Saturday, January 4, 2025

PLM - NPD costing SAP ERP..

NPD Costing in SAP ERP: A Comprehensive Guide with Reference and Simulation Costing

Table of Contents

  1. Introduction
    • The Importance of NPD Costing
    • SAP ERP's Solution: Reference and Simulation Costing
  2. Understanding Reference and Simulation Costing
    • Purpose and Objectives
    • Core Components: Base Planning Objects
  3. Integration with Other SAP Modules
    • Controlling (CO)
    • Materials Management (MM)
    • Production Planning (PP)
  4. Key Features and Functionalities
    • Creating Base Planning Objects
    • Costing Applications and Use Cases
    • Manual Cost Input and Flexibility
    • Simulation and What-If Analysis
  5. Illustrative Examples
    • Early-Stage Feasibility Studies
    • Detailed Cost Estimates with System Data
    • Building Blocks for Quotations and Sales Orders
    • Project Planning and Cost Control
    • Product Variant Costing
  6. Benefits of Using Reference and Simulation Costing for NPD
    • Improved Cost Accuracy and Transparency
    • Streamlined Costing Processes
    • Enhanced Decision-Making
    • Increased Efficiency and Reduced Time-to-Market
  7. Industry-Specific Applications
    • Manufacturing
    • Pharmaceuticals
    • Aerospace
  8. Conclusion

1. Introduction

The Importance of NPD Costing

New Product Development (NPD) is a complex and costly undertaking. Accurate cost planning and management are crucial for organizations to remain competitive and profitable. NPD costing involves estimating and analyzing all costs associated with bringing a new product or service to market, from initial research and development to production and launch.

SAP ERP's Solution: Reference and Simulation Costing

SAP ERP (Enterprise Resource Planning) provides a powerful tool for NPD costing called Reference and Simulation Costing. This functionality, within the Product Cost Planning (CO-PC-PCP) module, offers a comprehensive framework for planning, estimating, and managing NPD costs.

2. Understanding Reference and Simulation Costing

Purpose and Objectives

Reference and Simulation Costing aims to streamline and improve the accuracy of cost planning and pricing for new products. It allows organizations to:

  • Create detailed cost estimates: Manually enter costing items in a spreadsheet-like format (unit cost estimate).
  • Develop cost models: Build reusable cost structures (base planning objects) that serve as templates for costing new products.
  • Simulate cost scenarios: Analyze the impact of changes in production factors, materials, or processes on overall costs.
  • Support informed decision-making: Provide cost data for strategic decisions regarding product development, production, and pricing.

Core Components: Base Planning Objects

Base planning objects are the foundation of Reference and Simulation Costing. They act as reference models for costing and can be used in various ways:

  • Templates: For creating new cost estimates.
  • Building blocks: Incorporated into more complex cost structures.
  • References: For costing other objects in SAP, such as sales orders, projects, and production orders.

3. Integration with Other SAP Modules

Reference and Simulation Costing seamlessly integrates with other key SAP modules:

  • Controlling (CO): Accesses cost centers, activity types, process costs, and existing base planning objects.
  • Materials Management (MM): Retrieves material information, including prices and availability.
  • Production Planning (PP): Integrates with production data and planning structures to incorporate manufacturing costs.

This integration ensures data consistency and provides a holistic view of all cost elements involved in NPD.

4. Key Features and Functionalities

  • Creating Base Planning Objects: Users can define base planning objects by manually entering costing items, such as materials, labor, and overhead. The system allows for detailed cost breakdowns and supports various cost calculation methods.
  • Costing Applications and Use Cases: Base planning objects can be used for costing a wide range of objects in SAP, including:
    • Other base planning objects
    • Materials
    • Sales orders
    • Projects (WBS elements)
    • Production orders
  • Manual Cost Input and Flexibility: The tool allows for manual adjustments and overrides, providing flexibility to adapt cost estimates to specific project needs.
  • Simulation and What-If Analysis: Users can easily modify variables within a base planning object, such as material prices, labor rates, or production quantities, to simulate different cost scenarios. This enables "what-if" analysis and helps optimize product designs and production processes for cost-effectiveness.

5. Illustrative Examples

  • Early-Stage Feasibility Studies: In the initial phases of NPD, basic cost estimates can be created using simple spreadsheets within Reference and Simulation Costing. These estimates provide a high-level cost overview and can be refined as the project progresses.
  • Detailed Cost Estimates with System Data: By integrating with MM and CO, users can create detailed cost estimates that leverage existing material prices, labor rates, and overhead costs. This ensures accuracy and consistency with other SAP data.
  • Building Blocks for Quotations and Sales Orders: Base planning objects can be used as templates for creating sales quotations and orders. This allows for quick and accurate pricing based on predefined cost structures.
  • Project Planning and Cost Control: For complex NPD projects, base planning objects can be linked to WBS elements (Work Breakdown Structures) to track and control costs at various project stages.
  • Product Variant Costing: When developing product variations, base planning objects for standard components can be adapted to reflect the specific costs associated with each variant. This simplifies cost estimation and ensures accurate pricing for different product configurations.

6. Benefits of Using Reference and Simulation Costing for NPD

  • Improved Cost Accuracy and Transparency: By integrating with other SAP modules and providing detailed cost breakdowns, the tool enhances cost accuracy and provides greater visibility into cost drivers.
  • Streamlined Costing Processes: The use of base planning objects and standardized cost structures streamlines the cost estimation process and reduces manual effort.
  • Enhanced Decision-Making: Accurate cost data and simulation capabilities support informed decision-making throughout the NPD lifecycle, from initial concept to product launch.
  • Increased Efficiency and Reduced Time-to-Market: By automating and standardizing cost estimation, organizations can accelerate the NPD process and bring new products to market faster.

7. Industry-Specific Applications

  • Manufacturing: Costing new product designs, analyzing the impact of manufacturing process changes, and optimizing production costs.
  • Pharmaceuticals: Estimating the cost of developing new drugs, including research, clinical trials, and regulatory approvals.
  • Aerospace: Costing complex aircraft components, simulating the impact of design changes, and managing costs for long-term development projects.

8. Conclusion

Reference and Simulation Costing in SAP ERP provides a robust and comprehensive solution for NPD costing. By leveraging its features and functionalities, organizations can improve cost accuracy, streamline processes, and make informed decisions throughout the product development lifecycle. This ultimately leads to more successful product launches, increased profitability, and a stronger competitive advantage.

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PLM - Project Life Cycle Costing - a comprehensive view

Project Life Cycle Costing: A Comprehensive Guide

Table of Contents

  1. Introduction
  2. Key Components of Project Lifecycle Costing
    • 2.1 Projects
    • 2.2 Lifecycle Periods
    • 2.3 Lifecycle Quantities
    • 2.4 One-Time Costs
    • 2.5 Surcharges
    • 2.6 Preparing Versions for Lifecycle Calculation
  3. The Project Lifecycle Calculation Process
  4. Benefits of Project Lifecycle Costing
  5. Conclusion
  6. Related Topics

1. Introduction

Project lifecycle costing (PLCC) is a critical methodology for accurately estimating and managing the total cost of products within a project. By analyzing costs at every stage of the lifecycle – from conception and initiation to project closure – businesses can ensure transparency, optimize resource allocation, and make informed decisions about pricing and profitability.

This article explores how project lifecycle costing is calculated, with detailed explanations of its components such as lifecycle periods, one-time costs, surcharges, and lifecycle quantities.

2. Key Components of Project Lifecycle Costing

2.1 Projects

A project acts as a central container that holds calculations and their respective versions. It helps group calculations for specific products or customer quotations. The project lifecycle for each product is calculated within this framework.

Key Features:

  • Define start, end, and valuation dates.
  • Assign responsibilities and linked projects.
  • Organize projects using folders for easy management.
  • Select price determination strategies.
  • Maintain detailed project data.

