Haute Lumière

Commerce · IV.04 · MMXXVI · daylight

La Bourse  /  Volume IV  /  Nº IV.04  /  Workbook — the Gainshare employee

A man in a dark suit writing in an open book at a library desk, lamps lit among the shelves.
Plate IV.04 · Workbook — the Gainshare employeeThe Scaler's Book.Every plant has a capacity plate riveted to its frame. Very few have the other one — the number the ground will hand over, year after year, without being asked twice.

WORKBOOK — THE LUMINOUS GAINSHARE EMPLOYEE

Chapter IV.04 · Manufacture at Biological Rates

For the person inside the plant whose pay moves with what the plant creates. This workbook is about how rate-matched manufacture reads from the shop floor, what to measure, what to claim, how the ledger works, and what to ask for — with the arithmetic done, because a share you cannot compute is a promise rather than a mechanism.

WHAT A GAINSHARE ACTUALLY IS

A gainshare pays you a defined fraction of a verified gain against an agreed baseline. Three words do all the work. Verified means somebody outside the scheme produces the number. Gain means the improvement, not the total. Baseline means a figure agreed and signed before anything changed.

In a rate-matched plant, all three get easier and one gets much harder, and it is worth knowing which is which before you negotiate anything.

Easier: the baseline is stable, because the throughput is stable. In a plant sized to the market, your baseline moves every time the order book does, and the scheme spends its life arguing about what the counterfactual would have been.

Easier: the gains are real and countable. Yield, kerf, drying loss, recovery, downtime — every one of them turns the same increment into more product, and every one of them is measurable on the line you stand on.

Harder: you will never have a volume year. The plant is capped at the increment by design, so the one lever that makes conventional bonus schemes pay — running hot — is structurally unavailable to you. If your scheme pays on volume, a rate-matched plant is a bad place to hold that contract, and the first thing to do is change what the scheme pays on.

PART ONE — DISCOVERY

Days 1–30: find where the gain actually comes from

Exercise 1.1 — Read your own catchment (one week)

Find, from a document rather than from a manager, the renewal rate of the thing your plant runs on. A forest inventory. A water abstraction licence and a recharge estimate. A stock assessment. A contracted hectare schedule.

Then find the plant's annual draw and divide.

  ratio  =  annual draw  /  verified annual increment

The chapter's working case: Menominee Tribal Enterprises mills 14,000,000 board feet of sawtimber against an increment of 24,000,000 — a ratio of 0.583 — on a forest that has grown from 1,200,000,000 to 1,900,000,000 board feet since 1854 while giving up 2,300,000,000. Around 300 people work in that business.

Exercise 1.2 — Find the gains that are not volume (one week)

Walk your own line and write down every place where the same input becomes more product. Kerf width. Drying schedule. Sorting accuracy. Recovery on the edger. Downtime on the third shift. Grade capture.

These are the gains a rate-matched plant is made of, because the input is fixed. In a plant that can always cut more, none of them is urgent. In yours, every one of them is the only way the number moves.

Exercise 1.3 — Find the two measurement gains (three days)

There are two more, and they are the largest, and almost nobody on a shop floor knows they exist.

The error bar. The plant is sized to a lower bound, not to the measured rate. At a coefficient of variation of 20.0 percent, the design point is 74.4 percent of the estimate. Halve the CV to 10 percent and the design point rises to 87.2 percent, which is 4,344,407 board feet a year of recovered capacity and 651,661 dollars a year of contribution. An independent cruise costs about 45,000 dollars: a payback of 0.83 months. Better measurement is a production gain, and it is the cheapest one in the building.

The firm-supply premium. Because your plant cannot surge, it cannot fail to deliver — and that is saleable. 60.0 percent of output on firm multi-year contracts at an 8.0 percent premium is 244,068 dollars a year.

PART TWO — THE ARITHMETIC

Days 31–45: compute what you are owed

Exercise 2.1 — Size the pool (two hours)

Take the two gains above as the verified pool, because both are measurable and both are attributable.

  measurement gain                    651,661   $/yr
  firm-supply premium                 244,068   $/yr
  ---------------------------------------------------
  verified gain                       895,729   $/yr
  gainshare at 20 percent             179,146   $/yr
  across 300 people                    597.15   $/person/yr

That is a real and modest number and you should treat it as the floor rather than the headline, because it counts only two gains and ignores every yield improvement on the line.

Exercise 2.2 — The question that matters more than the pool (two hours)

Ask what your scheme pays on, because the difference is far larger than the rate.

A scheme paying 20 percent of contribution in a market-sized mill pays 1,800,000 dollars a year into the pool — 6,000.00 dollars a head across 300 — for 28.61 years. Then the mill falls to 10,169,492 board feet a year and the pool falls to 305,085 dollars, or 1,016.95 a head, forever.

The same scheme in the rate-matched mill pays 1,016,949 dollars a year — 3,389.83 a head — and does not fall.

Now discount it, as yourself and not as the company. Over a forty-year working life the market-sized scheme is ahead by 47,666 dollars a head undiscounted, and there is no discount rate at which the rate-matched scheme catches it. Over sixty years the two are level to within 208 dollars a head — 203,598 against 203,390 — and still no crossing. Over a hundred years, a career and the one after it, the rate-matched scheme is ahead by 94,707 dollars a head and wins at every discount rate below 1.745 percent.

That is the honest shape of it and it is worth knowing before you argue. The rate-matched plant is not obviously better for your pay packet over your own career. It is better for the job existing, for the plant being there, and for the person who holds your role in 2090. Argue for it on those grounds, which are true, rather than on grounds that are not.

