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Value Journey Change Management

Request a Demo
Formulate change inquiry
Evaluate change request
Perform technical analysis
Evaluate and approve change request
Implement engineering change
Implement change in manfufacturing and logistics
Finalize change and analyze KPIs

Formulate change inquiry

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Thomas fills out the service request form and submits it to initate the changes.

Targets:

Describe the problem clearly, add an explanatory document, and provide an initial classification (urgency, project assignment).

Outputs:

Change inquiry

Thomas Johnson

Product Manager

Value Drivers

Shorter processing times

thanks to standardized workflows, automated tasks and interactive forms

Compliance & auditability

versioned process templates, controlled approvals, digital signatures and change reports as PDF files

Evaluate change request

ECR overview affected objects

Sophie adds affected objects (e. g. SAP materials) to the change request. She can also maintain the team and other relevant data.

value journey ecm process model

To manage the change in a structured way, he can create and start a process instance based on an existing process model.

Targets:

Evaluated change request as a “container” for change scope, affected objects, teams, and budget.

Outputs:

Change request with workflow, initial tasks and checklists.

Thomas Johnson

Product Manager

Sophie Warnes

Change Manager

Value Drivers

Shorter processing times

thanks to standardized workflows, automated tasks and interactive forms

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Keep track of cross-organizational changes

all domains (engineering, plants, logistics) integrated in one overall scenario, including role-based assignment (teams/roles)

Flexibility for complex and distributed changes

thanks to ad-hoc customizable workflows (including ongoing processes) with definition of teams

Perform technical analysis

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Daniel runs a where-used analysis for the component he added earlier. Based on the results, he can add relevant materials, BOMs, and BOM positions that use the component to the change.

Targets:

Full impact analysis of parts, assemblies, finished products, documents, routings, etc.

Outputs:

Complete change scope, risks, options/alternatives, implementation plan

Thomas Johnson

Product Manager

Daniel Morgan

Lead Engineer

Value Drivers

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Better decision-making basis and traceability

with integrated impact analyses (also cross-plant) and snapshots – no unexpected surprises during implementation

Keep track of cross-organizational changes

all domains (engineering, plants, logistics) integrated in one overall scenario, including role-based assignment (teams/roles)

Evaluate and approve change request

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Sophie creates a calculation for the change. She adds data to it, including the calculation type, cost elements, planned costs, and the plants involved.

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Once Emily has completed the review and everything is in order, she can confirm her task within the change management process and finalize the task with a digital signature.

Targets:

Decision on change implementation (go/no-go), budget, scheduling, and approval criteria.

Outputs:

Released and signed ECR, Start of ECO, Release Plan

Thomas Johnson

Product Manager

Sophie Warnes

Change Manager

Emily Fisher

QM/​Regulatory Affairs Manager

Value Drivers

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Focus on cost control and KPIs

thanks to flexible integrated calculation (planned vs. actual costs) and KPI dashboards with drilldown, change costs aree available to make economic decisions regarding alternatives, run-in/run-out, and implementation.

Compliance & auditability

versioned process templates, controlled approvals, digital signatures and change reports as PDF files

Implement engineering change

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Simon implements the change to engineering objects. Daniel checks the results for the objects changed in the affected product structure.

Targets:

Modify E-BOMs and engineering objects, update documents and drawings, and highlight changes using redlining.

Outputs:

Approved engineering changes, defined effective date (SAP Change Master)

Thomas Johnson

Product Manager

Daniel Morgan

Lead Engineer

Simon Green

Mechanical Engineer

Value Drivers

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Clarity in product structure changes

through BOM redlining and multi-level overview you can see exactly which changes have been made to the structure

Keep track of cross-organizational changes

all domains (engineering, plants, logistics) integrated in one overall scenario, including role-based assignment (teams/roles)

Flexibility for complex and distributed changes

thanks to ad-hoc customizable workflows (including ongoing processes) with definition of teams

Implement change in manfufacturing and logistics

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Ryan implements the change results to the affected plants. Clara reviews the requirements and stock levels for the affected materials. They she decides what to do with the existing stock.
Based on this decision, Ethan creates a change implementation directly from the change request. Here ad-hoc tasks can be created e. g. to change affected manufacturing orders.

Targets:

Implementation of change in plants and logistics: orders, purchase orders, stock, run-in/run-out, plant-specific tasks and workflows.

Outputs:

The change has been implemented in production and logistics.

Ryan Sunderby

Production Planner

Clara Neumann

Purchaser/ Supply Chain

Ethan Keller

MRP Controller

Value Drivers

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Reliability in operational implementation for manufacturing and logistic

execution control for plant-specific objects (M-BOM, routing) and transactional data in SAP (manufacturing orders, sales orders)

Keep track of cross-organizational changes

all domains (engineering, plants, logistics) integrated in one overall scenario, including role-based assignment (teams/roles)

Flexibility for complex and distributed changes

thanks to ad-hoc customizable workflows (including ongoing processes) with definition of teams

Finalize change and analyze KPIs

ecm analytics kpis

Sophie and Emily analyse the KPIs in the Overview Engineering Change Management app. They can use filters to organize the data and peform a drill-down.

Targets:

Formally complete the change implementation, generate a report, analyze KPIs, and identify lessons learned.

Outputs:

Completed change process, audit trail, key performance indicators

Success Stories

Bosch Rexroth AG – Automatisierungslösungen

A pioneering step in Engineering Change Management with ⁴PEP

Success Story Kostal – ILC GmbH
Logo Kostal

Product qualification and global change management using 4PEP

Success Story Festo – ILC GmbH
Logo Festo

Optimized Engineering Change Process using 4PEP Engineering Change Management

Kundenreferenz Oventrop

⁴PEP Engineering Change Management with the ⁴PEP Process Engine

Sophie Warnes

Change Manager

Emily Fisher

QM/​Regulatory Affairs Manager

Value Drivers

Higher transparency

thanks to a consolidated change scope including affected items, BOMs, plants, stocks, costs, etc.

Focus on cost control and KPIs

thanks to flexible integrated calculation (planned vs. actual costs) and KPI dashboards with drilldown, change costs aree available to make economic decisions regarding alternatives, run-in/run-out, and implementation.

Compliance & auditability

versioned process templates, controlled approvals, digital signatures and change reports as PDF files