Caution: Ensure proper data retention policies to prevent accidental deletion of crucial project data or administrators. Assign multiple administrators to critical projects to avoid access loss.

2.2 Lifecycle Periods

Lifecycle periods define how costs are calculated over time. Options include yearly, quarterly, monthly, or custom periods. These periods are crucial for breaking down the project lifecycle into manageable segments for analysis.

Steps to Select Lifecycle Periods:

  • Navigate to the Project Lifecycle screen.
  • Choose a lifecycle period type for each year.
  • Modify period descriptions, if needed.

Note: Changes to lifecycle periods may result in the loss of previously entered quantities and one-time costs.

2.3 Lifecycle Quantities

Quantities represent the number of units to be produced in each lifecycle period. These quantities drive the distribution of one-time costs and surcharges, allowing for a more accurate cost allocation over time.

Procedure:

  • Enter quantities for each calculation and lifecycle period.
  • Save entries to ensure they're included in lifecycle calculations.

Result: Quantities influence how lifecycle versions are generated and calculated. Each lifecycle period with a defined quantity will have a corresponding lifecycle version.

2.4 One-Time Costs

These are unique, non-recurring costs like setup fees, machine purchases, or initial investments. One-time costs can be distributed across the project's lifecycle periods based on specific rules, ensuring their impact is spread across the product's life.

Distribution Methods:

  • Quantity-Based: Proportional distribution based on total quantities produced in each period.
  • Equal: Costs are equally distributed among calculations.
  • Manual: Costs are manually allocated to calculations.

2.5 Surcharges

Surcharges apply additional costs, such as material or activity markups, to calculation versions. These are cumulative and often applied annually, reflecting increasing costs or planned price adjustments over time.

Example of Surcharge Application:

A 10% material surcharge applied to a base price of €100 results in €110 in the first year. If increased to 20% in the second year, the surcharged price becomes €132. This demonstrates the compounding effect of surcharges.

2.6 Preparing Versions for Lifecycle Calculation

Before calculating the project lifecycle, all one-time costs and surcharges must be applied to individual calculation versions. This ensures all relevant costs are included in the final calculation.

Steps:

  • Assign one-time costs and surcharges to specific calculation versions.
  • Validate quantities and lifecycle periods for accuracy.
  • Trigger the lifecycle calculation process to generate lifecycle versions.

3. The Project Lifecycle Calculation Process

  1. Define Lifecycle Periods: Choose the timeframe (yearly, quarterly, monthly, or custom) that best suits the project's needs and reporting requirements.
  2. Enter Quantities: Input production quantities for each lifecycle period, reflecting anticipated production volumes.
  3. Distribute Costs: Apply one-time costs and surcharges to relevant calculations and lifecycle periods.
  4. Generate Lifecycle Versions: Calculate and save lifecycle versions in the Cockpit view. These versions provide a snapshot of costs for each period.

4. Benefits of Project Lifecycle Costing

  • Enhanced Cost Transparency: Clear visibility into costs at every project stage.
  • Improved Decision-Making: Data-driven insights into pricing, resource allocation, and project feasibility.
  • Profitability Management: Accurate calculation of product costs ensures sustainable pricing strategies and profitability analysis.
  • Operational Efficiency: Streamlined processes for managing surcharges and one-time costs, leading to better cost control.

5. Conclusion

Project lifecycle costing is an essential tool for managing product costs in complex projects. By understanding its components and calculation process, organizations can optimize their financial planning and achieve long-term success. Proper implementation of lifecycle costing methodologies ensures precise cost allocation, supports strategic decision-making, and enhances profitability.

6. Related Topics:

  • Entering Lifecycle Quantities
  • Defining Surcharge Rules
  • Managing One-Time Costs
  • Lifecycle Versions and Analysis
  • Analytics and Reporting with External Tools
  • Authorizations for Projects
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SAP Key Note for PLC

SAP Product Lifecycle Costing 4.0 SP8 Release Notes

Release Date: December 20, 2024
Version: SAP Note 3549150

SAP Product Lifecycle Costing (PLC) 4.0 SP8 introduces new features, bug fixes, data model changes, and installation or upgrade requirements. This guide provides a comprehensive overview of the updates, ensuring smooth adoption for new installations or upgrades.

Highlights of New Features

1. Autocomplete for Custom Fields

  • Enhanced Usability: Custom field values are now available as autocomplete suggestions, reducing errors and improving efficiency.
  • Advanced Configuration:
    • Up to 5 dependencies can refine autocomplete options.
    • Default formulas auto-populate values for specific field combinations.

2. Configurable Double-Click Action

  • Administrators can define whether double-clicking opens calculation versions in Exclusive or Collaborative mode.

3. Default Value Formula for Custom Fields

  • A new formula editor, DEFAULT_DEPENDENCY_VALUE, automates custom field value determination based on dependent fields.

4. Integration with Product Engineering and Operations (PEO)

  • Import version-controlled BOMs and shop-floor routings from SAP S/4HANA Manufacturing into PLC costing structures.

5. Read-Only Custom Fields

  • Custom fields calculated using formulas can now be set as read-only to prevent manual overwrites and ensure data integrity.

6. Enhanced Comparison View

  • Displays hierarchical item positions and supports sorting and filtering.

7. System Notifications

  • Administrators can create categorized notifications (Critical, Important, or Informational) that users see upon logging in.

8. Current Exchange Rates

  • Flexibility to choose between current or historical exchange rates in calculations.

Bug Fixes

  • Improved Comparison View: Correctly displays changes for custom fields and allows unsaved changes comparison.
  • ROLLUP Formula Adjustments: Fixed errors in calculating assembly item values.
  • Tracking ID Generation: Properly generates values for all calculation version types.
  • System Stability: Addressed crashes and errors due to unauthorized actions or simultaneous data modifications.

Data Model Updates

New Tables

  • t_item_history_ancestor_change_by
  • t_cff_dependencies_value

Updated Tables

  • Added IS_CURRENT_EXCHANGE_RATE field to t_exchange_rate_type.

Security Enhancements

New role templates for managing custom field dependencies:

  • CffValueR_RT (read)
  • CffValueE_RT (edit)
  • CffValueD_RT (delete)

Known Issues

  • Comparison view limitations for pre-SP7 versions due to missing MASTER_DATA_TIMESTAMP. Run the provided SQL script to resolve.

Installation and Upgrade Instructions

New Installation

  • Install PLC 4.0 SP8 directly without needing prior versions.
  • Requirements:
    • SAP HANA DB 2.0 Revisions: SPS07 (2.00.072.0–2.00.79.02) or SPS08 (2.00.81.00).
    • Operating System: SUSE Linux Enterprise Server (SLES) 15 SP3 or later.
    • Additional Packages:
      • Glibc-2.29 or higher
      • XS Advanced Runtime revision 1.2.4–1.3.0

Upgrade Instructions

  • Upgrade existing PLC installations using the Administrator's Guide.
  • SAP HANA considerations:
    • Upgrade to SPS07/SPS08 and corresponding XSA revisions (1.2.x/1.3.x).
    • For unsupported OS versions, upgrade or set up a new system with the required specifications.

Integration with SAP ERP

To import data, ensure the following SAP Notes are applied:

  • BOM & Routing: SAP Notes 2276456, 2278609
  • Document Structure: SAP Notes 2281004, 2281007

Stay Updated:
Visit SAP's support portal for further information and detailed instructions on deploying or upgrading SAP Product Lifecycle Costing 4.0 SP8.

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PLM - PLC Costing - Projects conceptualization..

