Publication date : 03/19/2024

Course : Information Systems Value Analysis

Seminar - 3d - 21h00 - Ref. AVA
Price : 2550 € E.T.

Information Systems Value Analysis




Value is the ratio between a system's ability to satisfy real user needs and its cost. Value analysis is used to optimize this ratio in the upstream phases of projects, and in the development of project portfolios. This seminar will show you how to implement a consensual design approach between project owners, project managers and users, with a view to optimizing the value of Information Systems. It presents in detail the methodological tools of this approach, its profitability and its limits.


INTER
IN-HOUSE
CUSTOM

Seminar in person or remote class
Disponible en anglais, à la demande

Ref. AVA
  3d - 21h00
2550 € E.T.




Value is the ratio between a system's ability to satisfy real user needs and its cost. Value analysis is used to optimize this ratio in the upstream phases of projects, and in the development of project portfolios. This seminar will show you how to implement a consensual design approach between project owners, project managers and users, with a view to optimizing the value of Information Systems. It presents in detail the methodological tools of this approach, its profitability and its limits.


Teaching objectives
At the end of the training, the participant will be able to:
Understand the specifics of an IS value analysis approach
Identify French and European standards
Master the main methodological tools
Discover the main concepts of functional requirements analysis
Implement an analysis approach to optimize IS value

Intended audience
This seminar is aimed at all those involved in information systems design: CIOs, project directors and managers, project owners, prime contractors and users.

Prerequisites
No special knowledge required.

Course schedule

1
The specifics of the "Value Analysis" approach

  • Definitions: value, functional analysis, value analysis, value-based management.
  • French and European standards.
  • Specific features of the approach: design in a multi-disciplinary, facilitated group.
  • Cost-conscious design and dissociation by services rendered.
  • The full cost of IT systems.
  • The full cost of information systems.
  • The structure of the value analysis process.

2
Basic concepts of functional requirements analysis

  • Analyze the causes of discrepancies between users' needs and their actual requirements.
  • Functional analysis concepts and vocabulary.
  • Service functions, their nature, their levels. Constraints.
  • Rules for expressing service functions.

3
The service function tree

  • The service function tree, an analysis grid in terms of a tree structure of services rendered.
  • The key element in the entire design process.
  • Function tree construction rules.
  • Tree-building tools: environmental diagram, interactors matrix.
  • Function analysis by element, intuitive search, function validation.

4
Expected performance of service functions

  • Criteria for assessing job performance, with their levels and associated flexibility.
  • Negotiating performance expectations.
  • Tools to help assess expected performance.
  • The recurring costs of the existing system, the stakes that can really be mobilized.
  • Hierarchy of service functions.
  • Acceptable levels of recurring costs and investments by service function.

5
The search for conceptual solutions

  • Conceptual solutions, upstream from techniques.
  • The principle of structuring systems by performance and the associated tools.
  • Group creativity methods.
  • The search for conceptual solutions by service function.
  • Combining ideas.

6
Measuring the value of systems

  • Instantaneous measurement of a system's value.
  • Instantaneous measurement of the increase in value delivered by a project or set of projects.
  • Relationship between service functions and solutions.
  • Level of satisfaction of performance expectations by service function.
  • Investment and recurring earnings by service function.
  • Correlations with the relative importance of each service function.
  • Evolution of value over time: evolution of overall satisfaction, expected performance and ROI.
  • The use of value measurement tools as arguments and decision aids.

7
The process of conducting a project value analysis

  • Steps in the project value analysis process.
  • The tools used and the distribution of roles at each stage.
  • Deliverables.
  • Application of the method to software package choices and technical overhauls.

8
Conducting a master plan value analysis

  • Analysis of the causes of discrepancies between the priorities assigned to projects and their actual priorities.
  • The project portfolio selection and planning process.

9
Implementing the approach

  • Rules for setting up workgroups and selecting participants.
  • Techniques for facilitating value analysis groups.
  • Complementarity with IT project management methods.
  • The impact of the approach on project costs and timescales.
  • The costs, time and profitability of the process itself.
  • The use of the approach's tools in a project manager's personal working method.
  • Conditions for success.
Case study
The approach and main methodological tools will be illustrated by real-life case studies.


Customer reviews
4,3 / 5
Customer reviews are based on end-of-course evaluations. The score is calculated from all evaluations within the past year. Only reviews with a textual comment are displayed.
YAGHIR MOULAY HICHAM I.
29/10/25
4 / 5

CLEAR
JULES H.
29/10/25
4 / 5

Very rich, high-level content, with lots of tools and methodsSchematics that were sometimes difficult to read, but the trainer explained the concepts well. A dedicated and committed trainer!
JOHANA R.
29/10/25
5 / 5

Very well illustrated



Dates and locations
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Remote class

Dernières places
Date garantie en présentiel ou à distance
Session garantie

REMOTE CLASS
2026 : 31 Mar., 23 June, 6 Oct., 1 Dec.

PARIS LA DÉFENSE
2026 : 31 Mar., 23 June, 6 Oct., 1 Dec.