Project overview

ANALYTICS & REPORTING · SC-32

Power BI Order Fulfilment & Service Control Tower

A Power BI operations control tower for service level, delivery lead times, order status and exception management.

Starting point

Reporting becomes noise when definitions differ, drill-down stops too early or nobody knows what decision follows the metric.

01 · BUSINESS PROBLEM

A dashboard is useful only when the KPI structure leads to an action.

Reporting becomes noise when definitions differ, drill-down stops too early or nobody knows what decision follows the metric.

01

Conflicting KPIs

Teams read different definitions for the same business question.

02

Static reporting

A top-line number does not reveal the driver underneath.

03

No next action

The report explains what happened but not where to investigate.

02 · DECISION LOGIC

From KPI to driver to action.

The information architecture follows the questions a manager actually asks.

Decision sequence

Each stage answers a different operating question

01See

Read the state of the business.

02Compare

Contrast plan, period or segment.

03Drill

Locate the driver behind the variance.

04Act

Move from metric to management action.

Decision rule — The interface should shorten the path from question to decision.

03 · WHAT CHANGED

One semantic layer, multiple management questions.

Definitions live in the model; visuals expose them through a repeatable drill-down path.

01

Define KPIs once in the semantic layer.

02

Design filters around management questions.

03

Connect summary views to operational detail.

04

Keep refresh and data quality visible.

04 · ARCHITECTURE

A modular path from input to decision.

Inputs → preparation → core logic → validation → decision output

SC-32 · SYSTEM ARCHITECTURE

Inputs → preparation → core logic → validation → decision output

Public portfolio implementation

Inputs

01

Source signals

Capture the operating inputs required by the system. [Power BI]

02

Preparation layer

Normalize context and create a stable analytical contract. [DAX]

Core system

03

Core engine

Run the main analytical or automation logic. [Power Query]

04

Decision logic

Apply the rule, model or orchestration logic that changes the decision. [SQL]

Validation

05

Validation

Test outputs against explicit quality criteria. [Star Schema]

06

Controls

Keep approvals, thresholds or constraints visible. [PostgreSQL]

Decision output

07

Decision output

Expose the result in a form the user can act on. [Excel]

08

Monitoring

Record outcomes, exceptions and evidence for iteration.

Integration boundaries

Power BI

Defined responsibility inside the system; replaceable if another tool fits the requirement better.

DAX

Defined responsibility inside the system; replaceable if another tool fits the requirement better.

Power Query

Defined responsibility inside the system; replaceable if another tool fits the requirement better.

05 · EVIDENCE & ECONOMICS

Measure what changes the decision.

Public implementation, inspectable technical proof and decision-focused validation.

Decision interface

Service level

94.7%

Representative public example.

On-time orders

92%

Representative public example.

Average lead time

11.6d

Representative public example.

Information coverage

Open exceptions

37

Representative public example.

Drill-downs

5

Representative public example.

Reference economics

1,000

Reference orders

+2 pp

Service improvement

20

Exceptions affected

06 · TECHNICAL PROOF

Review the code behind the project.

Tools used

Power BI01
DAX02
Power Query03
SQL04
Star Schema05
PostgreSQL06

BUSINESS CONCLUSION

Good BI reduces the distance between a signal and a management action.

The value is not a prettier dashboard; it is a common definition layer and a faster path to the underlying driver.

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