Summaries department T
Bachelor Aviation
1. Semester
- Analysis 1
- Aviation Basics
- Aviation Law
- Aviations Projects 1
- Communication Competence 1
- Informatik Programmieren 1
- Lineare Algebra 1
- Physik 1
- 2. Semester
- Analysis 2
- Aviation Projects 2
- Business Administration
- CAD for Aviation
- Communication Competence 2
- Informatik Tools
- Lineare Algebra 2
- Physik 2
- Principles of Flight
- 3. Semester
- Aircraft Systems – Structure and Mechanical Systems
- Aviation Projects 3
- Communication Competence 3
- Human Factors
- Infrastructure – Airspace and Air Navigation Services
- Physics 3: Atmospheric Physics and Applied Meteorology
- Safety Risk Management – Quality Management
- Stochastik und Statistik
- 4. Semester
- Aircraft Systems – Electrotechnics and Electrical Systems
- Aircraft Systems – Propulsion Systems and Performance
- Aviation Projects 4
- Aviation Systems Engineering
- Infrastructure – Aerodromes
- Intercultural Communication and Management
- Materials Technology for Aviation
- Numerik
- Aviatikspezifische Wahlfächer
- Advanced Mechanics
- Aircraft Systems – Control Systems
- Aircraft Systems – Flight Propulsion
- Aircraft Systems – Structural Testing and Repairs
- Aviation Management
- Aviation Security and Emergency Response Plan
- Flight Mechanics and Simulation
- Flight Operations
- Flight Test Laboratory
- Human Factors in Engineering
- Infrastructure – Integration
- Learning from Incidents and Accidents
- Leightweight Construction in Aviation
- Maintenance, Airworthiness Management, Regulations and Operator Organisation
- Space Systems
- System Reliability, Availability, Maintainability and Safety
- Traffic Systems Operations
- Unmanned Aviation
Bachelor Data Science
- 1. Semester
- Analysis 1
- Communication Competence 1
- Data Science Grundlagen
- Datenbanken
- Explorative Datenanalyse
- Informatik Programmieren 1
- Lineare Algebra 1
- Software Projects
- 2. Semester
- Analysis 2
- Communication Competence 2
- Data Engineering 1
- Data Processing with R
- Informatik Programmieren 2
- Lineare Algebra 2
- Visualisation and Data Science Storytelling
- Wahrscheinlichkeitsrechnen
- 3. Semester
- Alogrithmen und Datenstrukturen
- Analysis 3
- Communication Competence 3
- Data Products and Services
- Grundlagen der Statistik
- Operating Systems und Infrastructur
- Physikalische Grundlagen Sensorik
- Text Processing
- 4. Semester
- Data Engineering 2
- Digital Entrepreneurship
- Digitalisierung technischer Wirtschaftssysteme
- Frontend-, Web- und Software-Engineering
- Maschinelles Lernen und Data Mining
- Numerik
- Statistisches Modellieren
Bachelor Electrical Engineering
- 1. Semester
- Analysis 1
- Communication Competence 1
- Digitaltechnik
- Elektrizitätslehre 1
- Informatik 1
- Lineare Algebra 1
- Physik 1
- Werkstoffe der Elektrotechnik
- 2. Semester
- Analysis 2
- Communication Competence 2
- Digital Communication Networks
- Elektrizitätslehre 2
- Informatik 2
- Lineare Algebra 2
- Physik 2
- 3. Semester
- Analysis 3
- Communication Competence 3
- Computertechnik 1
- Energie- und Antriebstechnik
- Signale und System 1
- Stochastik und Statistik
- 4. Semester
- Computertechnik 2
- Digitale Signalverarbeitung
- Elektronik 2
- Numerik
- Physik 3: Felder und Wellen
- Regelungstechnik
- Wirtschaft für Ingenieure
- Elektrotechnikspezifische Wahlfächer
- Advanced Electronics
- Digitale Signalverarbeitung 2
- Wireless Communication 1
- Wireless Communication 2
Bachelor of Energy and Environmental Engineering
- 1. Semester
- Algebra und Statistik 1
- Analysis 1
- Communication Competence 1
- Elektrotechnik und Halbleiter 1
- Energieeffizienz und Politik
- Informatik Programmieren 1
- Messtechnik in Solarsystemen
- Physik 1
- 2. Semester
- 3. Semester
- Analysis 3
- Communication Competence 3
- Physik 3: Statik Festigkeitslehre
- Projektmanagement im Energieanlagenbau
- Solartechnik Solarstrom
- Thermodynamik
- Wechselstrom und Stromnetze
- 4. Semester
- Angewandte Wärmeübertragung
