1. Module description
Students learn to assess and effectively use the potential and technologies of IT solutions in industry applications. Students completing the module possess the following knowledge and skills:
Knowledge:
- IT support for product development processes
- IT support for production management
- Cooperation in development collaboration
- Interaction of the system landscape in product development processes
Specialist skills:
- Applying specific uses of basic information technology to solve engineering problems
- Implementing methods for integrating information technology systems throughout an enterprise along the entire value chain
Competences:
- Selecting and assessing different IT systems in product development processes
- Assessing the efficiency of individual systems and how they interact in the system landscape of enterprises
- Understanding and developing information models for an area of application
Technical skills: 60% | Methodological skills: 15% | Systems expertise: 15% | Social competences: 10%
Module components A: GIIT is a standalone module.
| Course | Type | Credits | Course hours per week | C/E/CE | Semester |
|---|---|---|---|---|---|
| Basic Principles of Industrial Information Technology | Lecture | 3 | 2 | C | Summer |
| Basic principles of Industrial Information Technology | Tutorial | 3 | 2 | P | Summer |
Module components B: Combined module Factory Management and IIT
| Course | Type | Credits | Course hours per week | C/E/CE | Semester |
|---|---|---|---|---|---|
| Basic Principles of Industrial Information Technology | Lecture | 2 | 2 | C | Summer |
| Basics of Factory Management | Lecture | 2 | 2 | C | Winter |
| Methods of Industrial Information Technology | Tutorial | 2 | 2 | CE | Summer |
| Methods of Factory Management | Tutorial | 2 | 2 | CE | Winter |
Grading: Each component is worth 33.33% of the grade.
Please direct any questions about registering for the combined module or examinations for Factory Management and Industrial Information Technology to the responsible academic chair: Assembly Technology and Factory Management Department (Sezer Solmaz)
=> Calculation of workload and credits: 180 hours = 6 credits (1 credit equals 30 working hours)
3. Content
Lectures provide students essential specialist knowledge while tutorials allow them to apply this in practical tasks. The module covers the following topics: information technology support for product development processes, cooperation in development collaboration, interaction of the system landscape in product development processes. By working on industry-related problems during the tutorial, students acquire knowledge of relevant systems and applications for specific use cases.
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4. Learning objectives
This course aims to provide students with an overview of the fundamental IT solutions and methods needed to develop products and systems in industry as well as teach them how to use these effectively. Students also learn to reflect on methods for integrating information technology systems throughout an enterprise along the entire value chain.
5. Target group
Suitable degree programs:
- Mechanical Engineering and Production Engineering
- Computational Engineering Sciences
- Industrial Engineering and Management
- Engineering Science
The module is also open to all other students
6. Prerequisites
Mandatory prerequisites: none
Preferred prerequisites: Familiarity with the system landscape of product development processes in companies
7. Day and time
Lecture:
Time:
This course is only offered in the summer semester on Tuesdays, 10 - 12:00.
Lecture start: 19.04.2023
Recordings of lectures from summer semester 2022 are available in the ISIS course (See Quick links above).
Room:
PTZ S-001 or online via Twitch (see Quick links)
Tutorial:
Time:
See course description in ISIS
Where:
VELC PTZ 514 / online