Industrial Automation, Engineering & Custom Software in Chicago

An industrial automation engineering company designs and implements the systems that make machines and processes run automatically: PLC and controls programming, HMI/SCADA interfaces, electrical design, machine integration, and increasingly the data and software layers above them. Firms differ in breadth — some only program controls; multidisciplinary firms like Geek Engineering also cover mechanical design, custom software, and applied AI so one team owns the interfaces between them.

Organizations whose projects cross engineering disciplines: manufacturers modernizing equipment, OEMs needing design and controls capacity, plants connecting production data, and teams piloting industrial AI on real decisions. The fit is weakest for staffing-volume contracts, single-trade construction, and lowest-price commodity work — which we say openly.

Yes, and the value is in the interfaces: the fixture designed to suit the robot, the electrical design that suits the controls, the data structure that suits the software consuming it. When those disciplines are split across vendors, the interfaces become nobody's job — which is where most multi-system projects fail.

Usually, yes. Mechanical platforms routinely outlive their control systems. A retrofit replaces the processor, I/O, drives, and operator interface while reusing field devices and wiring that test as sound — typically at a fraction of machine-replacement cost, scheduled into a planned outage.

Verify four things before comparing price: evidence of similar delivered work, a documented process with a functional specification and acceptance testing, contractual ownership of code and drawings in unlocked form, and a support model you can live with after commissioning. Wide quote spreads usually mean the bidders imagined different projects.

Geek Engineering is located in Rosemont, Illinois, and serves Greater Chicagoland, Illinois and qualified projects across the United States. Design, programming, documentation and software work is routinely delivered remotely. Onsite phases — field verification, commissioning, FAT and SAT support, troubleshooting — are scoped case by case against site access, safety requirements, schedule and travel.

A first conversation is a technical-fit review, not a sales call. Useful inputs are the equipment or process involved, the objective, the constraints that are fixed, and whatever drawings, program backups, photos or data exist — including outdated ones. The outcome is a straight answer on whether the work is a fit and what scoping it properly would require.

Work is performed in the platforms already installed at the site, commonly including Allen-Bradley, Siemens and Mitsubishi control environments, and standard electrical and mechanical CAD tools. Platform choice on a new system is treated as an engineering decision driven by spare-part availability, in-house familiarity and support life — not by a vendor relationship.