Exercise 2.3 — The ledger you should be able to read (one week)

Ask for these five lines, and ask for them in writing:

  1. The increment, its date, its measurer and its confidence interval.
  2. The draw, from a different source than the increment.
  3. The ratio, and the rolling mean the covenant is tested on.
  4. The baseline, signed, with the date it was agreed.
  5. The pool, the share rate, the headcount and the distribution rule.

Any scheme that cannot produce those five lines is not a mechanism. It is a policy, and a policy can be changed in a meeting you are not in.

PART THREE — DESIGN

Days 46–70: make the uncounted countable

Exercise 3.1 — Propose the ratio as a scheme metric (one session)

Ask for the harvest-to-increment ratio to be one of the metrics the pool pays on, alongside yield and safety. It is verifiable by a third party, it cannot be gamed by running hot, and it aligns your pay with the thing that keeps the plant open.

Make the argument in the firm's own terms: a certified ratio of 0.583 is a better credit than 1.000, and the chapter's instrument prices it that way.

Exercise 3.2 — Claim the measurement gain explicitly (one week)

The 651,661 dollars a year that better measurement returns is the easiest gain in the plant to lose, because it will otherwise be booked as "improved forecasting" and never attributed to anybody. Get it named in the scheme document, with the cruise cost of 45,000 dollars shown against it, so the 0.83 month payback is on the page.

Exercise 3.3 — Get the overshoot rule in writing, and get a seat (one session)

The spike is the moment your plant will be asked to break its own design, and the people asked to run the extra shifts are you. Ask for the written rule now — conditions, magnitude, duration, repayment to the stock, signature — and ask for a named worker signatory on it.

This is the single most valuable thing in this workbook and it costs the company nothing. The rule cannot be written honestly during the spike, and during the spike your overtime is the mechanism by which it is broken.

Exercise 3.4 — Write the alternative to a volume bonus (two hours)

Draft the replacement metric set on one page: ratio, yield, recovery, firm-supply book, downtime, safety. Six numbers, all of which move when you do good work and none of which move when the plant runs hot.

PART FOUR — DESTINY AND DELIGHT

Days 71–90: make it hold

Exercise 4.1 — Get the number produced outside the plant (two weeks)

Both working cases in the chapter have this. Menominee's constraint is statutory and tribal; Collins's is a third-party certificate re-audited on a cycle. The number that sets capacity is produced outside the plant, which is the whole mechanism, and it protects you as much as it protects the forest: an internally-produced increment drifts upward by about the amount the order book is short, and the first consequence of that drift is your shift pattern.

Exercise 4.2 — Put the two plates on the wall (one afternoon)

Line rate, and catchment rate with its date and interval. In the control room, where everyone sees both. It is a five-dollar intervention that changes what people argue about.

Exercise 4.3 — Learn to say the second-decade sentence (thirty minutes)

You will be asked why the plant does not just run harder. The answer is short and it is arithmetic:

Sixty million board feet a year runs for 28.61 years and then the forest supports 10,169,492 — 30.0 percent of what it supports now. It costs 1,050,000,000 board feet of standing timber to buy those years, and the lower rate is permanent, because the growth is a rate on the stock.

Say it once, in those words, and let it sit.

Exercise 4.4 — Name what this does not give you (thirty minutes)

A mechanism you can argue for honestly is worth more than one you have to oversell, so write down its limits in your own words before anybody else does.

It does not pay more over your own career. The arithmetic above is plain about that, and anybody who tells you otherwise has not run it.

It does not protect you if the plant does not control its catchment. Where the logs, the water or the fish are bought on an open market, restraint by your employer moves the draw to somebody else's plant and your scheme carries the cost of a conservation outcome that does not occur. Ask, before anything else, whether the catchment is owned or contracted.

It does not survive a volume metric. If the pool pays on tonnes out of the door, every improvement you make in yield and recovery is dwarfed by a number you cannot move, and the scheme will feel arbitrary because it is.

And it does not make the spike easier. It makes it explicit. The overshoot rule does not remove the pressure to run hot; it decides in advance who carries it and what is owed to the stock afterwards. That is a much smaller claim than the one usually made for these schemes, and it is one you can defend in any room in the building.

KNOW YOUR SCHEME — A CHECKLIST

THE CONVERSATION, SCRIPTED

You: I want the harvest-to-increment ratio added to the scheme metrics.

Them: That is a forestry number, not a production number.

You: It is the number that sets our nameplate. Menominee mills at 0.583 and has done since 1854. The chapter's instrument prices a borrower at 0.583 better than one at 1.000, so it is already a credit metric. I would like it to be a pay metric too, because it is the only one that cannot be gamed by running hot.

Them: The pool would be smaller in a good year.

You: It would. It would also not fall to 1,016.95 a head after 28.61 years, which is what happens on the other design. And I am asking for two gains that are not volume: 651,661 dollars a year from halving the CV on the increment measurement, against a 45,000 dollar cruise — an 0.83 month payback — and 244,068 dollars a year from the firm-supply book. Neither of those needs a single extra log.

APPRECIATIVE QUESTIONS FOR YOUR TEAM

Discovery. What do we already do that turns the same input into more product? · Who here knows the renewal rate of what we run on, and how did they learn it? · When did we last deliver something nobody else could, and what made it possible?

Dream. If our pay moved with the ratio, what would we do differently on Monday? · What could we promise a customer that no competitor could? · What would it feel like to work somewhere whose capacity number was published?

Design. What measurement would we most want produced outside this plant? · What should the overshoot rule say, and who among us should sign it? · Which six numbers should the pool pay on?

Destiny. What would we want still running here in eighty years? · Who would notice first if our draw crossed our renewal? · What would make this scheme survive the next change of ownership?