The master specific modules (Engineering Modules (EM)) can also be booked separatly, so that there is the possibility for target-oriented further education in the different master fields and subjects of the modules. Without being bound to a full Master Program, participants of individual modules join the normal Master Program modules for the specifically booked two week module of their choice. After participation the participants receive a certificate of participation.
Information on the pricing of individual module booking can be found in the official pricing list of the HECTOR School. For booking of individual modules please fill the booking form for individual modules. Detailed information on the different Engineering Modules can be requested by ordering the course guidebook of the different Master Programs (free of charge). Dates of the different modules can be found in the timetables of the Master Programs.
Overview Engineering Modules all Master Programs
Embedded Systems Engineering |
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| EM1 | Emerging Technologies |
1. Emerging Technologies - Materials 2. Emerging Technologies - Optoelectronics 3. Roadmap for Semiconductor Industry & Beyond |
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| EM2 | Product Development in Electronics |
1. Integrated Product Development I 2. Embedded Systems Engineering 3. Case Study in Automotive Electronic Systems I |
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| EM3 | Embedded Systems Development |
1. Integrated Product Development II 2. Systems and Circuit Synthesis 3. Case Study in Automotive Electronic Systems II 4. Emerging Technologies - Nanoelectronics |
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| EM4 | Communication Technology |
1. Optical Communication Systems 2. Radio Frequency Electronics 3. Intergrated Systems of Signal Processing |
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| EM5 |
Signal Processing & |
1. Design for Teatavility 2. Quality Mangement and Cost of Electronics 3. Signal Analysis in Embedded Electronic Systems |
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Energy Engineering and Management |
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| EM1 | Renewables |
1. Fluid Mechanics 2. Wind Power 3. Water Power 4. Bio Fuels 5. Solar Power and Geothermal |
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| EM2 | Thermal Energy Conversion |
1. Technical Thermodynamics 2. Technical Combustion 3. Thermal Power Plants 4. Turbo Machinery |
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| EM3 | Electricity Generation & Energy Storage |
1. Power Generators 2. Fuel Cells, Batteries 3. Photovoltaic 4. Hydrogen Storage |
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| EM4 | Smart Networks & Energy Distribution |
1. Power Systems Introduction and Components 2. Transmission and Distribution 3. Smart Grids and Emerging Technologies 4. Efficient Energy Distribution: Cities/ Smart Buildings |
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| EM5 |
Energy Economics |
1. Energy Efficiency 2. Integration and decentralized Energy Systems 3. Energy Markets 4. European Network Regulations 5. Energy System Analysis |
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Financial Engineering |
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| EM1 | Information and Service Management |
1. Information and Market Engineering 2. Service Management 3. Service Innovation |
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| EM2 | Financial Management |
1. Modern Theory of Investment 2. Corporate Financial Engineering |
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| EM3 | Quantitative Methods in Finance |
1. Financial Econometrics 2. Stochstic Calculus & Introduction to Mathematical Finance |
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| EM4 | Fixed Income and Derivative Securities |
1. Derivatives 2. Fixed Income Securities 3. Computational Finance |
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| EM5 |
Risk Management |
1. Insurance, Risk Analysis and Asset Liability Management 2. Credit Risk and Operational Risk |
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Green Mobilty Engineering |
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| EM1 | Vehicles as Mechatronical Systems I |
1. Advanced Green Combustion Engines/ Bio Fuels 2. Energy Conversion 3. Energy Distribution 4. Energy Storage: Batteries, Fuel Cells, H2-Storage 5. Energy Output 6. Automotive Control Systems |
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| EM2 | Vehicles as Mechatronical Systems II |
1. Selected Topics of Electrical Engineering 2. Electro Engines 3. Power Electronics 4. Embedded Systems Engineering 5. Case Study in Automotive Electronic Systems |
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| EM3 | Vehicle Driver Interaction |
1. Driveability 2. Human Behavioral Models 3. Noise Vibration & Harshness 4. Driver Assistance Systems 5. Acceptance and Benefits |
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| EM4 | Vehicle Traffic Interaction |
1. Perception of the environment 2. Autonomous Mobile Systems 3. Car-to-Car & Car-to-Infrastructure Communication |
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| EM5 |
Transportation Markets |
1. CO2-Balances: well to wheel 2. Transportation Markets & Policy 3. Light Weight Technology and High-Performance Fibres 4. Travel Demand 5. Production Systems for eMobility |
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Management of Product Development |
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| EM1 | Simulation, Information and Design |
1. Basics in Product Development Processes 2. Information Systems I 3. Basics of validation 4. Methods of Simulation |
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| EM2 | Integrated Product Development |
1. Integrated Product Development I 2. Information Systems II 3. Industrial Design Engineering |
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| EM3 | Success Factors in Product Development |
1. Integrated Product Development II 2. Information Systems III 3. Production Engineering 4. Performance Evaluation |
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| EM4 | Systems and Cases |
1. Systems Engineering 2. Eco-Design 3. Case Study in Product Development |
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| EM5 |
Workshops and multi- |
1. Product Development in a multi-technological Environment 2. Quality Management 3. Workshop in Methods of Product Development |
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Production and Operations Management |
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| EM1 | Introduction Production and Operations Management |
1. Introduction Industrial Engineering 2. Information Systems 3. Stochastic Models of Manufacturing Systems I 4. Operations Research I |
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| EM2 | IT Support of Production Systems |
1.Service Engineering 2. Information Systems II 3. Simulation of Production Systems 4. Operations Research II |
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| EM3 | Methods of Operations | 1. Supply Network Management 2. Production 3. Human Factors and Ergonomics 4. Production and Logistic Controlling |
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| EM4 | Networks of Supply and Production Systems |
1. Information Technology for Logistic Systems 2. Quality Management 3. Industrial Management Case Study |
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| EM5 |
Production and Distribution |
1. Design for Teatavility and Manufacturability 2. Quality Mangement and Cost of Electronics 3. Signal Analysis in Embedded Electronic Systems |
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Service Management and Engineering |
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| EM1 | Information and Service Management |
1. Information and Market Engineering 2. Service Management 3. Service Innovation |
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| EM2 | Service Technologies |
1. Advanced Computer Networks 2. Advanced Web Applications 3. IT Safety and Security 4. Cloud Computing |
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| EM3 | Digital Services |
1. Information and Knowledge Management 2. IT Aspects of eCommerce 3. Complexity Management 4. Information Pricing 5. Service Pricing |
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| EM4 | Business Processes and Software Engineering |
1. Business Process Engineering 2. Software Systems Engineering |
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| EM5 |
Regulations and Economics |
1. Communication Law 2. Network Economics 3. Transport Network Economics 4. Telecommunication Network Economics 5. Economics of Contracts |
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