Instrumentation & Controls Engineer II - Spark

Crusoe•Denver, CO

6d•$110,000 - $120,000•Hybrid

About The Position

As an Instrumentation & Controls Engineer II supporting Crusoe's modular data center platform, you will help build the control system that ships inside every module we manufacture. Modular is how Crusoe compresses the timeline from steel to compute, and that speed only holds if the controls package is repeatable, verified in the factory, and correct the first time it lands in the field. You will work alongside senior I&C engineers to develop the point lists, instrument schedules, and control system drawings that define the platform, then prove that work out on the factory floor through factory acceptance testing before a module ever leaves the building. This is a hands-on engineering role for someone who wants to build depth in industrial controls inside a manufacturing environment rather than one-off site design. You will move between the design desk and the factory, translating standards into deliverables and then validating those deliverables against real hardware. Expect close mentorship from experienced engineers, clear ownership of your assigned deliverables, and increasing independence as your judgment develops. Denver is your home base, with estimated travel at 25% to manufacturing partners and deployment sites. This is a full-time position.

Requirements

2 to 4 years of professional experience in industrial instrumentation and controls, including exposure to point list development, control system drawings, and field instrumentation.
Working familiarity with Rockwell and Allen-Bradley platforms, including Studio 5000 and ControlLogix or CompactLogix hardware.
Hands-on experience with Ignition SCADA or a comparable platform, including tag configuration, screen navigation, and basic troubleshooting.
Demonstrated ability to execute structured test procedures, document results accurately, and identify discrepancies before they propagate into downstream deliverables.
Comfort working in active manufacturing and construction environments, including field walks, panel inspections, and instrument verification alongside technicians and trades.
A track record of applying established engineering standards independently while escalating technical ambiguity to more experienced engineers early and clearly.
A Bachelor's degree in Electrical Engineering, Mechanical Engineering, Mechatronics, Control Systems Engineering, or a related technical discipline.

Nice To Haves

Prior work on data center mechanical or electrical control systems, or in another high-availability industrial environment.
Experience supporting a productized or prefabricated equipment platform where design repeatability and factory verification drive schedule.
Practical familiarity with Modbus TCP, BACnet, or OPC UA in a multi-vendor integration context.
Relevant credentials such as network certifications, Rockwell or Inductive Automation certifications.
Understanding of industrial network segmentation and OT security practices as applied to control system deployments.
A genuine interest in energy and AI infrastructure, and in the engineering rigor required to build it at speed.

Responsibilities

Develop point lists, instrument schedules, I/O assignments, and control system drawings for modular data center systems under the direction of senior I&C engineers.
Execute and document FAT protocols on control panels and integrated modules, including point-to-point verification, loop checks, and calibration confirmation prior to shipment.
Partner with manufacturing on the factory floor to resolve control panel build issues, wiring discrepancies, and instrument installation questions as modules move through production.
Contribute to the repeatable design packages, drawing templates, and test procedures that let the modular platform scale across successive builds without rework.
Support technical coordination with control panel fabricators, systems integrators, and instrument suppliers on submittals, specification compliance, and open technical items.
Conduct field walks, equipment inspections, and basic calibration verification at manufacturing and deployment sites to confirm as-built accuracy and commissioning readiness.
Maintain accurate as-built drawings, test records, and instrument documentation so downstream construction, commissioning, and operations teams work from a reliable source of truth.