Society & Space 1
Society & Space 1
Module Coordinator/Lecturers
Study Programmes
Bachelor's degree programme in Architecture
Project Description
Das Modul vermittelt gesellschaftsbezogene Aspekte der Architektur, von der Architekturtheorie bis zu den Grundlagen der Soziologie. Es bietet Einblicke in das Verhalten von Akteuren und die Entwicklung von Perspektiven verschiedener Gesellschaften, die die Raumproduktion beeinflussen. Nach Abschluss des Moduls sollen die Studierenden fähig sein, das eigene Schaffen in mehreren gesellschaftlichen Kontexten kritisch zu reflektieren sowie den ethischen, kulturellen und politischen Wert von Architektur im digitalen Zeitalter zu erkennen.
Teaching Method
siehe nachfolgende Lehrveranstaltungen
Learning Objectives
Die Lernergebnisse und zu erwerbenden Kompetenzen dieses Moduls ergeben sich aus den nachfolgend beschriebenen Lehrveranstaltungen.
Assessment Methods
Die Abschlussnote wird errechnet aus den Noten der beiden Lehrveranstaltungen mit einer Gewichtung von jeweils 50%. Ein erfolgreicher Abschluss setzt zudem voraus, dass in beiden Lehrveranstaltungen jeweils mindestens die Note 4.0 erreicht wurde. Modalität siehe Lehrveranstaltung.
Data and Application Security
Data and Application Security
Module Coordinator/Lecturers
Study Programmes
Master's degree programme in Information Systems
Project Description
Data and Application Security provides an introduction to cyber security and covers topics related to information and communication security. This is one of the core subject areas of the degree programme, and the course provides a foundation for choosing further electives in the area of cybersecurity. The course covers the following topics:
• Security goals and design principles
• Economic aspects of security and risk analysis
• Basics of cryptography
• Authentication and access control
• Key instruments of network security
• Key instruments of web security
• Software security, vulnerabilities, and attacks
• Email and mobile device security
• Security goals and design principles
• Economic aspects of security and risk analysis
• Basics of cryptography
• Authentication and access control
• Key instruments of network security
• Key instruments of web security
• Software security, vulnerabilities, and attacks
• Email and mobile device security
Teaching Method
• The module involves interactive lectures to integrate theoretical knowledge with practical design and analysis skills.
• The module involves practical exercises in which students investigate security problems and find appropriate countermeasures.
• Lab exercises are used to support the acquisition of practical skills.
• Theoretical material is demonstrated with relevant practical tools.
• The module involves practical exercises in which students investigate security problems and find appropriate countermeasures.
• Lab exercises are used to support the acquisition of practical skills.
• Theoretical material is demonstrated with relevant practical tools.
Learning Results
After successful completion of the course, students will
Professional competence
• understand the main security objectives and design principles
• understand basic theoretical concepts in the above mentioned security fields
• understand elementary attacks against security instruments
• be able to find solutions for basic security vulnerabilities
Methodological competence
• be able to administer basic security instruments
• be able to implement simple programs related to the security instruments
Social competence
• be able to organise learning materials and work in groups
• be able to divide problems into meaningfully tasks, work on them and help each other within the group
Personal competence
• be able to address new challenges and independently identify viable solutions
• be able to think “out of the box” and apply knowledge in an unusual context
Technological competence
• be familiar with programming in Python and its security related libraries
• be familiar with remote access tools such as VPN and SSH
Professional competence
• understand the main security objectives and design principles
• understand basic theoretical concepts in the above mentioned security fields
• understand elementary attacks against security instruments
• be able to find solutions for basic security vulnerabilities
Methodological competence
• be able to administer basic security instruments
• be able to implement simple programs related to the security instruments
Social competence
• be able to organise learning materials and work in groups
• be able to divide problems into meaningfully tasks, work on them and help each other within the group
Personal competence
• be able to address new challenges and independently identify viable solutions
• be able to think “out of the box” and apply knowledge in an unusual context
Technological competence
• be familiar with programming in Python and its security related libraries
• be familiar with remote access tools such as VPN and SSH
Assessment Methods
Exercise: Assignments
Lecture: Written exam
Lecture: Written exam
Sustainable Finance II
Sustainable Finance II
Module Coordinator/Lecturers
Study Programmes
Master's degree programme in Finance
Master's degree programme in Innovative Finance
Advanced Studio Urbanism, Architecture and Society: Studio India (MSc Thesis)
Advanced Studio Urbanism, Architecture and Society: Studio India (MSc Thesis)
Module Coordinator/Lecturers
Study Programmes
Master's degree programme in Architecture
Master's degree programme in Architecture
Project Description
The Master's Thesis is carried out by the student as part of an Advanced Studio and is supervised by the unit. The thesis contains a developed hypothesis that is verified (or falsified) as part of the design project. In addition to the actual design project, the Master's thesis includes the design and production of the thesis book. This consists of
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
Teaching Method
Mentored project work in the design studio.
