FACOLTA' DI INGEGNERIAUniversita' di Pavia
Home
  Teaching > Course1415 > Business analysis and service design - mod. A Translate this page in English
About the Faculty
Orientation
Teaching
Research
Services
Industry partnerships
Mobility Erasmus
Shortcuts
Search in this site
Business analysis and service design - mod. A

2014-15 Academic year

Lecturer: Gianmario Motta  

Course name: Business analysis and service design - mod. A
Course code: 506577
Degree course: Computer Engeneering
Disciplinary field of science: ING-INF/05
L'insegnamento è caratterizzante per: Computer Engeneering
University credits: ECTS 6
Course website: n.d.

Specific course objectives

This module provides concepts and techniques for modelling, assessing and designing business processes (BP). At the end of the course, students will have a good command of the techniques for BP analysis. The course is based on an active approach, where students develop three assignments, respectively on BP modeling, mapping, and engineering, that reflect the corresponding parts of the module.

Course programme

PART A1 – Modelling Business Process (BP)
How the analyst can model the business processes (BPs) of an organization. This part intends to provide a set of techniques that enable the analyst to describe the BPs at different abstraction levels and perspectives. The main subject include:

  • Definition of Business Process (BP): the CRASO paradigm, BP and elementary activity
  • Modeling of BPs:
    • Narrative models and requirements,
    • Hierarchical models,
    • Flow Models
    • BPMN
    • UML EP extension: Activity Diagrams, Assembly Lines, Use Case Diagrams, Jacobson’s Scenario
    • Overview of other graphical languages: EPC, IDEF etc.

PART A2 – Mapping and assessing Business Processes (BP) in enterprises.
This part intends to provide a framework that assists the analyst to identify an profile the main BPs of an enterprise. The main subjects include:

  • Overall Enterprise Mapping models
  • Support and Primary BPs in the enterprise
  • Enterprise BP frameworks: GEF (General Enterprise Framework), SCOR (Supply Chain Operations Reference model), eTOM (enhanced Telecommunications Operations Model)

PART A3 – Engineering and innovating Business Processes (BP).
This part intends to provide a framework that supports a balanced design of BPs. The framework is based on Galbraith’s star model, where the BP is designed consistently with enterprise’s strategy, organization structure, skill and competences, control and reward system, and IT. The design method performs an as-is / to-be analysis, where the current configuration of each design element is compared versus its ideal configuration. The main subjects of this part include:

  • The Galbraith’s organization design model
  • A set of lecture on each design element, namely:
    • Analysis of company’s strategy and business model
    • Tools and documentation for the analysis of BP activities
    • Tools and documentation for the analysis of the organization structure (macro-structure, micro-structure, Business Process Ownership)
    • Tools and documentation for the analysis of skills and competences
    • Tools and documentation for the analysis of the control and reward system
    • Analysis of IT support
  • Approaches to redesign the BP: Department oriented, Process oriented, Stakeholder oriented

Course entry requirements

Foundations on Organization Theory and a general familiarity with Information Requirements Analysis would help

Course structure and teaching

Lectures (hours/year in lecture theatre): 45
Practical class (hours/year in lecture theatre): 0
Practicals / Workshops (hours/year in lecture theatre): 0

Suggested reading materials

Hefley & Murphy. Service Science, Management and Engineering. Springer 2008.

Journal readings.

Testing and exams

Students develop a project work under the supervision of the course teacher, in which they use the techniques that have been taught. The final mark sums: 1. team work (written document) 2. individual discussion of team work. 3. individual oral examination on foundations.

Copyright © Facoltà di Ingegneria - Università di Pavia