Studiengangsstruktur bis SoSe 2016

Transkript

1 Studiengangsstruktur bis SoSe 2016 Master of Science in Environmental Engineering Diese Struktur des Masterstudiengangs Umweltingenieurwesen gilt für alle, die ihr Studium ab dem WS2011/12 bis einschl. SoSe2016 aufgenommen haben (FPSO 20111) Der internationale Masterstudiengang Umweltingenieurwesen an der TUM baut auf grundständige Kompetenzen aus dem Umweltingenieurwesen oder einem fachverwandten Bachelorstudiengang auf. Er gibt den Studierenden die Möglichkeit spezialisiertes Wissen und Methodenkompetenzen innerhalb einer thematisch ausgerichteten Vertiefungsrichtung zu gewinnen. Die Vertiefungsrichtungen werden von mehreren Professor en der Fakultät getragen und bieten somit eine vielseitige Sicht auf die behandelten Themen. Die Vertiefungsrichtungen des Masterstudiengangs sind: Urban Environments and Transportation Environmental Hazards and Resources Management Environmental Quality and Renewable Energy Energieeffizienz und Nachhaltigkeit von Gebäuden (wird auf Deutsch abgehalten) Regelstudienzeit: 4 Semester Studiengangssprache: Englisch Hauptstandort: München Stammgelände Seite 1/9

2 Das Curriculum umfasst: 2,5 Semester (75 Credits) aus Kursen, Übungen und Laborarbeiten 0,5 Semester (15 Credits) praxisorientiertem Studienprojekt 1 Semester (30 Credits) Master s Thesis Die Vertiefungsrichtungen bilden den Kern des Studiengangs und geben die berufsbildbezogene Spezialisierung vor. Über einen gemeinsamen Block von übergreifenden Methoden (Cross Cutting Methods Technologies and Fundamentals) werden Kompetenzen in Erfassung, Modellierung und Visualisierung von umweltrelevanten Daten vermittelt. Darüber hinaus besteht die Möglichkeit einen Teil der Credits frei aus den Veranstaltungen der ganzen TUM, einschl. Sprachkursen und Soft-Skills, zu erbringen. In den folgenden Seiten finden sich die Modullisten vom WS2015/16 Seite 2/9

3 Curriculum MSc Environmental Engineering FPSO winter semester 2015 Field of Study 1: Urban Environments and Transportation The Field of Study Urban Environments and Transportation focusses on the interdependencies between urban development and the need for supply of drinking and process water, transport and mobility needs and the handling of wastewater and air pollutants. Required Elective Modules BV BV BV BV BV BV BV BV BV BGU38014 BGU38011 Land Management and Land Policy Land Use and Transport - Interactions and Strategies Road and Rail Design Traffic Management Intelligent Transport Systems Modelling of Environmental Effects in Transportation Project Appraisal and Planning Processes in Transportation Fundamentals of Urban Climate Applications of Urban Climate Water and Wastewater Treatment Engineering Kanalnetz- und Regenwasserbewirtschaftung Elective Modules Urban Water Quality BGU38010 BV BV WZ8084 BGU38013 WZ8017 Advanced Water Treatment Engineering and Reuse Modelling of Water Quality in Aquatic Systems Design, Construction and Operation of Wastewater Treatment Plants Sewage Sludge Treatment Technical Communication Skills in Water and Wastewater Treatment Engineering Material Flow Management Land Use and Transportation Planning BV AR30213 BV BV BV Land Use and Transportation Modelling Public Transport as Urban Generator Local Public Transport Strategy and Organisation Public Transport Operations and Supply Inland Navigation Management and Constructions Transportation Technology BGU56035 BV Practical Application of Traffic Control Methods Traffic Flow Simulation Seite 3/9