Learning Objectives
After successful completion of the course, students will be able to
Requirements (formal)
Successful completion of 3 Advanced Studios in the Master´s degree programme.
Assessment Methods
Minimum 75% compulsory attendance, continuous assessment, midterm and final reviews.
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
Advanced Studio Sustainable Design: London (MSc Thesis)
Advanced Studio Sustainable Design: London (MSc Thesis)
Module Coordinator/Lecturers
Study Programmes
Master's degree programme in Architecture
Master's degree programme in Architecture
Project Description
The Master's Thesis is carried out by the student as part of an Advanced Studio and is supervised by the unit. The thesis contains a developed hypothesis that is verified (or falsified) as part of the design project. In addition to the actual design project, the Master's thesis includes the design and production of the thesis book. This consists of
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
Teaching Method
Mentored project work in the design studio.
Learning Objectives
After successful completion of the course, students will be able to
Requirements (formal)
Successful completion of 3 Advanced Studios in the Master´s degree programme.
Assessment Methods
Minimum 75% compulsory attendance, continuous assessment, midterm and final reviews.
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
Advanced Studio Craft and Structure: RIVERSIDE SPORTS CLUB (MSc Thesis)
Advanced Studio Craft and Structure: RIVERSIDE SPORTS CLUB (MSc Thesis)
Module Coordinator/Lecturers
Study Programmes
Master's degree programme in Architecture
Master's degree programme in Architecture
Project Description
The Master's Thesis is carried out by the student as part of an Advanced Studio and is supervised by the unit. The thesis contains a developed hypothesis that is verified (or falsified) as part of the design project. In addition to the actual design project, the Master's thesis includes the design and production of the thesis book. This consists of
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
three parts: the documentation of the design project, a theoretical report and a technical report. The formal aspects of the thesis and the thesis book are described in the Master's thesis regulations.
Teaching Method
Mentored project work in the design studio.
Learning Objectives
After successful completion of the course, students will be able to
Requirements (formal)
Successful completion of 3 Advanced Studios in the Master´s degree programme.
Assessment Methods
Minimum 75% compulsory attendance, continuous assessment, midterm and final reviews.
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
The final grade is calculated according to the weighting of the following components: design project (60%), final presentation (10%) and thesis book (30%: 10% theoretical report, 10% technical report and 10% project documentation).
Fundamentals of Blockchain
Fundamentals of Blockchain
Module Coordinator/Lecturers
Study Programmes
CAS Blockchain und FinTech
Zertifikatsstudiengang Blockchain und FinTech
Project Description
Einführung und Blockchain Grundbegriffe
>Use Cases BC und FinTechs
>Funktion der Blockchain
>Grundlegende Technologie (POW-Bitcoin)
> Enterprise Grade Blockchains
> Arten von BC (Blockchain, Tangle, Hashgraph)
>Konsensus Mechanismen (PoW, PoS, dPoS, Ring Signatur, Zero Knowledge Proof)
>Technische Analyse der Blockchain
>Hyperledger
>Probleme und die Zukunft
>Use Cases BC und FinTechs
>Funktion der Blockchain
>Grundlegende Technologie (POW-Bitcoin)
> Enterprise Grade Blockchains
> Arten von BC (Blockchain, Tangle, Hashgraph)
>Konsensus Mechanismen (PoW, PoS, dPoS, Ring Signatur, Zero Knowledge Proof)
>Technische Analyse der Blockchain
>Hyperledger
>Probleme und die Zukunft
Learning Results
o Wissen und Verstehen:
Die Studierenden verfügen über das relevante Wissen im Bereich Blockchain in der Finanzwelt, das auf den Kenntnissen ihrer eigenen Berufserfahrung und/oder früheren abgeschlossenen Ausbildungen aufbaut. Sie kennen die aktuell wichtigsten Technologien und verstehen diese in ihren Grundzügen. Weiterhin verstehen die Studierenden, welche Sicherheitsaspekte besonders relevant sind.
o Anwendung von Wissen und Verstehen:
Die Studierenden sind in der Lage, Blockchain-Projekte zu verstehen und selbst zu planen. Dabei berücksichtigen sie relevante technologische und Sicherheitsaspekte
o Urteilen:
Die Studierenden sind fähig, bestehende Angebote am Markt kritisch zu beurteilen und für ihr Unternehmen und Projekt relevante Angebote zu identifizieren.
o Kommunikative Fertigkeiten:
Die Studierenden sind fähig, unterschiedliche Ansätze von Blockchainprojekten zielgruppengerecht an das Unternehmensmanagement sowie weitere Stakeholder zu kommunizieren. Des Weiteren können sie die Anforderungen ihres Unternehmens klar und eindeutig gegenüber Technologieanbietern kommunizieren und die für ihre Unternehmen besten Angebote identifizieren.
o Selbstlernfähigkeit:
Die Studierenden finden sich im Feld selbst zurecht und können selbstständig, aufbauend auf die Grundlagen diese Moduls, neues Wissen erwerben.
