Lead full-stack development of offline-capable, mobile-friendly web applications for maritime manufacturing operations, including scheduling, execution, and data synchronization across factory floor and cloud systems.
Compensation
$191,000—$254,000 USD
Responsibilities
Build full-stack web applications for daily production planning, work assignment, and team-lead operational dashboards
Develop offline-capable and mobile-friendly interfaces for factory operators
Partner with manufacturing engineers and factory operators to translate workflows into software requirements
Write production-quality code with comprehensive tests and participate in code review
Design and implement robust offline-first architectures using service workers, local storage, and background sync
Requirements
Bachelor's in Computer Science, Information Systems, Engineering, or related technical field
Nice to have: manufacturing, industrial, or OT-adjacent domains (MES, SCADA, PLC integration, factory automation, IoT)
Nice to have: mobile-first or offline-capable web applications for network-constrained environments
Nice to have: data synchronization patterns and eventual consistency models
Nice to have: frontier AI tooling and AI coding assistants
Senior Backend Software Engineer on the Systems Integrity Group (SIG) initiative, building simulation and digital twin validation frameworks for manufacturing verification.
Compensation
$191,000—$254,000 USD
Responsibilities
Build web applications that orchestrate simulation frameworks, digital twin validation, and V&V automation workflows for manufacturing verification.
Develop UE5-based 3D visualization interfaces that ingest real-time data from the Unified Namespace and render data-rich, interactive views of factory operations, manufacturing processes, and production systems.
Partner with manufacturing engineers and factory operators to understand production workflows and translate them into software requirements.
Write production-quality code with comprehensive tests, participating in code review and architectural discussions.
Design and implement tooling that verifies manufactured output matches engineering intent by comparing as-built geometry, assembly sequences, and quality measurements against design specifications.
Requirements
Bachelor's in Computer Science, Information Systems, Engineering, or related technical field
Nice to have: manufacturing, industrial, or OT-adjacent domains (MES, SCADA, PLC integration, factory automation, IoT)
Nice to have: Unreal Engine 5 for industrial visualization