Value Model v2.0

Simulation Value Assessment

MORe helps you understand technical relationships earlier, so you can make better decisions and unlock business value.

How simulation creates value

Background to the assessment: this chain explains how technical insight can translate into economic value.

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Multi-domain simulationMechanics · drives & controls · thermal · process

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Real performance metricsAccuracy · stability · productivity · quality

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Earlier engineering knowledgeBefore the physical machine can prove it

CHF

Economic valueBetter decisions · lower cost · lower risk

Your entries stay in this browser and are not transmitted.

Step 1

What are you working on?

Two quick choices are enough to tailor the assessment. We will ask for financial details only when a value branch actually needs them.

Project / application type

What would make this project more successful? Select all that apply.

Step 2

Think about comparable projects

A few diagnostic questions help uncover value that is easy to overlook. Select everything that has happened before or could realistically matter here.

Technical anchor

Which real performance metrics determine success?

Select the metrics you ultimately need to predict, guarantee or improve. This anchors the economic assessment in the real machine performance MORe is meant to simulate.

Optional but recommended

Customer-specific / application metric

Something else we should consider

Step 3

Your potential value map

These value drivers were identified from your answers. We recommend quantifying the strongest few first; the rest remain visible as identified upside.

Value points identified0

Selected to quantify0

Recommended focus

Explore the full value catalogueAdd a value point if your situation is not covered by the diagnostic questions.

Step 4

Quantify only what you can defend

We now ask only for the shared financial inputs needed by your selected value drivers. Benefit assumptions start at zero; use a suggestion only if it represents a scenario you want to evaluate.

Economic context needed for your selections

Only fields used by the selected calculation mechanisms are shown.

Shared inputs

Assessment / product name Selling price per machine (CHF) Manufacturing cost per machine (CHF) Machines / units per year Product / benefit horizon (years) Loaded engineering cost (CHF/h) Contribution margin on machine sales (%) Discount rate (%)8% is a calculator default and can be changed.

Step 5

Did we miss a value branch?

The interview deliberately stayed narrow. This final coverage check surfaces relevant branches that your earlier answers did not activate.

Coverage check

Step 6

Estimate the full MORe effort and cost

The application work is broken into tasks. Use the indicative low / typical / high effort profile as a starting point, then overwrite any task with your own estimate.

Application effort by task

Indicative only. The suggested profile depends on the selected project/application type.

Indicative MORe effort estimate

Loaded engineering cost used for MORe work (CHF/h) Project-specific support / training / external cost (CHF)

MORe platform cost

If you do not know the platform price yet, the assessment will show the maximum platform investment that still breaks even.

I do not know the platform cost yet I know the expected annual platform cost

Comparable relevant projects per yearUsed to allocate shared platform cost and to annualize the break-even platform value.

MORe application effort0 h

Application engineering costCHF 0

MORe cost included in assessmentCHF 0

Step 7

Your Value Assessment

Explore the value MORe can unlock for your project, with transparent assumptions and calculations.