Die Studierenden verfügen über das relevante Wissen im Bereich Blockchain in der Finanzwelt, das auf den Kenntnissen ihrer eigenen Berufserfahrung und/oder früheren abgeschlossenen Ausbildungen aufbaut. Sie kennen die aktuell wichtigsten Technologien und verstehen diese in ihren Grundzügen. Weiterhin verstehen die Studierenden, welche Sicherheitsaspekte besonders relevant sind.
o Anwendung von Wissen und Verstehen:
Die Studierenden sind in der Lage, Blockchain-Projekte zu verstehen und selbst zu planen. Dabei berücksichtigen sie relevante technologische und Sicherheitsaspekte
o Urteilen:
Die Studierenden sind fähig, bestehende Angebote am Markt kritisch zu beurteilen und für ihr Unternehmen und Projekt relevante Angebote zu identifizieren.
o Kommunikative Fertigkeiten:
Die Studierenden sind fähig, unterschiedliche Ansätze von Blockchainprojekten zielgruppengerecht an das Unternehmensmanagement sowie weitere Stakeholder zu kommunizieren. Des Weiteren können sie die Anforderungen ihres Unternehmens klar und eindeutig gegenüber Technologieanbietern kommunizieren und die für ihre Unternehmen besten Angebote identifizieren.
o Selbstlernfähigkeit:
Die Studierenden finden sich im Feld selbst zurecht und können selbstständig, aufbauend auf die Grundlagen diese Moduls, neues Wissen erwerben.
Assessment Methods
Heimklausur (open book)
Innovation Driver FinTech and Artificial Intelligence
Innovation Driver FinTech and Artificial Intelligence
Module Coordinator/Lecturers
Study Programmes
CAS Blockchain und FinTech
Zertifikatsstudiengang Blockchain und FinTech
Project Description
>Kryptobörsen und ihre Besonderheiten
>Blockchain-Produkte
>FinTech-Produkte
>Portfoliomanagement mit Kryptoanlagen
>Risikomanagement von Kryptoinvestments
>Neue Rollen der Finanzintermediäre
>Erschliessung neuer Märkte
>Blockchain-Produkte
>FinTech-Produkte
>Portfoliomanagement mit Kryptoanlagen
>Risikomanagement von Kryptoinvestments
>Neue Rollen der Finanzintermediäre
>Erschliessung neuer Märkte
Learning Results
- Wissen und Verstehen:
- Anwendung von Wissen und Verstehen:
- Urteilen:
- Kommunikative Fertigkeiten:
- Selbstlernfähigkeit:
Assessment Methods
Heimklausur (open book)
Legal and Tax Aspects
Legal and Tax Aspects
Module Coordinator/Lecturers
Study Programmes
CAS Blockchain und FinTech
Zertifikatsstudiengang Blockchain und FinTech
Project Description
- VT-Gesetz Liechtenstein
- Regulierung von Blockchain-Dienstleistern im EWR und in Drittstaaten
- Blockchain-Regulierung und Finanzmarktrecht
- Buchhalterische Besonderheiten bei Kryptosachverhalten:
- Deklaration und Besteuerung von Kryptowährungen bei natürlichen Personen
- Besteuerung von krypto- und blockchainbasierten Unternehmen in FL
- Mehrwertsteuerliche Behandlung eines ICO/TGE/STO
- Grenzüberschreitende Steuerplanung
Learning Results
- Wissen und Verstehen:
- Anwendung von Wissen und Verstehen:
- Urteilen:
- Kommunikative Fertigkeiten:
- Selbstlernfähigkeit:
Assessment Methods
schriftliche Klausur (closed book)
Tokenisation
Tokenisation
Module Coordinator/Lecturers
Study Programmes
CAS Blockchain und FinTech
Zertifikatsstudiengang Blockchain und FinTech
Project Description
>Grundlagen der Tokenökonomie
>ICOs
>Cryptomarkets
>Smart Contracts
>Token Types
>Blockchain Types
>Token-Produkte
>Tokenisierung von Investmentfonds, Unternehmen, Sammlungen
>Unterschiede und Risiken
>ICOs
>Cryptomarkets
>Smart Contracts
>Token Types
>Blockchain Types
>Token-Produkte
>Tokenisierung von Investmentfonds, Unternehmen, Sammlungen
>Unterschiede und Risiken
Learning Results
- Wissen und Verstehen:
- Anwendung von Wissen und Verstehen:
- Urteilen:
- Kommunikative Fertigkeiten:
- Selbstlernfähigkeit:
Assessment Methods
Heimklausur (open book)