Corbeck Library volunteer program
Gears diagram slide with three forces around one engine
A gears diagram slide shows a central mechanism driven by the forces around it, so the audience sees that the result depends on all of them turning together. This one shows the three forces behind the volunteer program at Corbeck Library, a fictional public library with 64 volunteers.
What is on the slide
- Title
- Volunteer Gears, Corbeck. Three forces turn the Corbeck Library volunteer program: 64 volunteers giving about 5,100 hours a year.
- Central gear
- Volunteers.
- Recruit 18 a year
- Replaces the 18 volunteers who leave each year.
- Train in 3 sessions
- Shelving, the help desk and home delivery.
- Thank every term
- Hours certificates and a term morning tea.
When this is the right slide
Choose this slide when one central program is driven by several forces acting at the same time, each short enough to label with a number, and the audience needs a memorable picture of it.
What to swap it for
Grouping: PDCA Cycle. Swap to the PDCA style cycle flow when the forces happen in order, one after another, and each step needs a sentence in a sidebar.
What this slide shows
A title reads Volunteer Gears, Corbeck, with a framing line: three forces turn the Corbeck Library volunteer program, 64 volunteers giving about 5,100 hours a year. In the centre a dark teal gear with twelve teeth carries the word Volunteers on a lighter hub. Three rounded nodes are joined to it by dashed lines: Recruit 18 a year at the top, Train in 3 sessions at the lower right and Thank every term at the lower left. The nodes alternate between two teal shades so neighbours are distinct. The arithmetic behind the framing line holds: 5,100 hours across 64 volunteers is about 80 hours each, or roughly a three hour shift every second week. Recruiting 18 a year replaces the 18 who leave, training covers shelving, the help desk and home delivery, and thanks take the form of hours certificates and a morning tea each term. This diagram kind is template only and cannot be added from the element library, so the slide uses the gear forces layout directly.
When this is the right slide
Use it when one central program, product or system is driven by several forces acting together, and the point is that all of them must keep turning. Volunteer programs, growth engines, operating models and membership organisations are typical cases. It suits annual reports, board updates and grant applications where the audience needs a memorable picture of what keeps something going. It is the wrong slide when the forces happen in sequence, which a cycle shows honestly. It is also the wrong slide when each force needs a paragraph, because the nodes carry labels only; in that case, a layout with cards or callouts beside the diagram serves better.
How to adapt it
First, name the central gear as the thing being driven, and size it in the framing line with a measure such as hours, members or revenue. Second, write each force as a short label with a number, under about 20 characters, because the layout shows nothing else on the node. Third, decide which force is the bottleneck and say so in the notes or the next slide. Here, recruitment only replaces leavers, so better training and recognition are the levers for growth. For a growth engine, the centre might be revenue with acquisition, retention and expansion around it. For a school, the centre might be attendance with transport, wellbeing and family contact. If the diagram must sit beside other content on the same slide, use a cycle element instead, because the gear is only offered as a full layout and not as a drop in element. When a fourth or fifth force exists, add it, since the layout spaces up to five evenly around the gear.
What makes this slide work
Every force carries its number
Recruit 18 a year. Train in 3 sessions. Thank every term. Each node label is a commitment with a figure or a frequency, not just a word such as recruitment. Because the gear forces layout shows labels only, the number has to live in the label, and these three are short enough to fit without wrapping.
The framing line sizes the engine
64 volunteers giving about 5,100 hours a year, roughly 80 hours each. The framing line puts a measure on the central gear, so the forces have something to act on. Without it, the diagram would show three good intentions around the word volunteers, with no sense of how large the program is or what success looks like.
Three forces read as simultaneous
The nodes sit evenly around the gear, at the top and the two lower corners, joined to it by dashed lines with no arrows between them. That arrangement says the three forces act on the program at the same time, which is accurate. A cycle diagram would have implied that each one leads to the next.
Questions people ask
Can a gears diagram be added from the element library?
No. The gear forces diagram is available only as a slide template, not as an element that can be dropped onto another slide; it is the one diagram kind the element library leaves out. To use it, choose the gear forces layout. If the gear needs to sit beside other content, a cycle diagram from the element library is the closest alternative.
How many forces should surround the central gear?
Three to five. The layout spaces the forces evenly around the gear, so three sit at the top and two lower corners, while five form a full ring. Fewer than three makes the diagram look unfinished; more than five crowds the labels. If there are seven drivers, group them, or the slide becomes a list drawn as a circle.
What text fits on each force node?
A short label of about 20 characters, ideally with a number in it, such as recruit 18 a year. The nodes show the label only, so a longer explanation will not appear on the slide. Put the reasoning behind each force in the framing line, the speaker notes or the page around the diagram, and keep the nodes for the headline.
When is a gears diagram better than a cycle?
When the forces act on one central thing at the same time rather than following each other in order. Recruitment, training and recognition all work on the volunteer pool at once; none of them comes after another. A cycle implies a sequence, so it would suggest that recognition leads to recruitment, which may be true but is a different claim.
When should a gears slide be split?
When one force is failing and needs a plan. If retention fell and the library needed to recruit 30 a year instead of 18, the recruitment force would need its own slide with channels, targets and dates. The gears slide stays as the model of what keeps the program turning; the follow up shows what will be done about the weak part.
How should a gears diagram slide be presented?
Name the centre, then each force with its number, then say which force is the bottleneck. Here, recruiting 18 a year only holds the pool steady, because 18 leave each year, so growth depends on better retention through training and thanks. That conclusion is what the audience should take away, and the gear image helps them remember it.
Build your own in about a minute
The button below opens the generator with this use case already described. Change the wording to match your own, generate, then edit anything you like.
Make one like thisOther slide examples
PDCA cycle slide with one action and one date per stage
A PDCA cycle slide shows one turn of plan, do, check and act with a concrete action and a date at each stage, so the improvement can be tracked rather than admired. This one follows Penvale Dental, a fictional clinic cutting the average wait past appointment time from 19 to 8 minutes.
Three circle Venn slide with every overlap owned
A three circle Venn slide is useful when the overlaps carry the meaning, because the shared ground between groups is where work most often goes unowned. This one maps the product, design and engineering team behind Rostrel, a fictional shift planner, and names an owner for each overlap.
Honeycomb slide with six peer capabilities and their scope
A honeycomb slide shows a set of equal parts that work together, with no hierarchy and no sequence, by packing them into hexagon cells that touch on every side. This one maps the six capabilities of Quarrow Data, a fictional data team, and gives each cell a one line scope.
Want the steps in the builder? Read Add charts, maps and diagrams to slides, then Change your presentation's theme, fonts and colours. For everything this generator can do, see the slide maker.
Written and checked by the OneCraft team. Last checked .