I'm wondering what a good rule of thumb is on how many people you can
fit into a given space? I'm trying to find the maximum revenue
potential for a given space.
Say, given 1000 square foot (excluding conference rooms, and
bathrooms) what is the maximum membership capacity of permanent desk
members and walk-in members.
Just pulling some numbers out of the air. If permanent desk members
took up a footprint (desk, chair, and room to move) of 8x8ft on
average and walkins took up 5x5. You should be able to fit 10
permanent members and 14 walkins. (If I did my math right.)
Further if we assume only 60% of our walkins will be in the space at
any given time we could reserve up to 23 walkin memberships.
To those of you that own spaces. Do my average member footprints sound
about right? And how about my ratio of walkin members that are in the
space at any given time?
I'm looking for ballparks. :)
Thanks,
Dusty in Austin
dusty seems to be suggesting 23 slots in a 1000 sqr ft space.
Julie is right, 100 sqr ft per person is reasonable, that is a 10x10
box, so with space for chairs, fesks file cabinets, common space
between cubes or isles or whatever.... it makes sense.
From experience, i have worked in smaller spaces, but would not really
want to, and if you want to keep people around, i would probably try
to stick as close to the 100 sqr ft as possible. This doesn't mean
that each person gets a 10 x 10 plot of floor space, but if you space
in 1000 sqr ft, i'm not sure how you could accommodate more than 10 ro
15 people comfortable when you account for the "common" space of isles
and printer table, garbage cans, mail boxes, etc...
On Oct 26, 8:41 am, "Alex Hillman" <dangerouslyawes...@gmail.com>
wrote:
Great tip on the Ikea desk's! Thanks Alex.
So we think each person takes up about 36sq/ft to 100sq/ft of space.
That's a pretty broad range! :) But great information for planning
purposes. Anymore experience out there on the matter?
What do you guys think about the membership to occupancy ratio? In
other words. Say you have 100 members, would you say 60 of them are in
the space at any given time (on average)?
Again, looking for ballparks.
Thanks,
-Dusty in Austin
On Oct 26, 12:15 pm, "Alex Hillman" <dangerouslyawes...@gmail.com>
wrote:
> These tops:http://www.ikea.com/us/en/catalog/products/60117016
> With these legs:http://www.ikea.com/us/en/catalog/products/10105290
>
> There are other dimensions of desk-tops in the same line if you wanted
> bigger/longer ones, but for the price, these are an EXCELLENT deal, easy to
> move/arrange, and if one gets damaged it's not a huge loss.
>
> We had sort of a desk/chair-buliding party where we had members come by
> during out set-up period and help put furniture together. BYO drill. It was
> a good time!
>
> -Alex
>
> On 10/26/07, Columbus Bryce <brycegl...@gmail.com> wrote:
>
>
>
> > I've heard mention of these IKEA desks before... could you give us an
> > idea of which specific model it is?
>
> > On Oct 26, 8:41 am, "Alex Hillman" <dangerouslyawes...@gmail.com>
> > wrote:
> > > Our desks are identical to those at CitizenSpace, 2' deep by 4' across.
>
> --
> -----
> --
> -----
> Alex Hillman
> web.developer.innovation.consultant
> vocal: 484.597.6256
> digital: a...@weknowhtml.com | skype: dangerouslyawesome
So we think each person takes up about 36sq/ft to 100sq/ft of space.
That's a pretty broad range! :) But great information for planning
purposes. Anymore experience out there on the matter?
What do you guys think about the membership to occupancy ratio? In
other words. Say you have 100 members, would you say 60 of them are in
the space at any given time (on average)?
The reason is, if I have these formulas:
a) space_total_area / space_per_person = max_occupancy
b) max_memberships = max_occupancy / occupancy_ratio
c) expenses / max_memberships = cost_per_member
Then I can balance (or combine) those equations to estimate the
unknown. So for example, coming at it from a community first and
bootstrapping angle, if I have 10 folks interested in joining a space
but don't have a space yet then I could use the following formula (if
I know the space_per_person).
a) your_friends * space_per_person = total_space_needed
"space_per_person" and "occupancy_ratio" are hard to estimate. That's
why I'm seeking experience. :)
I can see how it might be a stretch to estimate a generic occupancy
ratio. It might be safest to assume the space will be at 100%
occupancy until you know otherwise. If you estimate a low occupancy,
and you end up being wrong, you may end up charging too little to
cover costs or you'll have too many people in your space. On the other
hand, if you estimate high you may charge too much or have an empty
space. Estimating too high seems easier to correct though.
Useful? Are my formulas whack? ( I'm actually not that great at math,
I just pretend to be. :p )
-Dusty
On Oct 26, 2:30 pm, "Alex Hillman" <dangerouslyawes...@gmail.com>
wrote:
> I don't think we (at IndyHall, anyway) have any stable enough numbers to
> present after 60 days of being open, and even then, its very very
> subjective. I don't think even a ballpark would help you. Our members are
> not your members, within our own membership use and use cases vary widely.
>
> For the gabillionth time(and I'm still smiling when I say that!): all of
> these figures will become evident when you have some semblance of a
> community interested in utilizing a space together. Ask them, not us! I
> understand that for business plans and investors, these figures might be
> necessary, but that's just one more reason to spend the time a) building the
> community and b) putting yourself in a position to bootstrap.
>
Illustration about occupancy ratio (My apologizes if this is painfully
obvious to anyone.)
If your space can handle 10 occupants. Deciding on a 80% occupancy
ratio would mean you try to sell at max 12 - 13 memberships. You're
assuming on any given day 2 - 3 people will not come into the space.
You could also add padding for slow months by calculating the member
dues as if your space can handle only, lets say, 6 occupants.
So perhaps formula c) changes to introduce a new variable
"min_membership":
a) space_total_area / space_per_person = max_occupancy
b) max_memberships = max_occupancy / occupancy_ratio
c) expenses / min_memberships = cost_per_member
Then max_memberships is the most memberships you can sell (and is the
best potential your space can achieve) and min_memberships is the
fewest amount of members you can have and be sustainable.
Thoughts?
-Dusty