Fleet Software & Controls Engineering Lead

Job Description

Benefits:

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• Warrants
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• Annual bonus
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• 401(k)
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• 401(k) matching
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• Competitive salary
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• Health insurance
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• Paid time off
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Full Time | Hybrid | Chicago Metro Area

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Build the software layer that operates and optimizes a distributed battery fleet

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Intelligent Generation’s mission is to empower businesses to engage the clean energy grid. 

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Intelligent Generation builds and operates POWR:Suite , a software platform that helps battery energy storage assets make highly profitable economic decisions.

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POWR:Suite connects distributed energy assets to wholesale power markets while also optimizing behind-the-meter value: reducing utility bills, managing demand charges, improving asset performance, supporting resilience, and helping customers capture the full economic value of their energy assets.

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Our work sits at the intersection of energy markets, grid operations, virtual power plants, customer savings, software automation, telemetry, and AI-assisted decision-making.

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We are looking for a software engineering leader to own and scale the fleet software and controls-adjacent application layer of POWR:Suite.

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This is a leadership role. You will be hands-on early, but the expectation is that you will grow into leading engineers, shaping architecture, and orchestrating AI agents that support software delivery, testing, documentation, monitoring, and operational workflows.

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Why this role matters

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POWR:Suite operates in the real world. The software affects physical assets, market participation, customer bills, demand charge outcomes, operator decisions, asset performance, resilience, and revenue confidence.

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As IG scales, we need fleet software that makes economic decisions more repeatable, explainable, observable, and optimized across market and customer-side value streams.

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You will help build that layer.

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What you will lead and own

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Fleet operations software

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Lead the software services that support dispatch, state-of-charge management, availability, asset readiness, market participation, customer bill optimization, demand charge management, resilience use cases, and operational decision-making across a growing BESS fleet.

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Operator applications

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Own the tools operators and field teams use every day: control panels, fleet dashboards, workflow tools, alerts, status views, exception handling, and operational decision support.

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Event-driven services

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Design and operate the service layer that moves telemetry, commands, statuses, and operational events across POWR:Suite. Build for reliability, observability, ordering, failure recovery, and real-world operating conditions.

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Controls-adjacent software

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Develop deep fluency in how software decisions affect physical asset behavior and economic outcomes. Partner across controls, operations, and platform teams to make fleet behavior safer, clearer, and more repeatable.

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Economic decisioning workflows

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Build software that helps determine when assets should charge, discharge, preserve state of charge, participate in market programs, reduce customer demand charges, or support resilience needs.

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Commissioning and configuration workflows

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Build software that reduces manual steps in asset onboarding, configuration, commissioning, testing, and readiness tracking.

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Software agents

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Build, maintain, evaluate, and govern agents that support software delivery and operations, including code review agents, test agents, regression agents, documentation agents, commissioning support agents, and operator workflow assistants.

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People and agent orchestration

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Over time, build and lead a software engineering function. Define how engineers and agents work together to improve delivery speed, review quality, test coverage, documentation, operational support, and system reliability.

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What success looks like

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First 90 days

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• Understand POWR:Suite’s current fleet software, dispatch workflows, operator tools, economic decisioning logic, and controls-adjacent processes
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• Own a defined improvement in the fleet or operator workflow
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• Document key system flows, dependencies, decision points, and failure modes
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• Identify high-value agent-assisted opportunities in development, testing, operations, or operator support
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First 6 months

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• Take primary ownership of selected fleet software services or operator applications
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• Improve usability, reliability, and observability of dispatch-related workflows
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• Build tools that reduce manual operational steps
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• Deploy or improve agents that assist with code review, testing, documentation, commissioning, or operator support
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First 12 months

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• Lead the software function for fleet operations and controls-adjacent applications
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• Reduce dependency on tribal knowledge by codifying workflows, tests, and operational logic
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• Improve the scalability and resilience of POWR:Suite’s fleet software layer
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• Build the foundation for a team that can scale software delivery with agent leverage
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What we are looking for

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Required

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• 8+ years in software engineering, systems engineering, full-stack engineering, back-end engineering, or controls-adjacent software
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• Experience leading technical work across teams or mentoring engineers
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• Strong Python experience in production systems
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• Experience building APIs, services, event-driven systems, and operational applications
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• Experience with real-time, high-reliability, hardware-adjacent, industrial, or operational software
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• Ability to build practical internal tools for operators, field teams, or technical users
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• Strong debugging instincts across software, data, infrastructure, and system behavior
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• Hands-on experience using AI tools as part of engineering work
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• Ability to build, maintain, evaluate, govern, or orchestrate agents that support engineering and operational workflows
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• Strong curiosity about physical systems and how software affects real-world and economic outcomes
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Strongly preferred

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• GCP experience, especially Cloud Run, Pub/Sub, Cloud SQL, or similar managed services
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• Experience with WebSockets, real-time dashboards, event streams, or operational interfaces
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• BESS, SCADA, EMS, DER, energy management, inverter, or industrial controls exposure
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• Familiarity with DNP3, Modbus, ICCP, or similar protocols
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• Familiarity with LabVIEW
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• Experience with state machines, deterministic logic, simulation, or control-adjacent systems
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• Experience building or leading a software engineering team
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Why this is exciting

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You will build software that matters in the physical world and in the customer’s economics. Your work will help IG operate a growing distributed energy fleet, improve market participation, reduce customer bills, manage demand charges, support resilience, reduce operational drag, and turn complex energy workflows into scalable software and agent-assisted execution.

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This is a hybrid position and will require remote and in-person (Oak Brook/Chicago) work.

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Intelligent Generation participates in the E-Verify process for all new hires.

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• Flexible work from home options available.
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