Head of Robotics Software Engineering at Atomic Machines

Emeryville, California, United States

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Not SpecifiedCompensation

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

Full TimeJob Type

UnknownVisa

Robotics, Manufacturing, Micromanufacturing, MEMSIndustries

Requirements

Advanced degree (M.S. or Ph.D.) in Mechanical Engineering, Electrical Engineering, Computer Science, or a related field
10+ years of experience in robotics, automation, or manufacturing software engineering, including 5+ years in a functional management role
Expert-level experience in automation logic, workflow orchestration, sequencing, and error recovery
Deep knowledge of robotics: kinematics, trajectory generation, multi-axis motion, and sensor/actuator integration
Proficiency in C++-based real-time motion control and integration with higher-level automation frameworks
Experience building telemetry pipelines, event logging, and performance monitoring for development and production systems
Effective cross-functional leadership and systems-level reasoning across mechanical, electrical, vision, and software domains
Proven ability to transition prototypes into validated, production-grade automation with disciplined engineering execution
Cultural alignment with accountability, disciplined thinking, high standards, and truth-seeking teamwork

Responsibilities

Define the standards for and deliver the APIs for task coordination, sequencing, error handling, and data logging across manufacturing nodes
Advance and validate the robotics and controls architecture for coordinated multi-axis motion control, kinematics, and precision performance
Deliver robust robotics integration including end-effector calibration and vision-guided workflows
Deliver the implementation of fault detection, interlocks, and recovery logic across Python and embedded control layers
Build hardware-in-the-loop and simulation-based test frameworks covering node workflows
Establish repeatable calibration and configuration processes for robotic systems
Hire, develop, and retain a team of robotics and controls software engineers with strong technical growth
Implement disciplined CI/CD, regression testing, and code-review practices

Skills

Python

C++

Robotics

Motion Control

Automation

APIs

Workflow Orchestration

Error Recovery

Data Logging

Multi-Axis Control

Vision Systems

Calibration

Controls Engineering

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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