System Lead

As a System Lead Energy at Optics11, you are responsible for the system architecture, technical integrity, and integration of our Energy monitoring products throughout their lifecycle.

You translate product objectives and customer needs into system requirements, architecture, interfaces, and technical decisions, ensuring that hardware, software, sensing technologies, and algorithms work together to deliver reliable system performance.

Our systems combine fiber-optic sensors, interrogator hardware and firmware, Edge computing, networking, cloud applications, data processing, and AI-driven algorithms. Your role is therefore focused on maintaining the complete system overview, managing technical dependencies, and ensuring that all components function together as one integrated solution.

You work closely with Product, Systems Engineering, Software, Embedded, Hardware, Algorithms, Operations, Manufacturing, and other IVVQ engineers.

This is a senior hands-on individual contributor role, combining system-level thinking, test design, technical investigation, and practical validation.

Key Responsibilities

• Define and maintain system requirements, architecture, interfaces and technical acceptance criteria,

• allocating requirements to subsystems and maintaining traceability to product and customer needs.

• Lead technical decisions and design reviews across disciplines, balancing performance, reliability,

• security, maintainability, manufacturability and cost.

• Define how components exchange and interpret data, including requirements for data quality, timing,

• synchronisation and compatibility.

• Identify system risks, failure modes and operating limits early, using analysis, prototypes and targeted

• experiments to guide design decisions.

• Drive system integration with component owners, assessing the impact of changes and resolving

• technical dependencies across hardware, software, AI and data processing.

• Represent Energy requirements in the shared OptimAE platform and maintain compatibility across

• supported system configurations.

• Lead complex system investigations and root-cause analysis, turning integration, test and field

• findings into sustainable product improvements.

• Work with IVVQ on testability, verification approaches and release readiness, ensuring that systemlevel

• functionality, performance and reliability are supported by evidence.

• Guide improvements in deployment, diagnostics, recovery and serviceability, maintaining clear system

• documentation and sharing knowledge across teams.