The starting base pay for this role is between $172,000 and $218,000 at the time of posting.
Key Responsibilities
Architecture & System Design: Lead the strategy, software architecture, and electrical design for modular, deterministic, and scalable control systems. Define engineering standards and specifications for novel capital equipment.
Software & Automation Engineering: Architect HMI software and write robust PLC code primarily in Structured Text (IEC 61131-3). Implement industrial Fieldbus protocols (EtherCAT, PROFINET, EtherNet/IP, Modbus) and batch/safety standards (ISA-88, IEC 61151, SIS).
Electrical & Hardware Design: Design electrical schematics, power distribution, control panels, and network architectures. Apply deep knowledge of AC/DC power, analog signals, control wiring, and functional safety systems.
Execution, Validation & Quality: Drive projects end-to-end through system integration, advanced troubleshooting, and formal validation (FAT/SAT). Generate comprehensive, high-quality technical documentation for both software and hardware.
Leadership & Cross-Functional Alignment: Drive technical engagements with strategic vendors and collaborate with research scientists, engineers, and technicians. Mentor mid- and junior-level controls engineers to promote engineering rigor and best practices.
Requirements
As a Senior Staff Automation Controls Engineer at Sila, you will architect, design, and deploy robust, deterministic machine control software and electrical subsystems for complex, production-scale materials processing equipment. You will bridge cross-functional teams—from scientists to shop-floor technicians—to build high-reliability, first-of-a-kind industrial automation platforms.
Experience: 10+ years of industry experience deploying mission-critical industrial automation systems and capital equipment.
Education: B.S. in Electrical, Mechanical, Chemical Engineering, or equivalent practical experience.
Preferred Domain Exposure: Experience with complex materials processing involving high technical risk (e.g., extreme temperatures/pressures, unforgiving chemistry, or strict uptime requirements).