E N D
2. Participants in TIC-I
3. Background to TIC-I
4. The Participants way in to the tic project
5. The Participants way in to the tic project
6. WP 1: Identification and evaluation of emerging techniques and knowledge areas of interest for the participants in TIC
WP 2: Identification and evaluation of future (quality) requirements on TI
WP 3: Make an inventory and evaluate the needs for competence and competence development
WP 4: Make an inventory and evaluate existing educations/training programs in TI
WP 5: Tools for product-, service- and competence planning TIC-I – work packages (WP)
7. WP 6: Competence provision material
WP 7: Test of competence provision packages
WP 8: Test of demo-technology
WP 9: Evaluation and lessons learned from conducted tests
WP 10: Knowledge ensuring, -dissemination and -intensification TIC-I – work packages (WP)
8. The establishing of a TI-network
Competence need and competence development
Courses and course development
Emerging techniques and knowledge areas to consider
Future requirements on TI
Traceability between TI and learning information (LI)
Multimedia in learning situations
Areas of Result
9. Establishing an arena for networking
A national conference in 2010 (TIC2010)
Results: The establishing of a ti-network
10. Need of competence development on multiple levels and in a variety of areas
Competence in formulating requirements for TI
Learning by doing is common, but there is a lack of feedback
Managing tacit knowledge is of importance
Competence development depended on changes in the surrounding world
Need of tools for capturing information on the surrounding world Results: COMPETENCE need AND COMPETENCE DEVELOPMENT
11. Results: VS4-model
12. Set of courses
XML Technology
Multimedia production 1
Computer aided technical writing
Computer supported technical illustration work
Learning platforms for user training
Model for development of courses that ensures that there is a continuous feedback on the courses so they meet the requirements from society, students, future employees, etc.
Results: Courses and course development
13.
Results: Model for continuous course development
14. Standards and adaption of standards to the own business
Investigate potential solutions to enable information acquiring from many different distributers
Investigate the need of potential classification techniques
Results: EMERGING TECHNIQUES AND KNOWLEDGE AREAS to consider
15. Animations
Graphical interface in the terminal
Smaller units, hand held units
Open databases
Linking of information in and between systems
Positioning systems
Results: Future requirements on ti
16. Depart from an ideal perspective on traceability
Use established standards/specifications
Manual and automatic process for capturing metadata
Working agile and close to the client
Closer collaboration between TI, LI and constructors
Results: Traceability between TI and learning information (LI)
17. Cover the whole learning situation
User being positive to the systems
Feedback in the learning process
Interaction and the social dimension of learning
Results: Multimedia systems in learning situations
18. Participants in TIC-II
19. WP 1: Project management with coordination and control
WP 2: Dissemination of results
WP 3: Configuration management and control
WP 4: Development of unified production line
WP 5: Common technical information culture
WP 6: Maintenance of competence in learning organizations
WP 7: Steps toward next generation TI
WP 8: Networking and the establishing of a mutual trade association
WP 9: Marketing and strengthening of the TI area
WP 10 : Annual national conference TIC-II – work packages (WP)