Understanding Projects in SAP Product Lifecycle Costing (PLC)

Table of Contents

  1. Introduction
  2. Key Features and Functionalities of Projects
    • 2.1 Project Organization and Structure
    • 2.2 Project Data Management
    • 2.3 Project Lifecycle Management
    • 2.4 Lifecycle Periods and Quantities
    • 2.5 One-Time Costs
    • 2.6 Lifecycle Surcharges
    • 2.7 Authorizations
  3. Best Practices for Managing Projects
    • 3.1 Data Retention Policies
    • 3.2 Lifecycle Planning
    • 3.3 Collaboration and Accountability
    • 3.4 Authorization Management
  4. Example Use Case
  5. Conclusion

1. Introduction

In the context of SAP Product Lifecycle Costing (PLC), a Project serves as a container for organizing and managing cost calculations and their versions. Projects are typically used to group related calculations, such as those created for a specific product type, customer quotation, or development initiative. They provide a structured way to analyze costs throughout the product lifecycle, ensuring accuracy and consistency in decision-making.

2. Key Features and Functionalities of Projects

2.1 Project Organization and Structure

  • A project acts as a central repository for all calculations and calculation versions associated with a product or customer.
  • Projects can be further organized into folders for easy navigation and management.
  • Users can link related projects to maintain a coherent structure across multiple initiatives.

2.2 Project Data Management

  • Users can create or modify projects and assign responsibilities to specific individuals.
  • Important dates such as start, end, and valuation dates can be maintained to define the lifecycle of the project.
  • Price determination strategies for cost calculations can be configured at the project level.

Note: Lifecycle periods, quantities, one-time costs, and surcharges are recalculated if project dates are modified.

2.3 Project Lifecycle Management

  • The lifecycle of a project allows users to prepare and calculate multiple versions of cost scenarios over time.
  • One-time costs, such as setup expenses, can be assigned to individual calculation versions.
  • Users can define and distribute material and activity surcharges to ensure comprehensive cost coverage.

2.4 Lifecycle Periods and Quantities

  • Projects can adopt various lifecycle period types (e.g., yearly, quarterly, monthly, or custom).
  • Quantities for each lifecycle period are entered for every calculation, enabling detailed cost distribution.

For example:

Calculation20212022/Q12022/Q22022/Q32022/Q4
Drive10040506070

2.5 One-Time Costs

  • Projects allow for the creation and distribution of one-time costs, such as tooling or setup fees.
  • These costs can be allocated based on quantity, evenly distributed, or assigned manually across calculations.

2.6 Lifecycle Surcharges

  • Material Price Surcharges: Rules can be defined to apply surcharges to material prices.
  • Activity Price Surcharges: Similar rules can be defined for activity costs, ensuring comprehensive cost calculations.
  • These surcharges must be applied to individual calculation versions in the Project Lifecycle screen.

2.7 Authorizations

  • Projects include granular authorization settings, allowing control over what users or user groups can view or modify.
  • This ensures data security and limits access to sensitive information.

3. Best Practices for Managing Projects

3.1 Data Retention Policies

  • Be mindful of organizational data retention policies, as expired periods may lead to automatic deletion of critical data.
  • Assign multiple administrators to projects to prevent access issues in case of user deletion.

3.2 Lifecycle Planning

  • Carefully plan lifecycle periods and valuation dates to ensure accurate cost projections.
  • Update lifecycle quantities and surcharges periodically to reflect the latest business scenarios.

3.3 Collaboration and Accountability

  • Assign clear responsibilities for each project to enhance accountability.
  • Use linked projects to foster collaboration across different departments or product lines.

3.4 Authorization Management

  • Regularly review and update project authorizations to ensure the right people have access.
  • Limit access to sensitive data by assigning user-specific roles and permissions.

4. Example Use Case

A manufacturing company is launching a new product and wants to analyze its lifecycle costs over five years. The project manager uses the following steps:

  • Creates a project in SAP PLC and assigns it to the product development team.
  • Configures yearly lifecycle periods for the first two years, then switches to quarterly periods for the subsequent years.
  • Enters planned production quantities for each period.
  • Assigns one-time costs, such as design and prototype expenses, to the first calculation version.
  • Defines and applies material and activity surcharges for more accurate cost tracking.
  • Regularly reviews and updates lifecycle periods, quantities, and surcharges based on project progress.

5. Conclusion

Projects in SAP PLC provide a robust framework for managing cost calculations throughout a product's lifecycle. By leveraging their organizational and analytical capabilities, businesses can gain deeper insights into their cost structures, enhance decision-making, and optimize profitability. Proper planning, execution, and management of projects ensure seamless collaboration and data accuracy across the organization.

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Understanding the Cockpit in SAP Product Lifecycle Costing (PLC)

Understanding the Cockpit in SAP Product Lifecycle Costing (PLC)

Table of Contents

  1. Introduction
  2. Key Features of the Cockpit
    • 2.1 Navigation Explorer
    • 2.2 Object Management
    • 2.3 Search and Filter
    • 2.4 Object Details
    • 2.5 Tagging and Status Assignment
  3. Functional Capabilities of the Cockpit
    • 3.1 Analyze
    • 3.2 Create New Objects
    • 3.3 Delete Objects
    • 3.4 Move Objects
    • 3.5 Set Current Calculation Version
    • 3.6 Copy Link to Calculation Version
    • 3.7 Refresh the Cockpit View
    • 3.8 Show My Objects
  4. Best Practices for Using the Cockpit
    • 4.1 Organize Data Effectively
    • 4.2 Use Tags and Statuses
    • 4.3 Set Current Versions
    • 4.4 Refresh Regularly
    • 4.5 Leverage Analysis Tools
  5. Example Use Case
  6. Conclusion

1. Introduction

The Cockpit view in SAP Product Lifecycle Costing (PLC) serves as a central hub for accessing and managing costing-related data. It provides users with a comprehensive interface to navigate folders, projects, calculations, and their respective versions. This structured and intuitive workspace is designed to streamline costing tasks, enhance collaboration, and ensure data accuracy throughout the product lifecycle.

2. Key Features of the Cockpit

2.1 Navigation Explorer

  • The Navigation Explorer is a hierarchical view where users can expand nodes to access folders, projects, and calculations.
  • It allows quick navigation to calculation versions and lifecycle versions.
  • Users can single-click on an object to view its contents in the table on the right or double-click to open it in a detailed view.

2.2 Object Management

  • The Cockpit offers robust tools to manage objects like folders, projects, and calculations effectively.
  • Users can perform various actions such as creating, renaming, moving, and deleting objects with a few clicks.

2.3 Search and Filter

  • A global search function in the top-right corner allows users to find projects, calculations, and calculation versions efficiently.
  • Filtering options enable users to narrow down the displayed list of objects to focus on relevant data.
  • Columns can be customized by hiding or showing specific fields to tailor the view.

2.4 Object Details

  • Metadata such as creation and save dates can be accessed by enabling the "Object Details" option.
  • This feature provides a deeper understanding of the object's history and changes, enhancing traceability.

2.5 Tagging and Status Assignment

  • Users can assign tags to calculations and versions, making it easier to categorize and filter objects.
  • Statuses can also be assigned to indicate the workflow stage or classification of a calculation version.

3. Functional Capabilities of the Cockpit

3.1 Analyze

  • If integrated, users can access SAP Analysis for Microsoft Office directly from the Cockpit.
  • This enables seamless data analysis and reporting without switching between applications.

3.2 Create New Objects

  • The Cockpit provides the functionality to create new folders, projects, calculations, and calculation versions.
  • Variant matrices can also be created, facilitating complex cost scenario analysis.

3.3 Delete Objects

  • Folders, projects, calculations, and even specific versions can be deleted as needed.
  • Deletion helps maintain a clean and organized workspace by removing outdated or unnecessary data.

3.4 Move Objects

  • Users can move calculations between projects or relocate projects to different folders.
  • This is especially useful for reorganizing data as projects evolve or priorities shift.

