Electronic work instructions are procedures delivered to a worker on a screen instead of on paper. The term covers everything from a PDF opened on a tablet to a 3D model the worker rotates at the step they are on, and what separates them is what the delivery format can carry. In Canvas Envision, Envision Creator builds electronic work instructions from the documents, video and 3D models you already own, and Envision Operator delivers them at the point of work.
The raw material is already in the building. There is a shared drive of PDFs, some of them current, training video somebody shot on a phone two years ago, and CAD models the floor has never seen because the floor has no login for the system they sit in.
Each of those was built for a purpose, and none of those purposes was a work instruction. A PDF was built to be complete. A video was built to be watched. A model was built to be engineered against. A worker standing at a bench with both hands occupied needs the right information for this step, available now, without reading around it.
A work instruction platform takes any of those sources and turns it into the instruction the operator needs, in the form that works at the station.
Three sources cover almost everything you are likely to have, and each one converts into a different experience at the bench.
Electronic work instructions take three broad forms, one for each kind of source. A PDF or a written procedure becomes a structured set of steps. A video becomes a step-indexed sequence a worker can jump into. A 3D model becomes either navigable step views or an interactive animation. All three are electronic, and they offer the operator very different degrees of interactivity.
A 3D model is the only source that produces both of the other forms.
The content in a good PDF is usually right. Somebody who knew the process wrote it, somebody who knew the product reviewed it, and the specs in it are the specs. The failure is in the finding. A worker who needs step 11 of a torque sequence has to locate step 11 first, in a document built to be read from the front.
Putting that PDF on a tablet changes the delivery mechanism and nothing about what the document can carry. It is still linear, still disconnected from the engineering data that moved underneath it, and still exactly as static as the printed copy it replaced. Most of what gets called paperless work instructions stops here, one step short of the change that would have made it worth doing.
Envision Creator takes the document in and restructures it into steps, with Evie, the AI built into Canvas Envision, doing the first pass and an author reviewing what comes back before anything reaches the floor. What the worker then opens in Envision Operator shows one step at a time, with the torque value attached to the step that needs it instead of in an appendix. Same content, and the worker no longer has to go looking for it.
Video is the right record of what prose cannot hold, including the wrist angle, the order of engagement, and the way a connector seats with a click instead of a push. An experienced technician doing the job on camera captures more in ninety seconds than four paragraphs manage.
Then the worker at step 14 of a 22-step procedure opens a 13-minute file. They do not want the file, they want step 14, and scrubbing a timeline with gloved hands on a line running to takt is not a viable way to find it. So the video gets watched once during training and never again, which means the knowledge in it is available exactly when the worker least needs it.
The recording goes into Envision Creator the same way a document does, and comes back as structured steps, each one carrying the clip that belongs to it. The worker opens step 14 and sees the eleven seconds that matter, so the motion survives and the hunting stops.
A model is the richest source in the building and the one least likely to reach the floor. Everything the engineer knew about the part is in it. It stops at the engineering department because turning geometry into something a worker can follow used to mean a CAD seat, a specialist, and a place in a queue.
A model produces more than one delivery format. In Envision Creator you build the view each step needs directly from the geometry, hiding and showing components, moving them, isolating the subassembly, and labeling parts from the model's own metadata. You no longer have to guess in advance which angle a worker will need. When the worker opens that view in Envision Operator, what looks like a static illustration becomes interactive as soon as they click into it, so they rotate it, take components away, and look behind whatever is in the way.
Where an animation has been built, the delivery format stops being a video at all. It becomes an animation the worker stops, rotates, and moves through at their own pace. Take a process that is hard to explain and hard even to demonstrate on camera. In 3D you can X-ray through the parts, change opacity to show what sits behind what, and turn the assembly as it plays.
The most complicated thing to describe becomes the easiest thing to understand once the worker can see it, and nobody has to stand next to them to teach it.
An experienced worker still opens the instruction, and goes straight to the step they came for rather than working through the parts they already know, which puts the depth in their hands. Where a step warrants a deliberate stop, the author can require an acknowledgement before the worker moves on.
Because the delivery format is built from the model that engineering is already revising, keeping it current is a smaller job than keeping a document library current.
Simple, repeatable, low-risk work is well served as it is. A three-step visual inspection with a torque check needs one good photograph and a spec, and adding a navigable model to it buys nothing except authoring time.
The conversion earns its keep where interpretation is expensive. That means complex assembly with real spatial ambiguity, maintenance and repair work on variants a technician has not seen before, high variant counts where fourteen near-identical instruction sets are maintained by hand, and a heavy new-hire load where the gap between the veteran and the first-week operator is driving your scrap rate.
The authoring effort is spent once per instruction. The return lands on every unit, because the same current instruction reaches every operator on every shift and each of them works the job the same way. Faster authoring is the saving you notice first, and the consistency is the part that compounds.
You author from a document, a video or a model in Envision Creator, and Envision Operator delivers whichever form the task needs. Whatever the source, there is one place to author the instruction, one place the worker looks for it, and one document to update when the process changes.
The source sets the limit on what the worker can do. The PDFs and video already on your network convert into steps a worker can follow today. To raise that limit, bring a 3D model into Canvas Envision, where the worker can turn the instruction, take it apart and look inside it, and where it stays connected to the engineering data behind it. Then the worker at the bench is looking at the job instead of reading about it.
Garth Coleman is CEO of Canvas Envision, where he is changing how manufacturers capture, share, and execute the knowledge their best people carry. He brings nearly three decades in enterprise software spanning CAD, Product Lifecycle Management (PLM), and 3D communication, including senior leadership at Dassault Systèmes.
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