4 BGU56041 BV BV Transport Planning and Traffic Engineering Concepts for Electric Mobility Applied traffic engineering and planning Intelligent Vehicles Field of Study 2: Environmental Hazards and Resources Management The Field of Study Environmental Hazards and resources Management focuses on analysis, evaluation and mitigation of natural hazards. It deals with the dynamics that exist in water, soil and climate and the impact of human intervention in these areas especially in the field of resource consumption. Required Elective Modules WZ8088 BV BGU46026 BGU67001 BGU54009 BV BV Climate Change Risk Analysis I Alpine Hazards Landslides Flood Risk and Flood Management Fluid Mechanics and Turbulence Environmental Hydrodynamic Modelling BGU41017T2 Numerical River Hydraulics BGU54008T2 Hydrological and Environmental River Basin Modelling BGU54010 BGU54011 BV Groundwater Hydraulics, Modelling and Management Integrated Water Resources Management Planning and Management of Water Reservoirs Elective Modules BGU46027 BGU46028 BV BV Rapidly varying Flows in Hydraulic Engineering Mathematical Modeling of Hydrodynamics and Water Quality in Coastal Regions River Engineering and Hydromorphology Hydraulics Lab BGU54013T2 Seminar in Rainfall-Runoff Modelling BV BV BGU46020 BV BV BGU46022 BGU54015 BV Study Project "Prevention against Alpine Natural Hazards" Nature-oriented Care Project Work in the Field of Hydraulic Eng. / Hydropower / Water Resources Eng. Practical Training at the Obernach Laboratory Inland Navigation Management and Constructions Hydraulics in Water Engineering Water Management at the Catchment Scale (Field trip to the Adige River Basin) International Water Rights and Politics Seite 4/9

5 BV BV BV BV BV BV WZ8017 Risk Analysis II Structural Reliability Introduction to Random Vibration Risk and Reliability Seminar Stochastic Finite Element Methods Computational Methods in Stochastic Dynamics Material Flow Management Field of Study 3: Environmental Quality and Renewable Energy Field of Study 3 focusses on assessing and ensuring the quality of water and soil as well as the use of renewable energy sources. Courses deal with analysing the chemical composition of those elements and developing technologies for improving their quality and remediating damages mainly focussing on urban and natural water cycles as well as soil resources. Students are also provided with competences in planning and deploying renewable energy technologies mainly hydropower, wind and geothermal energy. Required Elective Modules BGU38011 BGU38014 Kanalnetz- und Regenwasserbewirtschaftung Water and Wastewater Treatment Engineering BGU54008T2 Hydrological and Environmental River Basin Modelling BGU54010 WZ8083 BV BGU46023 BV BGU46024 Groundwater Hydraulics, Modelling and Management Introduction to Soil Science and World Soil Resources Land Management and Land Policy Energy Economics, Hydro Power and Energy Storage Fluid Mechanics and Turbulence Geothermal, Ocean and Wind Energy Elective Modules Urban Water Quality BV BGU38010 BGU38013 Design, Construction and Operation of Wastewater Treatment Plants Advanced Water Treatment Engineering and Reuse Technical Communication Skills in Water and Wastewater Treatment Engineering Natural Water Quality BV BGU46030 BV BGU46028 BGU54015 Modelling of Water Quality in Aquatic Systems Ecological Modeling of Surface Waters Rivers as an Ecosystem Mathematical Modeling of Hydrodynamics and Water Quality in Coastal Regions Water Management at the Catchment Scale (Field trip to the Adige River Basin) Seite 5/9