- Materialtechnologie für EU
- Numerik
- Regelungstechnik
- Smartgrid und Elektromobilität
- Technologiefeldanalyse
- Thermische und elektrische Grundlagen der Kraftwerkstechnik
- Wirtschaft für Ingenieure
- EU-spezifische Wahlfächer
- Business Dynamics
- Elektrische Energiesysteme – Power Grids
- Elektrische Speicher und Leistungselektronik
- Foresight und Szenarien
- Geschäftsmodelle in Energie- und Umwelttechnik
- Photovoltaik Systeme
- Photovoltaiktechnologie und Speicherproduktion
- Smart Solutions
- Thermische Energiesysteme
Bachelor Computer Science
- 1. Semester
- Analysis 1
- Communication Competence 1
- Datenbanken
- Diskrete Mathematik
- Grundlagen der Elektrotechnik und Digitaltechnik
- Information und Codierung
- Programmieren 1
- 2. Semester
- Analysis 2
- Communication Comptetence 2
- Kommunikationstechnik
- Lineare Algebra
- Programmieren 2
- Systemnahe Programmierung
- Theoretische Informatik
- 3. Semester
- Algorithmen und Datenstrukturen
- Communication Competence 3
- Computertechnik 1
- Höhere Mathematik für Informatiker 1
- Software-Entwicklung 1
- Stochastik und Statistik
- Web-Entwicklung
- 4. Semester
- Betriebssysteme
- Computertechnik 2
- Höhere Mathematik für Informatiker 2
- IT-Sicherheit
- Maschinelles Lernen und Data Mining
- Physik Engines
- Software-Entwicklung 2
- Wirtschaft für Ingenieure
- Informatikspezifische Wahlfächer
- Advanced Software Engineering 1
- Advanced Software Engineering 2
- Artificial Intelligence 1
- Artificial Intelligence 2
- Cloud Computing 1
- Cloud Computing 2
- DotNet Technologie und Frameworks 1
- DotNet Technologie und Frameworks 2
- Einführung in die Quanteninformatik
- Funktionale Programmierung
- Game Development
- Information Engineering 1
- Mobile Applications 1
- Mobile Applications 2
- Natural User Interfaces
- Optimierungsmethoden in der Informatik
- Programmiersprachen und -paradigmen
- Robotics Application Programming
- Scientific Computing
- Serverless and Cloud Application Development
- Software and System Security 1
- Software and System Security 2
- Visual Computing 1
- Visual Computing 2
Bachelor Mechanical Engineering
- 1. Semester
- Algebra und Statistik 1
- Analysis 1
- CAD für MT
- Communication Competence 1
- Informatik Programmieren 1
- Maschinenelemente 1
- Physik 1
- Werkstoffe und Chemie
- 2. Semester
- Algebra und Statistik 2
- Analysis 2
- Communication Competence 2
- Fluiddynamik
- Informatik Tools
- Maschinenelemente 2
- Physik 2
- Statik
- 3. Semester
- Analysis 3
- Communication Competence 3
- Festigkeitslehre 1
- Mess- und Regelungstechnik 1
- Physik 3: Kinematik und Kinetik
- Thermodynamik
- Virtuelle Produktentwicklung und Maschinenelemente 3
- Werkstofftechnik 1
- 4. Semester
- Angewandte Wärmeübertragung
- Festigkeitslehre 2
- Finite Elemente Methode
- Maschinenelemente 4
- Mess- und Regelungstechnik 2
- Numerik
- Werkstofftechnik 2
- Wirtschaft für Ingenieure
- 5./6. Semester
- Elektrotechnik
- Maschinendynamik
- Maschinentechnikspezifische Wahlfächer
- Additive Manufacturing
- Advanced Digital Engineering
- Advanced Digital Production
- Bio Mechanical Engineering 1 & 2
- Computational Fluid Engineering 2
- Computational Light Weight Design 1
- Computational Light Weight Design 2
- Innovative Werkstoffe und Oberflächen 1
- Innovative Werkstoffe und Oberflächen 2
- Konventionelle Kraftwerkstechnik
- Modellbildung und Simulation
- Schienenfahrzeugtechnik
- Smart Products and Production 1
- Smart Products and Production 2
- System and Automation Technology 1
- System and Automation Technology 2
- Verfahrenstechnik 1
- Verfahrenstechnik 2
- Werkstoffauswahl
Bachelor Systems Engineering
- 1. Semester
- Analysis 1
- Communication Competence 1
- Elektrizitätslehre 1
- Informatik 1
- Lineare Algebra 1
- Materialtechnologie
- Physik 1
- Produktentwicklung Systemtechnik 1
- 2. Semester
- Analysis 2
- Communication Competence 2
- Elektrizitätslehre 2
- Informatik 2
- Lineare Algebra 2
- Mechanische Systeme 1
- Physik 2
- Produktentwicklung Systemtechnik 2
