We are looking for an experienced Lead System Architect to define and own the end-to-end technical architecture of our platform.
This is a unique role that sits at the convergence of Operational Technology (OT) and Information Technology (IT). You will not just be designing cloud microservices; you will be designing a distributed system that spans from a constrained edge compute device located inside a power cabinet to a serverless infrastructure on AWS.
You will serve as the technical captain, aligning the efforts of our Embedded/OT engineers, Edge Computing specialists, and Cloud/Data engineers. You must be comfortable making high-stakes trade-off decisions concerning latency, reliability, security, and cost in a mission-critical industrial environment.
End-to-End Architectural Strategy
Define and own the overall system architecture blueprint, from physical device connectivity (Layer 1) to user interface dashboards (Layer 7).
Make critical architectural trade-off decisions, particularly regarding what processing happens at the "Edge" (on-premise) versus the "Cloud" to ensure low-latency control loops and bandwidth efficiency.
Define data models and communication standards between disparate systems (e.g., defining the JSON schema that translates a Modbus register into an AWS IoT Shadow state).
Requirements
10+ years of software engineering experience, with at least 5+ years in a dedicated System Architect or Principal Engineer role managing complex, distributed systems.
Deep AWS Expertise: Demonstrable experience designing hyperscale solutions using the AWS serverless stack (Lambda, DynamoDB, Kinesis, API Gateway).
IIoT/Edge Experience: Strong understanding of the unique constraints of industrial environments. You understand that network connectivity is not guaranteed and latency matters.
Experience with AWS IoT Core and related services (Greengrass, Device Shadows, IoT Rules Engine).
Experience designing data pipelines for both "hot" (real-time telemetry) and "cold" (historical data lake) paths.
Experience directly working in Energy, Utilities, Manufacturing, or Automotive sectors.
Familiarity with industrial protocols (Modbus, OPC UA, CANbus, DNP3) — you don't need to code drivers, but you need to understand how they work and their limitations.
Experience with "Digital Twin" concepts and modeling physical assets in software.
Advanced knowledge of cybersecurity standards for industrial control systems (e.g., IEC 62443).
Benefits & Perks
Competitive Compensation Package
Health Insurance: We offer 100% coverage of employee premiums under a Gold-level PPO plan. Dental & Vision Insurance: 50% of employee premiums are covered.
Retirement Plan: A 401(k) plan with a 6% employer match.
Ready to Apply?
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