Superseded issues in the field
A printed or emailed drawing cannot be withdrawn once it reaches the workshop.
S/01Engineering document management
Engineering document management for the part of the mine that has no network.
ShaftDraw is engineering document management built around mine operations: one controlled drawing and document set, revision context that travels with it, and instant discovery on the tablets and desktops your technicians already use—online or underground.
What a controlled set includes
- Equipment and general-arrangement drawings
- Electrical, PLC and instrumentation documentation
- Manuals and task procedures tied to the asset
- Revision, approval and issue context per document
- Category, favourite and recently-used shortcuts
- The same set on tablet and desktop, offline
01Why mining is different
Most document systems assume a network. Underground does not.
Generic document management solves storage and sharing. On a mine site the harder problem is delivery: the controlled version has to reach a technician standing at a breaker, in a workshop with no signal, or on a night shift where the engineering office is closed.
That is why ShaftDraw treats the drawing set as something you publish and distribute, not a folder people browse. The library is curated on the surface and carried into the field, so engineering document management stays true to the approved set instead of drifting into whichever copy a technician saved last month.
02Where uncontrolled sets cost you
The cost of a drawing set nobody can prove is current
Search time inside every job
Technicians lose minutes per fault hunting for a document that already exists somewhere.
No reliable audit trail
Proving which revision was issued to an area becomes a manual reconstruction.
Contractor and shutdown churn
Temporary crews arrive with no controlled access to the current set.
03How ShaftDraw does it
Engineering document management practices that survive a shift change
One controlled drawing library
Approved drawings, categories, favourites, revisions and equipment documentation live in one structured source rather than in folders, mailboxes and personal drives.
Revision and approval context
Each document carries the technical context that tells a technician whether it is the issue they should be working from—before anyone opens a superseded drawing.
Discovery by how people search
Reach the right document through equipment type, drawing number, PLC address or technical description instead of guessing a filename or a folder path.
Offline distribution that holds
The controlled set travels with the device, so engineering document management does not stop where the network does.
Same set on tablet and desktop
Field technicians, supervisors and engineers read from the same approved set on the devices they already carry.
Evidence for audits and handovers
A governed library makes it far easier to show which drawing set was in circulation for an area, a shutdown or a contractor.
Shared drive or printed set
- Current version is whoever asked last
- Superseded drawings stay in circulation
- Search depends on filenames and memory
- Nothing usable without connectivity
ShaftDraw controlled set
- One approved set, published to every device
- Revision and approval context on each document
- Discovery by equipment, number, PLC address
- Fully usable underground and offline
04Questions
What operations and engineering teams ask first
Straight answers about scope, control and how a rollout actually begins.
What is engineering document management in a mining operation?
Engineering document management is the controlled capture, organisation, distribution and revision history of technical documents—drawings, equipment manuals, P&IDs, electrical and PLC documentation—so the people doing the work always reach the approved version. On a mine site that control has to survive weak, intermittent or completely absent connectivity.
Can engineering document management work offline underground?
It can, and on a mine site it has to. ShaftDraw keeps an approved drawing set locally on tablets and desktops, so technicians at the face, in a workshop or at a shaft station open the same controlled documents they would find on the surface, with no dependence on a live network.
How are drawing revisions kept under control?
Drawings sit in one structured library with equipment, category and revision context attached, instead of scattered across shared drives and email attachments. Approved sets are published as a set, so superseded issues stop circulating in the field.
Is this the same as a shared drive or a full PLM system?
No. A shared drive stores files but never tells you which one is current, and a full product lifecycle platform is usually too heavy and too online for daily maintenance work underground. ShaftDraw is the controlled field layer: curated, fast, offline-capable, and able to start with one operational area.
How do we start without disrupting production?
Begin with a focused pilot: one operational area, one verified drawing set and the technicians who need it most. That produces a measurable answer about search time and drawing confidence before any wider rollout.
Prove the value on one operational area.
Pick one area, one verified drawing set and the technicians who need it. Measure search time and drawing confidence before deciding anything bigger.
Define a ShaftDraw pilotContained deployment. Clear path to integration.