- 3. Semester
- Analysis 3
- Communication Competence 3
- Computertechnik 1
- Elektronik und Digitaltechnik für ST
- Mechanische Systeme 2
- Product Development for System Engineering 3
- Signale und Systeme 1
- Stochastik und Statistik
- 4. Semester
- Computertechnik 2
- Elektro- und Antriebstechnik für ST
- Mechanische Systeme 3
- Numerik
- Physik 3
- Product Development for System Engineering 4
- Regelungstechnik
- Wirtschaft für Ingenieure
- 5. / 6. Semester
- Biomedizinische Systeme 1
- Biomedizinische Systeme 2
- Medizintechnik 1
- Medizintechnik 2
- Regelungstechnik 1
- Regelungstechnik 2
- Robotik und Mechatronik 1
- Robotik und Mechatronik 2
- Sytemtechnikspezifische Wahlfächer
- Angewandte Optik / Photonics
- Thermal Devices in Medicine
Bachelor Transport Systems
- 1. Semester
- Analysis 1
- Communication Competence 1
- Informatik Programmieren 1
- Lineare Algebra 1
- Physik 1
- Raumplanung
- Verkehrssysteme – Grundlagen
- 2. Semester
- Analysis 2
- Communication Competence 2
- Informatik Programmieren 2
- Lineare Algebra 2
- Physik 2
- Verkehrsökonomie 1
- Verkehrssysteme – Betrieb
- 3. Semester
- Communication Competence 3
- Intermodalität und Multimodalität
- Operations Management Grundlagen
- Operations Research
- Physik 3
- Stochastik und Statistik
- Verkehrsökonomie 2
- 4. Semester
- Anlagen- und Flottenmanagement
- Datenanalyse und Prognose
- Digitalisierung technischer Wirtschaftsysteme
- Instandhaltung
- Numerik
- Reliability, Availability, Mainainability and Safety
- Verkehrsrecht
- Verkehrssystemespezifische Wahlfächer
- Leittechnik und Kundeninformation
- Logistik und Supply Chain Management 2
- Mobility Data Analytics
- Mobility Data Mining
- Modellierung und Simulation 1
- Modellierung und Simulation 2
- Netzentwicklung
- Umfragen- und Stichprobenerhebung
- Verkehrstechnik 1
- Verkehrstechnik 2
Bachelor Industrial Engineering and Management
- 1. Semester
- Analysis 1
- Communication Competence 1
- Explorative Datenanalyse
- Informatik Programmieren 1
- Lineare Algebra 1
- Physik 1
- 2. Semester
- Analysis 2
- Betriebswirtschaftliche Prozesse 2
- Communication Competence 2
- Informatik Programmieren 2
- Lineare Algebra 2
- Physik 2
- Wahrscheinlichkeitsrechnen
- Vertiefung Data & Service Engineering
- 3. Semester
- Analysis 3
- Communication Competence 3
- Finanzielle Unternehmensmodellierung
- Grundlagen der Statistik
- Operations Management Grundlagen
- Operations Research
- Physik 3: Factory Physics
- 4. Semester
- Digitalisierung technischer Wirtschaftssysteme
- Numerik
- Produktionsplanung und -steuerung
- Service Operations Management
- Statistical Modelling
- Statistisches Data Mining
- Stochastische Prozesse
- 5. Semester
- Advanced Regression Modelling
- Databases
- Service Engineering Grundlagen
- Simulation betrieblicher Prozesse
- 6. Semester
- Datenbasierte Decision Support Systeme
- Information Engineering 2
- Methoden des quantitativen Marketings
- Vertiefung Industrial Engineering
- 3. Semester
- Analysis 3
- Communication Competence 3
- Finanzielle Unternehmensmodellierung
- Grundlagen der Statistik
- Operations Management Grundlagen
- Operations Research
- Physik 3: Factory Physics
- 4. Semester
- Digitalisierung technischer Wirtschaftssysteme
- Numerik
- Produktionsplanung und -steuerung
- Service Operations Management
- Statistical Modelling
- Statistisches Data Mining
- Stochastische Prozesse
- 5. Semester
- Databases
- Logistik und Supply Chain Management
- Simulation betrieblicher Prozesse
- Smart Factory
- 6. Semester
- Advanced Operations Management
- Enterprise Resource Planning – Produktion und Logistik
- Information Engineering 2
- Qualitätssicherung – Methoden und Instrumente
- Vertiefung Wirtschaftsmathematik
- 3. Semester
- Analysis 3
- Communication Competence 3
- Finanzielle Unternehmensmodellierung
- Grundlagen der Statistik
- Physik 3: Factor Physics
- Versicherungsmathematik
- Volkswirtschaftslehre
- 4. Semester
- Digitalisierung technischer Wirtschaftssysteme
