The short version: German electrical CAD maker WSCAD unveiled ELECTRIX OS in October 2026, software meant to do part of the engineering itself. An engineer states the machine’s requirements, and the system proposes the power distribution, control and safety concept and component choices, then hands the approved design to E-CAD for drawings. It is due to ship in 2027.
What happened
WSCAD announced ELECTRIX OS on October 13, 2026, calling it a new category it labels “Engineering Intelligence.” Ordinary CAD documents decisions an engineer has already made. AI copilots help with single tasks. ELECTRIX OS is aimed earlier, at the stage where the technical solution is worked out in the first place.
WSCAD has made electrical CAD for more than 35 years and says over 40,000 people in 100-plus countries use its software in machine building, plant engineering and electrical installation.
How it works
- Requirements in. The engineer assigns a planning task using spec documents, customer requirements, company standards or a plain description. The system breaks these into checkable requirements and records where each one came from.
- Questions instead of guesses. If information is missing or two specs conflict, it asks, and can suggest answers from company standards or past projects. Affected steps stay open until the question is settled.
- Specialist agents. Separate AI agents handle requirements, power distribution, control and safety concepts.
- Fixed validation rules. Every proposal is checked for structure, completeness and conflicts before it enters the project, using the same rules that apply to human input.
- A full log. Every AI step is recorded with its inputs and results, so engineers can trace why a choice was made and redo only the parts affected by a change.
- Drawings out. Once approved, the design goes to WSCAD’s ELECTRIX AI E-CAD software to produce schematics, bills of materials and build documents.
A real-world example
WSCAD’s own example is a packaging machine. The engineer asks for 250 bottles a minute, Allen-Bradley components, the relevant UL requirements, redundant safety circuits and a control cabinet no wider than 50 inches. ELECTRIX OS works out the functional structure, power distribution, control and safety concepts and parts list. The engineer compares the options, asks for changes and signs off.
That example is aimed squarely at US machine builders and panel shops, the same companies that hire controls and electrical design engineers across the Southeast and Texas.
Why WSCAD built it this way
WSCAD’s product owner for ELECTRIX OS put it simply: the company did not just put a chatbot in front of CAD. The AI works inside a model of electrical engineering that it cannot change, and when it is unsure, it asks rather than decides. A separate knowledge base holds standards, company guidelines and proven design patterns, which the AI can use but not edit, and that knowledge can stay on a company’s own servers.
The pitch also answers a workload problem. In WSCAD’s 2026 survey of 1,267 E-CAD users across 40 countries, about 54% said they had no time to innovate or improve their workflows.
When it arrives
WSCAD plans a market launch in 2027 and is signing up development partners now to test it on their own projects. Until then, this is a preview, and the real test will be how it handles messy, half-finished specs from real customers.
What it means for hiring
If AI proposes the panel design, the engineer’s job shifts toward setting requirements, judging options and owning safety.
- Safety circuit and UL 508A knowledge become more valuable, because someone must judge whether a proposed concept is actually safe and listable.
- Engineers who write clear requirements and company standards will get more out of these tools than engineers who only draw.
- Experienced designers are the ones who teach the system. Their documented patterns become the knowledge base newer engineers draw on.
Hiring panel or automation talent? See our controls engineering recruiters and electrical engineering recruiters pages.
Interview questions for controls and panel designers
- A tool proposes a safety circuit for a new machine. How do you decide whether it meets the required performance level?
- How do you turn a customer’s vague spec into requirements you can design against?
- Which parts of your past panel designs would you reuse as a standard, and why?
- Tell me about a cabinet you had to fit into a tight space. What trade-offs did you make?
Frequently asked questions
What is ELECTRIX OS?
An AI platform from WSCAD that turns technical requirements into an electrical design concept, including power distribution, controls, safety and component selection, for an engineer to review and approve before drawings are made.
When will ELECTRIX OS be available?
WSCAD plans a market launch in 2027. Companies can join as development partners before then.
Will AI design control panels on its own?
Not in WSCAD’s design. The engineer sets the goals, the system asks when it is unsure, and every proposal needs human approval before it becomes a drawing.
More stories like this are on our AI for Engineers hub.
