Staff Data Engineer

Atomic Machines is revolutionizing micromanufacturing with their innovative Matter Compiler (MC) technology, enabling the creation of new classes of micromachines through multi-process, multi-material manufacturing capabilities. They are seeking a Staff Data Engineer to join their AI and ModSim group in Berkeley and Santa Clara, California.

The role demands a seasoned professional with 6+ years of experience to lead data engineering initiatives for their robotic manufacturing platform. The ideal candidate will be responsible for designing and implementing robust data pipelines, ensuring data integrity, and providing valuable insights for manufacturing processes. The position requires expertise in Python, SQL, and data storage solutions, combined with a strong understanding of manufacturing processes and sensors.

This is an excellent opportunity for a data engineering professional looking to take ownership of data infrastructure at a cutting-edge technology company. The role offers a competitive salary range of $170,000 - $220,000, plus equity and benefits. The position involves working with a diverse, cross-functional team including process engineers, chemical engineers, materials scientists, and ML engineers.

Key responsibilities include designing scalable data collection systems, developing data pipelines for ML model training, ensuring real-time data handling, and establishing process monitoring frameworks. The role requires collaboration with various teams to optimize data workflows and improve manufacturing efficiency. The successful candidate will need to demonstrate strong problem-solving skills, experience in manufacturing environments, and the ability to work in a fast-paced, collaborative setting.

The company's innovative technology and focus on advancing micromanufacturing make this an exciting opportunity for someone passionate about combining data engineering with cutting-edge manufacturing processes. The role offers the chance to work on unique challenges while contributing to the development of revolutionary manufacturing technology.