Systems Development and -Economics (B-KUL-HMH79A)

6 ECTSEnglish39 First term
Wautelet Yves (coordinator) |  Wautelet Yves
OC Business Administration FEB Campus Brussel

This course evaluates the following learning outcomes:

 

The student

1.1  (BIM) analyzes ICT-related operational problems and questions taking into account the specific business context.

1.2 (BIM) formulates a substantiated solution for operational ICT problems and questions on the basis of scientific knowledge and insight into ICT, and takes into account the specific business context in this formulation.

1.4  (BIM) critically reflects about the internal context of the organization and on how ICT can influence the internal context in order to better support the organizational processes and / or reorganize and automate processes.

2.4 (BIM) on the basis of scientific knowledge and insight into ICT, takes a well-founded view on current social ICT problems.

10.1 (BIM) keeps his / her knowledge of ICT themes and the market up-to-date, both on the basis of practical, policy-oriented, technical and scientific information.

10.2 (BIM) integrates policy-oriented, technical, scientific and practice-oriented information on specific ICT-market-related themes, and takes a substantiated view on the relevance of the specific theme for the organization.

10.3  (BIM) critically reflects on how important evolutions and innovations in ICT can be translated into the IT policy in the organization, taking into account the specific business context.

 

After course completion, the student should be capable of understanding the relationship between information technology (in general) and systems development (in particular) on the one hand, and the business economic implications thereof on the other hand.Systems development covers all the aspects for developing computer systems, ranging from analysis, design up to implementation. Good development includes a good methodology, good techniques and an analytical way of looking at systems.
This course is essential for developing these systems. The main focus is on the analysis of the systems (systems architecture, technical design) and not on programming on itself.

The competences to be attained are:  

- The student is able to reflect critically on theory and practice
- The student is able to work on a project basis
- The student is able to solve a real-life business problem in an independent and academic way
- The student has analytical and synthetic skills to process and interpret information by means of various research techniques
- The student has a profound insight into the ICT-policy of a company Competence level 2
- The student is able to develop and implement information systems, including network and web applications

Key objectives of the course and competence levels to be attained
1. The student should get a profound understanding of the different possible methodologies for building Information systems and more specifically of the (Rational) Unified process.

2. The student must be able to apply UML (Unified Modeling Language) to some specific case studies (based on real-life systems) within the framework of the unified process.

3. The student must be able to define and apply good systems development practices, based on validation, testing, quality, financial issues, etc.

4. After course completion, the student should be capable of understanding the relationship between information technology (in general) and systems development (in particular) on the one hand, and the business economic implications thereof on the other hand.

 

 

There is no specific previous knowledge required for this course.

Activities

6 ects. Systems Development and -Economics (B-KUL-HMH79a)

6 ECTSEnglishFormat: Lecture39 First term
OC Business Administration FEB Campus Brussel

I.  Introduction to Systems Development and object oriented technologies
II. Systems Development Life Cycles
III. Systems developments techniques (requirements engineering)
IV. Unified modelling Language (UML) for building systems and the RUP methodology
V. Financial evaluation of information Systems development
VI. Validation, testing and maintenance of Systems
VII. Quality

Electronic course material (slides, course text) will be available.

https://webapps.odisee.be/Ancor/SSM/Pages/BekijkSSM.aspx?OID=2060

The lessons will be given in English. De lessen zijn in het Engels.

Practical cases and exercises, with a strong scientific underpinning System development: The course "Systems Development" is build up by ex-cathedra lessons, followed by extensive case studies and exercises.
The UML technology will be applied to build Object Oriented systems within the framework of the (R)UP. The use of a computer program (Ratioanal Rose or Visual paradigm)to build the different diagrams is essential.
This course is essential for the course DBIS, 2nd semester.

The course will follow the flipped classroom principle meaning that theoretical sessions will be furnished as pre-recorded online material. Students can follow these at will and on their own tempo. On-site (face to face) sessions will essentially be devoted to practical exercises, interactions with the teacher and feedback.

Evaluation

Evaluation: Systems Development and -Economics (B-KUL-H71304)

Type : Partial or continuous assessment with (final) exam during the examination period
Description of evaluation : Written, Report
Type of questions : Open questions
Learning material : Computer, Reference work


Features of the evaluation:

The exam consists in a few exercises concerning UML diagrams (e.g. use-case, activity, class, sequence diagrams) and also open questions about the theory that has been seen in class.

 

Determination of the final grades:

The grades are determined by the lecturer as communicated via Toledo and stated in the examination schedule. The result is calculated and communicated as a whole number on a scale of 20.

 

Second examination opportunity:

The features of the evaluation and determination of grades are identical to those of the first examination opportunity, as described above.