STH-DF Systemthinking In IT and Digital Fabrication
Syllabus of the class System Thinking and Digital Fabrications
Čítať ďalej: STH-DF Systemthinking In IT and Digital Fabrication
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Čítať ďalej: STH-DF Systemthinking In IT and Digital Fabrication
Predmet Systémové myslenie v IT a Digitálna fabrikácia je zameraný na dve disciplíny:
1. Práca s technológiami pre digitálnu fabrikáciu (3D tlačiarne, mikroprocesory, meracia technika, laserový ploter, vinylový ploter, robotický šiaci stroj a ďalšie)
2. Systémový a asystematický postup počas celého životného cyklu IT riešení.
| University: | Slovak University of Technology in Bratislava | ||||||||||||
| Faculty: | Faculty of Informatics and Information Technologies | ||||||||||||
| Course unit code: | SMVIT_I | ||||||||||||
| Course unit title: | Systems Thinking in IT | ||||||||||||
| Mode of delivery, planned learning activities and teaching methods: | |||||||||||||
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| Credits allocated: | 6 | ||||||||||||
| Recommended semester/trimester: | -- item not defined -- | ||||||||||||
| Level of study: | 2. | ||||||||||||
| Prerequisites for registration: | none | ||||||||||||
| Assesment methods: | |||||||||||||
| 1. Independent work on the semester project - submission of the project is a necessary condition for participation in the exam: 70 % of the evaluation 2. Passing the interim test at the 6th week of the semester: 10 % of the evaluation 3. Final Project outputs Presentation: 20 % of the evaluation |
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| Learning outcomes of the course unit: | |||||||||||||
| The student will gain the knowledge needed to understand the systems that include IT solutions, at 3 basic levels - at the level of business processes, at the level of systems and at the technological level. The student is able to use a systematic approach to problem solving and gain the ability to think in the entire life cycle of the solution from the perspective of business and technical implementation of the solution. In addition, the student will gain basic knowledge of digital fabrication technologies, how to generate computer code and turn it into material objects. In addition to theoretical knowledge, the student will also gain practical skills: how to use FabLab digital production tools for rapid prototyping, how to use CAD modeling software, vinyl and laser cutter, 3D scanning and printing, CNC milling, what the electronic construction and production of a printed circuit board looks like. |
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| Course contents: | |||||||||||||
| 1. Introduction - basic principles of FabLab. Why think wholeheartedly ? 2. Life cycle of product from idea to implementation 3. System thinking 4. Metadata based knowledge systems 5. Internet of Things and Industry 4.0 6. Enterprise Architecture Frameworks and The Open Group Architecture Framework (TOGAF) 7. Basic principles and tools and work safety at FabLab 8. 2D, 2,5D and 3D CAD 9. Computer controlled cutting 10. Electronic construction 11. 3D scanning and printing 12. Computerized Numerical Control (CNC) |
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| Recommended or required reading: | |||||||||||||
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| Planned learning activities and teaching methods: | 2 hours of lectures per week, 3 hours of practices and 1 hour of weekly tutorials Direct teaching in total 60 hours. -Lectures (full-time, online) 24 hrs -Exercises (full-time, online) 24 hrs -Presentations, consultations and ongoing tests (combined method) 12 hrs Indirect teaching (total 96 hours): - preparation for lectures and exercises (study of literature) -12 hrs - individual work on assignments / projects -36 hrs - preparation for the final defense of the project -48 hrs total 156 hours |
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| Assesment methods and criteria: | 1. Independent work on the semester project - submission of the project is a necessary condition for participation in the exam: 70 % of the evaluation 2. Passing the interim test at the 6th week of the semester: 10 % of the evaluation 3. Final defense, presentation of the project outputs : 20 % of the evaluation |
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| Language of instruction: | slovak and english | ||||||||||||
Od roku 2017 prebieha predmet Systémové myslenie v IT a Digitálna Fabrikácia.
Predmet vznikol zo spoločného podnetu zástupcov AGNICOLI, FABLAB CVTI a FIIT (Roman Kazička, Jozef Vaško, Mária Bieliková)
Pre študentov inžinierskeho štdia prinášame 2 koncepty:
1. Technológie FABLABU
2. Systémový prístup
"Zhmotni svoje myšlienky" a "3x meraj a raz rež".
Sylaby predmetu a výstupy s projektov si môžete pozrieť na stránkach pre príslušné ročníky.
Čítať ďalej: 1. Základná informácia o kurze-Systémové myslenie v IT a digitálna fabrikácia
Strana 1 z 21
2023/2024