Choosing the Right Schedule View in EDGEBIC

EDGEBIC by User Solutions gives you several production schedule views over the same scheduled data, and picking the right one is most of the skill. Each surface organizes the same operations around a different question: the whole plant, one machine, one job, capacity headroom, or live progress. Nobody reads all of them all day. The planners who move fastest know which screen answers which question and go straight there.

This post is the map. It covers what each surface is built for, which one accepts edits, and how to choose in the moment. For the full tour of the two main graphical surfaces, start with the visual scheduling guide.

One Schedule, Several Ways to Organize It

Every view here reads the same thing: the operations the finite capacity engine produced, each one a routing step of a job on a work center in a time slot. Nothing is recalculated per screen. What changes is the axis and the filter.

That matters because it removes an entire category of doubt. If the station queue and the plant board disagree, they do not: one is filtered and the other is not. Choosing a view changes what is easy to see, never what is true.

The Plant Board: Schedule View

The Schedule View Gantt is the whole-plant surface and the one built for editing. Work center lanes stack down the side, time runs across the top, and every checked job draws its bars in the lanes where its operations were scheduled.

This is where you read the work center lanes, drag a bar to a later slot or a different machine, and stage a set of changes before committing them. It is the only surface with the pending-changes counter, the Save Changes and Discard pair, and the targeted Re-Schedule that re-plans only the jobs you touched.

Reach for it when the question is about relationships: which job is blocking which, whether a rush order can slot in, where the plant is tight next week. Avoid it when you want depth on one job, because breadth is its whole design.

The Job Cockpit: Job View

The Job View tab narrows to one job and adds everything the plant board leaves out. You get a summary panel with the job number, end product, engine-planned window, quantity, and operation count, plus an hours roll-up showing total, actual, remaining, and percent complete for the whole job.

Below that sits a per-operation grid with scheduled, actual, and target dates side by side, along with hours and pieces columns, and its own Gantt strip with an Hour, Day, Week, or Month scale. Job-level actions live in the header: log actuals, complete or reopen the job, open the audit trail, open the capacity calendar, import actuals, export to Excel, and reschedule.

Reach for it when a customer calls about one order, or when you need real progress numbers rather than an impression. The Job View cockpit is where "how far along is this" gets an actual answer.

The Station Queue: Work Center Schedule View

The work center schedule view filters the plan down to a single station and lists the operations booked to it in planned-start order. It trades breadth for focus on purpose.

This is the supervisor's screen, not the planner's. Somebody running one machine does not need the rest of the plant on screen, and giving them the full board usually produces a printout nobody reads. Details are in the work center schedule view explained.

The Resource Board: Timeline View

The timeline board puts work centers on the rows and lays every operation booked to them along a shared time axis, so you read the plant by machine rather than by job. It is the view that makes contention obvious: two jobs wanting one resource at the same hour show up as a collision rather than as a scheduling surprise later.

Use it when the conversation is about resources rather than orders. The timeline board explained covers how it differs from the job-centric read.

The Capacity Answer: Resource Load View

The resource load view draws each work center's booked hours against its genuine available hours, day by day. This is the one that answers "do we have room," and it answers it better than any bar chart of allocations can.

Here is why the distinction matters. On the plant board, a lane crowded with bars looks busy, and a lane genuinely out of hours also looks busy. On a multi-instance machine, several bars in one slot is completely normal, because each instance can carry a job. Only a view that compares demand to supply tells you which situation you are actually in. That is the practical meaning of finite versus infinite capacity scheduling, made visible.

The Progress Window: Live Actual View

The live actual view overlays a job's logged progress onto its routing diagram, comparing actual against planned on each operation. It is read-only by design: you can open it any time, in front of anyone, and nothing you do there changes the schedule.

That safety is the point. Monitoring and editing are different acts, and mixing them is how somebody drags a bar during a meeting and discovers it on Thursday. See showing live progress on routing diagram nodes for how the overlay reads.

Choosing in Ten Seconds

A Habit Worth Building

The failure mode is not using the wrong view. It is using one view for everything, usually the plant board, and then squinting at it for answers it was never shaped to give. A crowded lane is not a capacity answer. A bar's width is not a progress report.

Pick the surface that matches the question, and each screen stays legible. That is what visual scheduling is for in the first place, as covered in what production scheduling is. User Solutions has been building these views with manufacturers since 1991, in small shops and in organizations including the US Navy, GE, BAE Systems, and Cummins, and the pattern holds everywhere: planners think in relationships, supervisors think in queues, and management thinks in headroom.

See the full EDGEBIC platform, or bring your three most-asked scheduling questions to a demo and let US show you which screen answers each one.