3.5 Set Current Calculation Version

  • A calculation version can be marked as "Current" to indicate it is the latest working version.
  • This helps ensure consistency across the team, as all users focus on the most up-to-date data.

3.6 Copy Link to Calculation Version

  • The Cockpit allows users to generate a URL for a specific calculation version.
  • This link can be shared with colleagues to facilitate collaboration and discussions.

3.7 Refresh the Cockpit View

  • Periodically refreshing the Cockpit ensures that users are working with the latest data.
  • Changes such as newly created projects, updated calculations, or renamed objects will appear after a refresh.

3.8 Show My Objects

  • A filter can be applied to display only the objects associated with the user's ID.
  • This feature simplifies the view, making it easier for users to focus on their tasks.

4. Best Practices for Using the Cockpit

4.1 Organize Data Effectively

  • Create a clear folder structure to categorize projects by product line, department, or lifecycle stage.
  • Maintain a consistent naming convention for projects and calculations to improve searchability.

4.2 Use Tags and Statuses

  • Tag calculations with relevant keywords for easy filtering during reviews or presentations.
  • Assign statuses to indicate whether a calculation version is in progress, under review, or finalized.

4.3 Set Current Versions

  • Always mark the latest calculation version as "Current" to avoid confusion and ensure everyone is aligned on the data being used.

4.4 Refresh Regularly

  • Refresh the Cockpit periodically, especially when working in collaborative environments, to ensure access to the most recent data.

4.5 Leverage Analysis Tools

  • Integrate SAP Analysis for Microsoft Office to analyze costing data directly within familiar tools like Excel.

5. Example Use Case

Imagine a company is developing a new product and needs to analyze various cost scenarios. The project team can use the Cockpit to:

  • Create a dedicated folder for the project and organize multiple calculation versions under it.
  • Assign tags such as "Prototype" or "Final Design" to calculations for easy filtering.
  • Set the most recent calculation as "Current" so the team consistently works on the latest version.
  • Share links to specific calculation versions with stakeholders for feedback and approval.
  • Refresh the Cockpit periodically to ensure that changes made by other team members are reflected.

This structured approach simplifies the costing process, ensures data consistency, and enhances team collaboration.

6. Conclusion

The Cockpit in SAP PLC is a powerful tool that provides a centralized view of all costing-related data. With its intuitive interface, robust object management capabilities, and seamless integration with analysis tools, it empowers users to efficiently manage and analyze lifecycle costs. By following best practices and leveraging the Cockpit's functionalities, organizations can streamline costing processes, improve decision-making, and drive project success.

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PLM - Product Costing Folders a brief

Folders in SAP PLM Costing

This page provides an overview of folders in SAP PLM Costing and how they are used to organize and manage costing-related information.

Table of Contents

  1. Creating a Folder
    • Prerequisites
    • Procedure
    • Results
  2. Folders in PLM Costing
    • Costing Structure Folders
    • Scenario Folders
    • Versioning Folders
    • Approval and Review Folders
    • Project or Product-Specific Folders
    • Integration Folders
  3. Benefits of Using Folders

1. Creating a Folder

You can create folders to group related projects or structure projects and other folders within the system. This is done in the Cockpit view.

Prerequisites

  • You have the authorization to create folders.

Procedure

  1. In the Cockpit view, select the root folder or any other folder where you want to create the new folder.
  2. In the ribbon, choose New, then Folder. You can also right-click and choose New Folder from the context menu.
  3. A new folder is created in edit mode within the selected folder.
  4. Give the folder a name and press Enter, or click anywhere in the navigation explorer to save the entry.

Note: Folders on different levels can have the same name. However, folders on the same level must have unique names.

Results

The new folder is saved and displayed alphabetically within the location you selected.

2. Folders in PLM Costing

In the context of Product Lifecycle Management (PLM) costing, folders help organize various types of cost data and documentation. Here are some common ways folders are used:

  • Costing Structure Folders:
    • Group different cost components (e.g., material, labor, overheads).
    • Provide a clear breakdown of cost elements for a product or project.
  • Scenario Folders:
    • Store different costing scenarios (e.g., standard costing, actual costing, target costing).
    • Facilitate comparisons of different pricing models or supplier options.
  • Versioning Folders:
    • Manage versions of cost estimates for products or components.
    • Track cost changes over time due to design updates or market fluctuations.
  • Approval and Review Folders:
    • Hold cost estimates, reports, and documentation pending review and approval.
    • Support compliance with budget and financial planning processes.
  • Project or Product-Specific Folders:
    • Organize all costing data related to a specific project or product.
    • Streamline data retrieval for audits, reporting, and analysis.
  • Integration Folders:
    • Store data related to integration with other systems (e.g., ERP, financial tools).
    • Enable seamless data exchange between PLM and other enterprise systems.

3. Benefits of Using Folders

  • Improved Organization: Cost data is logically structured and easier to manage.
  • Data Integrity: Helps ensure accurate and up-to-date costing information.
  • Enhanced Collaboration: Provides easy access to relevant data for all team members.
  • Audit Trail: Maintains a history of changes for transparency and compliance.
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PLMsupport.com

This is a very well-structured outline! It covers all the essential elements for your PLM Support website and business strategy. Here's a redrafted version with a clear Table of Contents (TOC) for improved readability and organization:

Table of Contents

  1. Business Strategy Document
    • 1.1 Mission and Vision
    • 1.2 Core Services
      • PLM Consulting & Solutions
      • Staff Augmentation
      • Business Training & Development
      • Support & Maintenance
    • 1.3 Target Audience
    • 1.4 Unique Value Proposition (UVP)
    • 1.5 Marketing Strategy
    • 1.6 Revenue Model
  2. Website Structure (PLMsupport.com)
    • 2.1 Homepage
    • 2.2 Services Page
    • 2.3 About Page
    • 2.4 Blog Section
    • 2.5 Case Studies / Portfolio
    • 2.6 Testimonials
    • 2.7 Contact Page
  3. Other Aspects of Your Startup
    • 3.1 Legal & Compliance
    • 3.2 Operations & Team
    • 3.3 Financial Planning
    • 3.4 Technology Stack

1. Business Strategy Document

1.1 Mission and Vision

  • Mission: To provide cutting-edge SAP PLM solutions and services, empowering businesses with comprehensive, scalable, and sustainable Product Lifecycle Management (PLM) strategies.
  • Vision: To become the leading provider of PLM consulting, staff augmentation, and training services worldwide, offering businesses expertise to optimize their PLM processes and drive digital transformation.

1.2 Core Services

PLM Consulting & Solutions

  • SAP PLM architecture design, implementation, and optimization.
  • End-to-end consulting on SAP PLM modules (e.g., Product Structure Management, Document Management, Change Management, and Portfolio & Project Management).
  • Industry-specific PLM solutions (Automotive, Aerospace, Manufacturing, etc.).

Staff Augmentation

  • Provide experienced SAP PLM consultants to meet short-term and long-term project needs.
  • Offer senior consultants and project managers for PLM-related initiatives.

Business Training & Development

  • Develop custom training programs for SAP PLM users, managers, and IT professionals.
  • Conduct webinars, workshops, and certification courses for businesses.

Support & Maintenance

  • Offer ongoing support for PLM systems, helping businesses troubleshoot issues, upgrade, and scale their PLM solutions.

1.3 Target Audience

  • Manufacturers, Engineers, and Product Development Firms who require PLM solutions.
  • Small to Mid-sized Companies looking to implement SAP PLM for the first time.
  • Large Enterprises needing expert consultants and staff for PLM optimization.
  • Corporations seeking PLM Training for employees and management.