- Mathematik der Finanzmärkte 1
- Numerik
- Statistical Modeling
- Statistisches Data Mining
- Stochastische Prozesse
- Time Series
- 5. Semester
- Adaptive Modelle
- Advanced Regression Modelling
- Databases
- Mathematik der Finanzmärkte 2
- 6. Semester
- Empirische Modellierung von Finanzmärkten und Finanzprodukten
- Information Engineering 2
- Risk Engineering
- Survey Design und Analyse
Master Engineering
- Vertiefung Aviation
- Advanced aircraft system design
- Applied Statistics and Data Analysis
- Corporate Management und Entrepreneurship
- Innovation and Changemanagement
- Management of Complex Processes
- Managing complexity and innovation in aviation
- Modelling for aviation infrastructure and future mobility
- Optimization
- Predictive Modelling
- Stochastic Modelling
- Systems engineering of safety critical systems
- Vertiefung Business Engineering
- Applied Statistics and Data Analysis
- Business Analytics
- Innovation and Changemanagement
- International Logistics
- Life Cycle Management of Infrastructures
- Market Analysis and Forecasting
- Novel Innovation and Design Principles
- Optimization
- Predictive Modelling
- Product Innovation and Product Lifecycle Management
- Quantitative Methods in Industrial Operations Management
- Service Operations and Management
- Servitisation of Manufacturing
- Smart Services
- Technology Management
- Vertiefung Civil Engineering
- Applied Statistics and Data Analysis
- Baudynamik und Erdbebeningenieurwesen
- Baustatik
- Corporate Management und Entrepreneurship
- Ethics and Corporate Responsibility
- Life Cycle Management of Infrastructures
- Naturgefahren
- Ordinary Differential Equations and Dynamical Systems
- Partial differential equations in engineering applications
- Privacy and Law
- Werkstoffmechanik und Plastizitätstheorie
- Zustandserfassung von Bauwerken
- Vertiefung Computer Science
- Advanced Programming Paradigms
- Advanced User Interfaces
- Algorithms
- Cloud Computing
- Corporate Management und Entrepreneurship
- IT-Security
- Management of Complex Processes
- Mobile Computing
- Optimization
- Parallel and distributed computing
- Privacy and Law
- Software Engineering and Architectures
- Stochastic Modelling
- Theoretical Computer Science
- Wireless Communications
- Vertiefung Data Science
- Advanced Statistical Data Analysis
- Analysis of Sequential Data
- Analysis of Text Data
- Data Management
- Deep Learning
- Ethics and Corporate Responsibility
- Machine Learning
- Machine Learning in Computer Vision
- Optimization
- Predictive Modelling
- Privacy and Law
- Smart Services
- Stochastic Modelling
- Vertiefung Electrical Engineering
- Academic Writing and Presenting
- Advanced Control
- Advanced Electronic Design
- Design of Embedded Hardware and Firmware
- Digital Image
- Embedded Real-time Software
- Machine Learning
- Machine Learning
- Management of Complex Processes
- Numerical Analysis and Computer Algebra
- Physics on micro and nano scale
- Power Electronics Systems
- Signal Processing and Transmission
- Statistical Digital Signal Processing and Modeling
- Technology Management
- Vertiefung Energy and Environment
- Advanced Thermodynamics
- Computational Fluid Dynamics
- Environmental Remediation Technologies: soil, groundwater & athmosphere
- Environmental Technologies: Wastewater treatment
- Innovation and Changemanagement
- Management of Complex Processes
- Multiphysics
- Optimization
- Partial differential equations in engineering applications
- Photovoltaic & storage
- Power Electronics Systems
- Power Grids: Systems and Devices
- Process integration and pinch analysis
- Sustainable development
- Two-phase flows with heat and mass transport
- Vectors and Tensors in Engineering Physics
- Vertiefung Mechanical Engineering
- Advanced structural mechanics
- Applied micro & nano technologies
- Applied Statistics and Data Analysis
- Computational Fluid Dynamics
- Computational Structural Mechanics
- Digitalisation in industry
- Innovation and Changemanagement