6 BGU54013T2 Seminar in Rainfall-Runoff Modelling BV BV BGU66014 Microbiology of Groundwater Ecosystems Technical Hydrogeology Hydrogeological Case Studies Soil Quality BV BV BV BV WZ WZ1648 WZ1647 WZ0357 WZ2047 Environmental Geotechnics for Environmental Engineers Environmental Geotechnics II Building with Geosynthetics for Environmental Engineers Unsaturated soil mechanics Management of Soil Resources Remediation of Contaminated Sites - Lecture and Seminar Remediation of Contaminated Sites - Lecture and Exercises Soil Microbiology Soil Protection Renewable Energy BV EI8029 BV BV BGU46027 BGU46020 BGU46022 BGU46021 BV Energy Efficiency Energy Systems & Energy Economy International Water Rights and Politics Hydraulic machinery and plants laboratory Rapidly varying Flows in Hydraulic Engineering Project Work in the Field of Hydraulic Eng. /Hydropower /Water Resources Eng. Hydraulics in Water Engineering Hydro Power and Energy Storage - Project Work Water Resources Projects in Science and Practice Field of Study 4: Energieeffizienz und Nachhaltigkeit von Gebäuden (instruction language: German) Das Field of Study 4 fokussiert der energetischen und materialtechnischen Nachhaltigkeit von Bauten, Siedlungen und Kulturlandschaften über ihren gesamten Lebenszyklus. Bauphysikalische Vorgänge in Gebäuden bezogen auf Wärme, Feuchte und Schall, die Wirkung unterschiedlicher Baustoffe in Hinblick auf ihre Umwelteffizienz sowie Konzepte zum nachhaltigen und energieeffizientem Bauen stehen dabei im Vordergrund. Required Elective Modules (Wahlpflichtmodule) BV BV BV Bauphysik Vertiefung Baukonstruktion II / III Nachhaltige Immobilienentwicklung Seite 6/9

7 BV BV Projektorganisation und Management Wechselwirkungen zwischen Nachhaltigkeit und Baukultur Elective Modules (Wahlmodule) BV BV BV BV BV NN BV BV BV BV BV BV NN BV BV BV BV BV BV Bauphysik in der Forschung Bauphysik in der Praxis Building Performance Modelling and Simulation Energetische Modernisierung und Bauschäden Grundfragen einer nachhaltigen Stadtplanung Grundlagen der Nachhaltigkeit Grundlagen des Brandschutzes Nachhaltige Immobilienentwicklung Nachhaltige Lichttechnik Nachhaltigkeit in Architektur, Stadt und Landschaft Nachhaltigkeit von Gebäuden Ökobilanzierung Ökologisches Bauen Projektorganisation und Management Raumklima und Behaglichkeit Seminar Bauphysik Sonderthemen des nachhaltigen Bauens Tragwerkslehre I Wärme- und Feuchtetransport nach DIN, EN und ISO Cross Cutting Methods Technologies and Fundamentals The Cross Cutting Methods Technologies and Fundamentals provide students with the necessary pre-requisites for deepening fundamental theoretical principles in their field of studies, for acquiring environmental data from sensors, lab experiments and simulations as well as processing and visualising these data. Elective Modules Fundamentals WZ8088 BV BV MW1475 MW1476 Climate Change Sustainable Development Life-cycle Assessment Renewable Energy Technology I Renewable Energy Technology II Seite 7/9

8 BV BV BV BV BV Scientific Paper Writing Nature-oriented Care Hydrochemistry Environmental Geology / Geochemistry Fluid Mechanics and Turbulence BGU41017T2 Numerical River Hydraulics BV BV Risk Analysis I Risk Analysis II BGU43012T2 Technical Acoustics BV BV BV Boundary Element Method Integral Transform Methods Structural Dynamics Programming skills BV BV BV BGU65006 Software Lab Computation in Engineering I Introduction to Matlab Professional Software Development Labs BV BV BV BV Hydraulics Lab Hydrochemistry Lab Fluid Mechanics Lab Computational Fluid Dynamics Data Acquisition BV BV BV BV BV BV BV BV BV BV BV Measurement Technology Applied Remote Sensing Atmospheric Physics and Remote Sensing As-built Surveying and geodetical Monitoring Observing and Modeling Global Dynamic Processes Introduction to Earth System Science Introduction to Photogrammetry, Remote Sensing and Image Processing Photogrammetry - Selected Chapters Photogrammetry and Remote Sensing II Photogrammetry and Remote Sensing III Project Photogrammetry and Remote Sensing Seite 8/9

9 Data Processing, Modelling and Simulation BV BV BV BV BV BV BV BV MW0164 BV Advanced GIS for Environmental Engineering - Applications Advanced GIS for Environmental Engineering - Theory Understanding Images - Basics Digital Image Processing for Environmental Engineering Geo Web Services Geodatabases Harmonisation of Geospatial Data Transient System Simulation Buildings Energy Optimization for Buildings Spatiotemporal Analyses in GIS Seite 9/9