, automotive, healthcare, and consumer electronics, providing advanced fabrication solutions that enhance precision, efficiency, and scalability. The company differentiates itself by focusing on APM, aiming to set new standards in manufacturing technology. Their goal is to transform the manufacturing landscape by merging digital and physical production processes.

Berkeley, CaliforniaHeadquarters

2019Year Founded

SEEDCompany Stage

Industrial & Manufacturing, HealthcareIndustries

51-200Employees

Benefits

Professional Development Budget

Risks

Emerging competition from companies like Zyvex Labs in atomically precise manufacturing.

Potential intellectual property disputes as more companies enter the APM space.

Economic downturns could reduce demand for MEMS in key sectors.

Differentiation

Atomic Machines focuses on atomically precise manufacturing, a novel approach in microfabrication.

The company targets diverse industries, including automotive, healthcare, and consumer electronics.

Their innovative MEMS technology offers higher precision and efficiency than traditional methods.

Upsides

Growing demand for MEMS in smart medical devices presents a significant market opportunity.

Advancements in nanomaterials could enhance Atomic Machines' manufacturing capabilities.

The shift to electric vehicles increases the need for advanced MEMS sensors.

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