1.4 Unique Value Proposition (UVP)

  • Expertise and Experience: With 30 years of industry experience, you offer unmatched depth of knowledge in SAP PLM, combined with practical insights from multiple industries.
  • Comprehensive Services: A one-stop-shop for SAP PLM consulting, implementation, staff augmentation, and training, providing seamless end-to-end solutions.
  • Customization & Scalability: Tailored solutions designed to meet the specific needs of each business, scalable to grow with the organization.

1.5 Marketing Strategy

  • Website and SEO: Optimize the website for key PLM-related search terms.
  • Content Marketing: Publish blogs, case studies, and whitepapers showcasing your expertise.
  • LinkedIn & Social Media: Engage with professionals and businesses on LinkedIn, Twitter, and industry forums.
  • Webinars and Workshops: Host free webinars or workshops as a lead-generation tool.
  • Partnerships: Form strategic alliances with other SAP consultants or firms for cross-promotional opportunities.

1.6 Revenue Model

  • Consulting Fees: Charge based on project scope, duration, and complexity.
  • Staff Augmentation Fees: Offer hourly or daily rates for staffing services.
  • Training Fees: Charge per participant or offer subscription-based access to training materials.
  • Maintenance Contracts: Offer yearly contracts for PLM system support.

2. Website Structure (PLMsupport.com)

2.1 Homepage

  • Header: Logo, Navigation menu (Home, Services, About, Contact), and Search bar.
  • Hero Section: Introduction to your services with a call-to-action (CTA) like "Request a Consultation" or "Get a Free PLM Audit".
  • Services Overview: Brief section introducing the key services: Consulting, Staff Augmentation, Training, and Support.
  • Client Testimonials: Display feedback from previous clients (or hypothetical examples for now).
  • Call to Action: Encourage visitors to contact you or sign up for a newsletter.

2.2 Services Page

  • PLM Consulting & Solutions: Detailed overview of consulting services, including SAP PLM module expertise.
  • Staff Augmentation: Highlight your ability to provide skilled consultants and flexible workforce solutions for short- or long-term assignments.
  • Business Training & Development: Description of your training offerings, course catalogs, and certifications.
  • Support & Maintenance: Explain the ongoing support options and benefits.

2.3 About Page

  • Your Experience: Showcase your 30 years of experience in SAP PLM and industry involvement.
  • Mission and Vision: Restate your mission and vision to build trust.
  • Certifications and Partnerships: List any relevant certifications, affiliations, or partnerships with SAP and other organizations.

2.4 Blog Section

  • Educational Content: Publish regular articles on PLM trends, case studies, SAP PLM best practices, and technology updates.

2.5 Case Studies / Portfolio

  • Success Stories: Showcase successful implementations or projects you've worked on.
  • Industries Served: Highlight industries you specialize in (automotive, manufacturing, etc.).

2.6 Testimonials

  • Client Reviews: Include testimonials from clients (you can collect these after a few successful projects).

2.7 Contact Page

  • Contact Form: Simple form to schedule a consultation or get more information.
  • Business Address & Phone Number: If applicable, add your office address and phone number.
  • Social Media Links: Links to your professional profiles (LinkedIn, etc.).

3. Other Aspects of Your Startup

3.1 Legal & Compliance

  • Business Registration: Register your business in the appropriate state or country.
  • Contracts & Agreements: Ensure you have standard contracts for consulting, staff augmentation, and training.
  • Privacy Policy & Terms of Service: Ensure you have clear privacy and terms of service pages on your website to comply with regulations like GDPR.

3.2 Operations & Team

  • Freelancers & Partners: Depending on your scale, you might hire freelancers or form partnerships with other SAP consultants.
  • Tools & Platforms: Use project management tools (e.g., Trello, Asana) and CRM platforms (e.g., Salesforce) for client management.

3.3 Financial Planning

  • Initial Funding: Plan for initial investment costs such as website development, marketing, and software tools.
  • Revenue Tracking: Set up a system to track your consulting income, expenses, and overall profitability.

3.4 Technology Stack

  • Website Development: WordPress with a professional theme or a custom-built site.
  • CRM & Project Management: HubSpot CRM or Salesforce for managing leads and projects.
  • Training Platform: Consider using platforms like Teachable or Thinkific for hosting online courses.

This revised structure with the TOC makes the document much easier to navigate and understand. Remember to adapt and refine this strategy as you gather more information about your target market and the competitive landscape. Good luck with your new venture!

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Expanding the Toolkit: SAP Solutions for Advanced NPD Costing

Expanding the Toolkit: SAP Solutions for Advanced NPD Costing

Table of Contents

  1. Introduction
  2. Beyond ECC: Exploring Advanced SAP Solutions
  3. Deep Dive into SAP Tools for NPD Costing
    • 3.1 SAP S/4HANA: Real-Time Insights and Streamlined Costing
      • 3.1.1 Real-Time Margin Analysis with Universal Journal
      • 3.1.2 Fiori Apps for Enhanced Costing Simulations
      • 3.1.3 Predictive Cost Analytics with Machine Learning
    • 3.2 SAP Product Lifecycle Costing (PLC): A Holistic View
      • 3.2.1 Detailed Cost Breakdown Across the Lifecycle
      • 3.2.2 Cost Simulation for Design Optimization
      • 3.2.3 Integration with CAD and PLM for Accuracy
    • 3.3 SAP Product Lifecycle Management (PLM): Costing in the Design Phase
      • 3.3.1 Engineering Change Management (ECM) for Cost Control
      • 3.3.2 Integrated BOM Costing with Design Data
      • 3.3.3 Collaborative Cost Estimation
    • 3.4 SAP Profitability and Performance Management (PaPM): Advanced Modeling
      • 3.4.1 Dynamic Cost and Revenue Modeling
      • 3.4.2 Scenario Simulation for Profitability Analysis
      • 3.4.3 Integrated Planning for Alignment
    • 3.5 SAP Integrated Business Planning (IBP): Costing in the Supply Chain
      • 3.5.1 Supply Chain Cost Modeling for New Products
      • 3.5.2 Demand-Driven Costing
      • 3.5.3 Scenario Planning for Optimization
    • 3.6 SAP Analytics Cloud (SAC): Visualization and Predictive Power
      • 3.6.1 Interactive Cost Visualization Dashboards
      • 3.6.2 Predictive Cost Forecasting with AI
      • 3.6.3 Scenario-Based Financial Analysis
    • 3.7 SAP BusinessObjects (BO): Reporting and Data Visualization
      • 3.7.1 Custom Cost Reports for NPD
      • 3.7.2 Dynamic Cost Simulations for Analysis
    • 3.8 SAP Project System (PS): Project-Centric Cost Control
      • 3.8.1 Project Cost Tracking and Budgeting
      • 3.8.2 Work Breakdown Structure (WBS) Costing
    • 3.9 SAP Concur: Managing Indirect Costs
      • 3.9.1 Expense Management for R&D Activities
      • 3.9.2 Integration with SAP ERP for Cost Allocation
    • 3.10 SAP Environment, Health, and Safety (EHS): Sustainability and Compliance
      • 3.10.1 Sustainability Costing for Eco-Friendly Design
      • 3.10.2 Risk-Based Cost Estimation
  4. Choosing the Right SAP Solution for NPD Costing
  5. Conclusion

1. Introduction

While SAP ECC provides a solid foundation for New Product Development (NPD) costing, the SAP ecosystem offers a range of specialized solutions to enhance your capabilities and drive more informed decision-making. This article explores these advanced tools, providing insights into their functionalities and how they can elevate your NPD costing processes.