- Management of Complex Processes
- Manufacturing Technologies
- Materials and Surfaces
- Numerical Analysis and Computer Algebra
- Optimization
- Ordinary Differential Equations and Dynamic Systems
- Quality and Risk Management
- Vertiefung Mechatronics and Automation
- Advanced robotics
- Automatic Drive Systems
- Autonomous mobile robot systems
- Digital Image
- Innovation and Changemanagement
- Integrated Automation
- Management of Complex Processes
- Model predictive control
- Multiphysics
- Optimization
- Ordinary Differential Equations and Dynamical Systems
- Quality and Risk Management
- Vertiefung Medical Engineering
- Applied Statistics and Data Analysis
- Biomedical Engineering
- Digital health systems
- Ethics and Corporate Responsibility
- Machine Learning
- Medical Device Market Access
- Medical Diagnostics & Devices
- Optimization
- Physics on micro and nano scale
- Quality and Risk Management
- Sustainable development
- Vertiefung Photonics
- Academic Writing and Presenting
- Advanced thin film technology
- Applied Photonics
- Applied Statistics and Data Analysis
- Digital Image
- Ethics and Corporate Responsibility
- Innovation and Changemanagement
- Laser and laser applications
- Optical engineering and metrology
- Ordinary Differential Equations and Dynamical Systems
- Physics on micro and nano scale
Cross-programme elective subjects Bachelor
- Studiengangsübergreifende Wahlfächer
- Additive Manufacturing (3D printing)
- Automation 1
- Automation 2
- Biomechanical Engineering 1
- Biomechanical Engineering 2
- Bionics
- Circular Economy
- Cleantech
- Communication Networks and Services 1
- Communication Networks and Services 2
- Computational Fluid Engineering 1
- Datenbanken
- Digital Assistive Technologies
- Digital Health
- Digital Image Processing 1
- Digital Image Processing 2
- Digitale Signalverarbeitung 1
- Embedded Software Engineering
- English for Academic Purposes
- Enterprise Resource Planning – Produktion und Logistik
- Höhere Analysis und Numerik
- Industrial Design: Basic Principles
- Informatikrecht
- Information Engineering 2
- Ing4Sustainability
- Innovations- und Technologiemanagement
- Integrierte Managementsysteme
- Intercultural Communication and Management
- International Management – Asia
- Internet of Things 1
- Internet of Things 2
- Introduction to Computer and Communication Security
- Introduction to Rotary Wing Aircraft
- Investition und Finanzierung
- Kältemaschinen und Wärmepumpen
- Klimapolitik und technologische Innovation
- Konzepte des Maschinellen Lernens
- Kryptologie
- Leistungselektronik und Elektrische Antriebe 1
- Leistungselektronik und Elektrische Antriebe 2
- Logistik und Supply Chain Management
- Marketing und Marktbearbeitung
- Medizintechnik 1
- Medizintechnik 2
- Microcomputer Systems 1
- Microcomputer Systems 2
- Moderne Physik
- Multicore and Parallel Computing
- Nachhaltige Treibstoffe
- Nachhaltiges Produktdesign
- Nachhaltigkeit von Informations- und Kommunikationstechnologien
- Numerical and Experimental Aerodynamics
- Ökobilanzierung
- Operations Management Grundlagen
- Operations Research
- Optoelektronik
- Patentrecht
- Predictive Analytics
- Principles and Application of the IoT
- Projektmanagement
- Rapid Software Prototyping for Engineering Science
- Realtime Daten-Erfassung/-Analyse mit LabVIEW
- Regelungstechnik 1
- Regelungstechnik 2
- Risikomanagement
- Robotik und Mechatronik 1
- Robotik und Mechatronik 2
- Safety and Systems Engineering
- Schlüsselkompetenz Wissenschaftliches Arbeitn
- Sensorik
- Smart Grid
- Smart Living
- Sustainability in Production Systems
- Sustainable Mobility
- System on Chip Design
- Technikfolgenabschätzung autonomer Fahrzeuge
- Technologie für Entwicklungsländer
- Technologien und Systeme der Elektromobilität
- Viable Start-Ups
- Windkraft Wasserkraft Solarthermie
- Wirtschaftliches/Gesellschaftliches Umfeld als Erfolgsfaktor
- Zukunft Rohstoffe
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