2. Beyond ECC: Exploring Advanced SAP Solutions

As your NPD processes become more complex and your need for real-time insights grows, consider these SAP solutions:

  • SAP S/4HANA: The next-generation ERP, offering advanced costing methods, streamlined processes, and real-time analytics.
  • SAP Product Lifecycle Costing (PLC): Provides a holistic view of costs across the entire product lifecycle.
  • SAP Product Lifecycle Management (PLM): Integrates costing with design and development processes.
  • SAP Profitability and Performance Management (PaPM): Offers advanced modeling and simulation for financial feasibility analysis.
  • SAP Integrated Business Planning (IBP): Supports cost planning within the context of supply chain and production planning.
  • SAP Analytics Cloud (SAC): Delivers powerful data visualization and predictive analytics for cost analysis.
  • SAP BusinessObjects (BO): Provides robust reporting and data visualization tools for cost reporting.
  • SAP Project System (PS): Integrates project management with NPD costing for project-centric cost control.
  • SAP Concur: Helps manage indirect costs related to NPD activities, such as travel and expenses.
  • SAP Environment, Health, and Safety (EHS): Incorporates sustainability and compliance costs into NPD costing.

3. Deep Dive into SAP Tools for NPD Costing

3.1 SAP S/4HANA: Real-Time Insights and Streamlined Costing

  • 3.1.1 Real-Time Margin Analysis with Universal Journal: S/4HANA's Universal Journal provides a single source of truth for financial data, enabling real-time margin analysis for new products.
  • 3.1.2 Fiori Apps for Enhanced Costing Simulations: User-friendly Fiori apps streamline costing simulations and scenario analysis, making it easier to evaluate different design and production options.
  • 3.1.3 Predictive Cost Analytics with Machine Learning: Leverage machine learning capabilities to forecast future costs based on historical data and market trends.

3.2 SAP Product Lifecycle Costing (PLC): A Holistic View

  • 3.2.1 Detailed Cost Breakdown Across the Lifecycle: PLC calculates costs for all stages of the product lifecycle, including R&D, production, sales, and service, providing a comprehensive understanding of total cost of ownership.
  • 3.2.2 Cost Simulation for Design Optimization: Perform "what-if" simulations to evaluate the cost impact of different design choices, materials, and manufacturing processes.
  • 3.2.3 Integration with CAD and PLM for Accuracy: Integrate PLC with CAD and PLM systems to pull design data directly into cost calculations, ensuring accuracy and consistency.

3.3 SAP Product Lifecycle Management (PLM): Costing in the Design Phase

  • 3.3.1 Engineering Change Management (ECM) for Cost Control: Track design changes and their cost implications throughout the development process, ensuring that cost targets are met.
  • 3.3.2 Integrated BOM Costing with Design Data: Link BOMs from design tools to SAP for accurate cost estimation, eliminating manual data entry and reducing errors.
  • 3.3.3 Collaborative Cost Estimation: Facilitate cross-functional collaboration on cost estimates, allowing engineers, procurement, and finance teams to contribute their expertise.

3.4 SAP Profitability and Performance Management (PaPM): Advanced Modeling

  • 3.4.1 Dynamic Cost and Revenue Modeling: Create dynamic models to simulate the impact of various cost drivers and revenue streams on product profitability.
  • 3.4.2 Scenario Simulation for Profitability Analysis: Perform profitability simulations under different market conditions, pricing strategies, and cost assumptions.
  • 3.4.3 Integrated Planning for Alignment: Link NPD costing with financial and operational plans to ensure alignment with overall business goals.

3.5 SAP Integrated Business Planning (IBP): Costing in the Supply Chain

  • 3.5.1 Supply Chain Cost Modeling for New Products: Evaluate costs across the entire supply chain, including sourcing, production, and distribution, for new products.
  • 3.5.2 Demand-Driven Costing: Estimate costs based on projected demand and production volumes, ensuring that production plans are aligned with market needs.
  • 3.5.3 Scenario Planning for Optimization: Run simulations for alternative sourcing and production options to identify the most cost-effective supply chain strategies.

3.6 SAP Analytics Cloud (SAC): Visualization and Predictive Power

  • 3.6.1 Interactive Cost Visualization Dashboards: Create interactive dashboards to visualize cost components, profitability, and key performance indicators (KPIs) for new products.
  • 3.6.2 Predictive Cost Forecasting with AI: Utilize AI and machine learning algorithms to predict future cost trends and identify potential cost risks and opportunities.
  • 3.6.3 Scenario-Based Financial Analysis: Perform "what-if" simulations to analyze the financial feasibility of new products under different scenarios.

3.7 SAP BusinessObjects (BO): Reporting and Data Visualization

  • 3.7.1 Custom Cost Reports for NPD: Develop custom reports to provide detailed cost breakdowns, profitability analysis, and other relevant information for NPD projects.
  • 3.7.2 Dynamic Cost Simulations for Analysis: Create interactive simulations to test various cost scenarios and analyze the impact of different factors on product costs.

3.8 SAP Project System (PS): Project-Centric Cost Control

  • 3.8.1 Project Cost Tracking and Budgeting: Track actual costs against planned costs for NPD projects, ensuring that projects stay within budget and on schedule.
  • 3.8.2 Work Breakdown Structure (WBS) Costing: Break down project costs into manageable components using WBS structures, facilitating detailed cost analysis and control.

3.9 SAP Concur: Managing Indirect Costs

  • 3.9.1 Expense Management for R&D Activities: Track R&D-related expenses, such as travel, accommodation, and materials, for accurate cost allocation and control.
  • 3.9.2 Integration with SAP ERP for Cost Allocation: Integrate Concur with your SAP ERP system to automatically allocate expenses to relevant cost objects, such as projects or products.

3.10 SAP Environment, Health, and Safety (EHS): Sustainability and Compliance

  • 3.10.1 Sustainability Costing for Eco-Friendly Design: Evaluate the costs associated with using eco-friendly materials, complying with environmental regulations, and minimizing the environmental impact of new products.
  • 3.10.2 Risk-Based Cost Estimation: Factor in potential safety and environmental risks into cost planning, ensuring that your cost estimates reflect the full lifecycle costs of the product.

4. Choosing the Right SAP Solution for NPD Costing

The optimal SAP solution for NPD costing depends on your specific needs and requirements. Consider factors such as:

  • Complexity of NPD processes: For complex projects with long lifecycles, PLC or S/4HANA may be more suitable.
  • Integration with existing systems: Ensure seamless integration with your current ERP and other relevant systems.
  • Analytics and reporting needs: If you require advanced analytics and reporting capabilities, SAC can be a valuable addition.
  • Budget and resources: Evaluate the cost and implementation effort associated with each tool.

5. Conclusion

By exploring the broader SAP landscape, you can find the perfect combination of tools to enhance your NPD costing capabilities. From real-time insights and advanced analytics in S/4HANA to lifecycle costing with PLC and project-centric control with PS, SAP offers a comprehensive ecosystem to support your product development journey. By leveraging these solutions, you can make more informed decisions, optimize costs, and accelerate time-to-market for your new products.

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PLM - NPD and Costing - Mastering of Financial Feasibility!

New Product Costing in SAP ECC: Navigating the Conceptual Phase

Table of Contents

  1. Introduction
  2. The Challenge of Costing the "Non-Existent"
  3. Conceptual Costing in SAP ECC: Methods and Tools
    • 3.1 Base Planning Objects (BPOs)
    • 3.2 Unit Costing
    • 3.3 Simulated Bills of Materials (BOMs) and Routings
    • 3.4 Preliminary Costing with Costing Runs
  4. Incorporating Overhead and Activity Costs
    • 4.1 Overhead Costing Sheets
    • 4.2 Activity-Based Costing with Cost Centers
    • 4.3 Linking to R&D Projects with Internal Orders
  5. Profitability and Pricing Analysis for Conceptual Products
    • 5.1 Profitability Analysis (CO-PA) for What-If Scenarios
    • 5.2 Target Costing in the Conceptual Phase
  6. Financial Feasibility Reporting and Decision Support
    • 6.1 Cost Breakdown Reports for Conceptual Products
    • 6.2 Profit and Loss Simulations
    • 6.3 Break-Even Analysis for New Product Ideas
  7. Conclusion

1. Introduction

New Product Development (NPD) often begins with a spark of an idea—a concept that doesn't yet exist as a tangible product or even a defined material in your ERP system. This presents a unique challenge for product costing: how do you estimate costs for something that essentially doesn't exist? SAP ECC offers powerful tools to address this challenge, enabling you to perform conceptual costing and financial feasibility studies even before a material master is created.

2. The Challenge of Costing the "Non-Existent"

Costing a new product in its conceptual phase is fraught with uncertainties:

  • Undefined Product Structure: The Bill of Materials (BOM) may be fluid, with components and quantities still under consideration.
  • Unknown Production Processes: Manufacturing methods might not be finalized, making it difficult to estimate labor and machine costs.
  • Lack of Material Masters: Without a material master, standard costing techniques may not be directly applicable.

3. Conceptual Costing in SAP ECC: Methods and Tools

SAP ECC offers flexible approaches to overcome these challenges:

3.1 Base Planning Objects (BPOs)

  • BPOs in Product Cost Planning allow you to simulate costs for conceptual products without needing a material master.
  • You can define a hypothetical product structure, assign cost estimates to components, and perform cost roll-ups.
  • Transaction Code: CK94 (Base Planning Object Maintenance)

3.2 Unit Costing

  • Manually input cost components (materials, labor, overhead) for a single unit of the conceptual product.
  • This provides a quick and rough estimate for initial feasibility assessments.
  • Transaction Codes: CK13N (Display Cost Estimate), CK14N (Create Cost Estimate with Quantity Structure)

3.3 Simulated Bills of Materials (BOMs) and Routings

  • Create "simulated" or "reference" BOMs (CS01) with estimated quantities and potential components.
  • Develop generic routings (CA01) or use existing routings of similar products as templates for cost estimation.

3.4 Preliminary Costing with Costing Runs

  • Perform costing runs (CK40N) with your simulated BOMs and routings to generate preliminary cost estimates.
  • Use costing variants to define different scenarios and assess the cost impact of various design choices.

4. Incorporating Overhead and Activity Costs

4.1 Overhead Costing Sheets

  • Define overhead cost elements specific to R&D and NPD processes (KZS2).
  • This ensures that your cost estimates include a realistic allocation of indirect costs.

4.2 Activity-Based Costing with Cost Centers

  • Assign planned activity rates for activities like design, prototyping, and testing to relevant cost centers (KP06, KP26).
  • This allows for a more accurate allocation of overhead costs based on resource consumption.

4.3 Linking to R&D Projects with Internal Orders

  • Create internal orders (KO01) to represent your NPD projects and track costs associated with research and development activities.
  • This provides a clear picture of project-related expenses and facilitates budget control.

5. Profitability and Pricing Analysis for Conceptual Products

5.1 Profitability Analysis (CO-PA) for What-If Scenarios

  • Use CO-PA (KE30, KE24) to simulate revenue and cost structures for your conceptual product under different scenarios.
  • Analyze the impact of various pricing strategies, sales volumes, and cost assumptions on profitability.

5.2 Target Costing in the Conceptual Phase

  • Define target costs based on market research, competitive analysis, and desired profit margins.
  • Compare your estimated costs with the target costs to identify areas for cost optimization early in the design process.

6. Financial Feasibility Reporting and Decision Support

6.1 Cost Breakdown Reports for Conceptual Products

  • Generate detailed cost breakdown reports (using Report Painter/Writer - GRR1, GRR2) to analyze the cost contribution of different components and activities.
  • Use standard cost analysis reports (e.g., S_ALR_87013558) to gain insights into cost drivers.

6.2 Profit and Loss Simulations

  • Create profit and loss (P&L) simulations based on your cost estimates and revenue projections.
  • This helps assess the financial viability of the new product and identify potential risks and opportunities.

6.3 Break-Even Analysis for New Product Ideas

  • Perform break-even analysis (KE21S, KE24) to determine the sales volume required to cover all costs and achieve profitability.
  • This informs pricing strategies and helps assess market demand for the new product.

7. Conclusion

SAP ECC empowers you to navigate the uncertainties of costing new products in their conceptual phase. By leveraging BPOs, unit costing, simulated BOMs, and other tools, you can generate preliminary cost estimates, analyze profitability, and make informed decisions about the financial feasibility of your NPD initiatives. This proactive approach to costing ensures that your product development efforts are aligned with your business objectives and financial goals.

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PLM - NPD framework in SAP Core ERP

Harnessing SAP ECC for New Product Development: A Deep Dive into Methods and Tools

Table of Contents

  1. Introduction
  2. SAP ECC: A Foundation for NPD
  3. NPD Lifecycle in SAP ECC: Methods and Tools
    • 3.1 Idea Generation and Concept Development
    • 3.2 Feasibility Study and Cost Analysis
    • 3.3 Design and Development
    • 3.4 Prototype Development and Testing
    • 3.5 Production Planning and Execution
    • 3.6 Product Launch and Commercialization
    • 3.7 Post-Launch Review and Continuous Improvement
  4. Integration with Other SAP Modules
  5. Extending SAP ECC for NPD
  6. Integration with SAP Business Technology Platform (BTP)
  7. Conclusion

1. Introduction

In the dynamic landscape of product innovation, businesses need robust systems to manage the complexities of New Product Development (NPD). SAP ECC (Enterprise Central Component), while succeeded by S/4HANA, remains a powerful ERP solution with a rich set of functionalities to support NPD processes. This article delves into the methods and tools available within SAP ECC, providing a comprehensive guide for organizations to leverage this platform for efficient product development.

2. SAP ECC: A Foundation for NPD

SAP ECC offers a modular architecture with integrated functionalities that cover various aspects of the NPD lifecycle. From initial ideation to post-launch analysis, ECC provides tools to streamline processes, manage resources, and track progress. Its core modules, including Materials Management (MM), Production Planning (PP), Sales and Distribution (SD), and Controlling (CO), play a crucial role in supporting NPD initiatives.

3. NPD Lifecycle in SAP ECC: Methods and Tools

Let's explore how SAP ECC facilitates each phase of the NPD process:

3.1 Idea Generation and Concept Development

  • Methods:
    • Material Master Data Management: Create new material masters (MM01) to represent initial product concepts. Utilize material types (e.g., raw materials, semi-finished goods) for classification.
    • Classification System: Assign characteristics and classes to materials (CL02, CL20N) for efficient categorization and retrieval of product ideas.
    • Document Management System (DMS): Store and manage technical documents, sketches, and design ideas (CV01N, CV04N) in a centralized repository.

3.2 Feasibility Study and Cost Analysis

  • Methods:
    • Product Cost Planning (CO-PC): Estimate costs (CK11N) for materials, labor, and overhead. Simulate costs for different design and production scenarios.
    • Profitability Analysis (CO-PA): Assess potential profitability (KE30) of the new product based on cost estimates and projected sales.
    • Variant Configuration: Analyze cost implications (CU50, PMEVC) for different product variants based on customer requirements.

3.3 Design and Development

  • Methods:
    • Bill of Materials (BOM) Creation: Develop structured BOMs (CS01) that define the components and sub-assemblies required for the product.
    • Routing and Work Centers: Define production processes using routings (CA01) and assign work centers (CR01) to represent production resources.
    • Integrated Engineering Change Management (ECM): Manage design changes (CC01, CC02) with change masters to ensure traceability and version control.

3.4 Prototype Development and Testing

  • Methods:
    • Production Order Management: Create production orders (CO01) to manufacture prototypes for testing and validation.
    • Quality Management (QM): Perform inspections and quality checks (QA01) during the prototyping phase to ensure adherence to standards.
    • Batch Management: Track and trace prototype batches (MSC1N) for effective management and analysis.

3.5 Production Planning and Execution

  • Methods:
    • Material Requirements Planning (MRP): Plan material availability and procurement (MD01, MD02) to support production schedules.
    • Capacity Planning: Optimize resource utilization (CM01, CM25) by analyzing capacity requirements and constraints.
    • Shop Floor Control: Monitor production progress (CO11N) and manage shop floor activities in real-time.

3.6 Product Launch and Commercialization

  • Methods:
    • Sales and Distribution (SD): Create sales orders (VA01) and manage delivery and billing processes for the new product.
    • Pricing Procedures: Define pricing strategies (VK11) based on cost analysis, market conditions, and desired profit margins.
    • Integration with CRM: Leverage CRM functionalities to manage product marketing campaigns and gather customer feedback.

3.7 Post-Launch Review and Continuous Improvement

  • Methods:
    • Actual Costing and Profitability Reporting: Analyze actual costs against planned costs (CO-PC, CO-PA) to identify variances and areas for improvement.
    • Warranty and Service Management: Track warranty claims and manage service orders (IW31) to address customer issues and improve product quality.
    • Analytics and Reporting: Generate reports (using SAP Query, Report Painter) on sales, costs, and profitability to gain insights into product performance.

4. Integration with Other SAP Modules

  • SAP Project System (PS): Manage complex NPD projects with work breakdown structures (WBS) and network activities for better planning and control.
  • SAP Supplier Relationship Management (SRM): Collaborate with vendors for material sourcing and procurement, ensuring timely delivery and cost-effectiveness.
  • SAP Human Capital Management (HCM): Allocate skilled resources to NPD projects based on expertise and availability, optimizing workforce utilization.

5. Extending SAP ECC for NPD

  • ABAP Development: Utilize ABAP programming language for custom development to meet specific NPD requirements not covered by standard functionalities.
  • Business Add-Ins (BAdIs): Implement custom business logic and extensions to enhance existing SAP processes without modifying the core code.
  • Customer Exits: Customize standard SAP functionality by adding user-defined code at predefined points within the system.
  • Table Enhancements: Extend standard SAP tables with custom fields to capture additional data relevant to NPD processes.

6. Integration with SAP Business Technology Platform (BTP)

  • Low/No-Code Development: Leverage tools like SAP Build Apps and Process Automation to create custom applications and automate workflows for NPD.
  • Pro-Code Development: Utilize Business Application Studio and ABAP Environment for advanced development and integration with SAP ECC.
  • Integration Services: Connect SAP ECC with external systems using SAP Integration Suite (formerly SAP Cloud Platform Integration) for seamless data exchange.

7. Conclusion

SAP ECC provides a comprehensive toolkit for managing the entire NPD lifecycle. By effectively utilizing its functionalities, organizations can streamline their processes, control costs, and accelerate time-to-market. While SAP S/4HANA represents the future of SAP ERP, ECC remains a valuable asset for businesses seeking to optimize their product development initiatives.

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PLM - Product Costing In NPD a detailed look

The Indispensable Role of Product Costing in the New Product Development (NPD) Cycle

Table of Contents

  1. Introduction
  2. Product Costing: A Cornerstone of NPD
  3. The NPD Cycle: A Costing Perspective
    • 3.1 Concept Development and Feasibility Analysis
    • 3.2 Design and Development
    • 3.3 Prototyping and Testing
    • 3.4 Production Planning
    • 3.5 Launch and Commercialization
    • 3.6 Post-Launch Review and Continuous Improvement
  4. Key Benefits of Product Costing in NPD
  5. Conclusion

1. Introduction

In today's competitive market, launching a successful new product requires a delicate balance between innovation and financial prudence. New Product Development (NPD) is a complex journey fraught with uncertainties, and organizations need a reliable compass to navigate this challenging terrain. This is where product costing emerges as an indispensable tool, providing critical financial insights that drive informed decision-making at every stage of the NPD cycle.

2. Product Costing: A Cornerstone of NPD

Product costing is more than just calculating the cost of a product; it's a comprehensive process of analyzing all cost elements associated with the entire lifecycle of a product, from conception to discontinuation. This includes costs related to:

  • Research and Development: Initial research, concept development, design, and testing.
  • Materials: Raw materials, components, and sub-assemblies.
  • Manufacturing: Labor, equipment, overhead, and production processes.
  • Marketing and Distribution: Advertising, promotion, packaging, shipping, and sales channels.

By providing accurate and timely cost information, product costing empowers organizations to:

  • Assess financial viability: Determine the potential profitability of a new product.
  • Optimize design and development: Identify cost drivers and explore cost-effective alternatives.
  • Set strategic pricing: Determine optimal pricing to achieve desired profit margins.
  • Control costs: Monitor and manage costs throughout the product lifecycle.

3. The NPD Cycle: A Costing Perspective

Let's delve into how product costing plays a crucial role in each phase of the NPD cycle:

3.1 Concept Development and Feasibility Analysis

  • Purpose: Evaluate the financial viability of new product ideas.
  • Role of Product Costing:
    • Provides preliminary cost estimates for initial product concepts.
    • Assesses potential profitability and conducts break-even analysis.
    • Identifies potential cost constraints and sets target cost objectives.

3.2 Design and Development

  • Purpose: Develop detailed product specifications and prototypes.
  • Role of Product Costing:
    • Guides the selection of cost-effective materials and components.
    • Provides insights into the cost impact of design alternatives, enabling Design-to-Cost (DTC) approaches.
    • Supports Value Engineering initiatives to optimize functionality while minimizing costs.

3.3 Prototyping and Testing

  • Purpose: Validate product performance, functionality, and manufacturability.
  • Role of Product Costing:
    • Calculates the cost of prototype production.
    • Identifies cost implications of design changes arising from testing feedback.
    • Helps optimize production processes to reduce manufacturing costs.

3.4 Production Planning

  • Purpose: Prepare for mass production of the product.
  • Role of Product Costing:
    • Estimates production costs, including labor, material, and overhead.
    • Assists in determining pricing strategies and profit margins.
    • Facilitates make-or-buy decisions by comparing in-house production costs with outsourcing options.

3.5 Launch and Commercialization

  • Purpose: Introduce the product to the market and drive customer adoption.
  • Role of Product Costing:
    • Ensures actual production costs align with pre-launch cost estimates.
    • Monitors cost deviations and identifies areas for cost optimization.
    • Provides data for pricing adjustments and ongoing profitability analysis.

3.6 Post-Launch Review and Continuous Improvement

  • Purpose: Analyze product performance, gather customer feedback, and identify areas for enhancement.
  • Role of Product Costing:
    • Tracks product cost performance against initial estimates and market dynamics.
    • Identifies cost-saving opportunities in production, supply chain, and distribution.
    • Supports decision-making for product updates, new versions, or potential discontinuation.

4. Key Benefits of Product Costing in NPD

Integrating product costing into the NPD cycle yields significant benefits:

  • Enhanced Cost Transparency and Control: Provides a clear understanding of cost drivers and facilitates cost management throughout the product lifecycle.
  • Strategic Pricing Decisions: Enables data-driven pricing strategies that align with market demands and profitability goals.
  • Improved Profitability: Optimizes costs early in the process, maximizing profit margins and return on investment.
  • Reduced Financial Risk: Minimizes the risk of financial losses from cost overruns, pricing errors, or unexpected market fluctuations.

5. Conclusion

Product costing is not merely a financial reporting function; it's a strategic weapon that empowers organizations to navigate the complexities of the NPD cycle. By providing valuable cost insights, it enables businesses to make informed decisions, balance innovation with financial discipline, and ultimately increase the likelihood of successful product launches and sustained profitability in the marketplace.

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