Study Guide: Programme of Bachelor Degree in Water and Infrastructure Management at HS Koblenz with specialization in Water Management.

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1 1 BSTK Building Materials Prof. Breitbach 1 MATH 1 Mathematics 1 Dipl. Ing. Berweiler 5 PL properties of fresh and hardened concrete Steel, Timber, Plastics Bitumen Minerals in road construction Manufacturing of road asphalt 5 SL (course Symbolic logic and theory of sets achievement Arithmetic and algebra prerequisite for) Differential and integral calculus for elementary written functions with applications examination PL Trigonometry and geometry Vector algebra and vectorial geometry Matrix calculus 1 ÖKOG Fundamentals of Ecology Prof. Kirchner 5 SL and PL Ecological interactions and sustainability of ecosystems habitats, natural spaces, soils and urban climate Material and energy cycles, climate change Water balance, water cycle, Water quality and ecology Ecological assessment and planning process

2 1 REWI Law and Business Studies LB Braun 5 PL economic analysis of law brief introduction to the tools of microeconomics commercial law cooperate law 1 TRAG 1 Basics of Structural Engineering 1 QUAL 1 Diversity in Civil Engineering / Presentation LB Planker Prof. Laubach Prof. Wernecke PL basic structures of German law service contracts, defect claims federal land utilization ordinance 5 PL Statics of rigid body reaction and pin joint forces stress resultants (axial force,shear force, bending moment) strains due to axial forces, bending moments and shear forces 5 SL aspects of diversity civil engineer job profile, historical development, requirements on expertise The job market actual developments diversity management Presentation by power Point

3 2 BINF 1 Spreadsheet application CAD Dipl. Ing. Meseck K. Müller, B.Sc. 2 HYDR Hydromechanics Prof. Kirschbauer 2 MATH 2 Mathematics 2 Dipl. Ing. Berweiler 2 RARE Spatial and Regional Planning Prof. Kirchner 2,5 SL Introduction to spreadsheet application (MS Excel) Fields of application and practical orientation of CAD 2,5 SL Introduction of CAD system with the help of an two dimensional practical exercise Introduction of CAD systems for three dimensional designs 5 SL and PL Hydrostatics Pipe Hydraulic Channel Hydraulic 5 SL (course Differential calculus with applications achievement Integral calculus with applications prerequisite for) written examination PL 5 SL and PL Fundamentals of Spatial Planning and Regional Planning in Germany structure models of spatial planning for cities State Development, regional and land use planning European policy for spatial planning

4 2 PHAB Sound Insulation Prof. Zerwas Basics of acoustics Sound insulation in buildings Certification of noise protection Diffusion and environmental moisture protection Survey and determination of water load according to DIN T1 Sealing with bituminous products, synthetic materials, water impermeable construction Drainage of buildings 2 TRAG 2 Basics of Structural Design Prof. 5 PL Deformation of single span beams Laubach overview of common structural systems and their simplified structural analysis Design loads and safety concept for structural design short introduction in the structural design of steel 3 BBET 1 Construction Operations 1 Prof. 5 SL and PL Performance Description: Construction contracts Krudewig procedures (VOB): basics and forms of procurement Construction invoicing: calculation basis, accounting, settlement rules of construction performance: basics, introduction of calculation, implementation of an example of calculation

5 3 KORE Communication and Rhetoric 3 PLAN Legal framework for planning 3 SIWW 1 Urban Water Management 1 3 STOMA Material flux management/ material cycles LB 5 SL and PL Verbal and non verbal communication Presentation, lecture, speech Chain of reasoning Basics to be a group moderator Prof. 5 Laws and processes for planning and Kirchner / RA administration Gerlach Planning approval procedure spatial planning, environmental impacts and environmental assessment Principles of the building code, zoning and development plan Prof. 5 SL and PL Principles of urban water management Kirschbauer Planning of Sewer Systems and Rainwater Management Prof. 2,5 PL Analysis material and energy flows Kirschbauer Biogeochemical Cycles Material and economic cycles Statistical method Prof. Bogacki 3 VPL Traffic Planning Prof. Schoonbrood 2,5 PL Sample analysis Selected distribution functions 5 PL basics of mobility infrastructure, networks modelling and forecasting

6 4 GEOG Basics of the geotechnical Prof. Quarg 5 SL and PL Introduction to the principles of Soil Mechanics engineering Vonscheidt introduction to the behaviour of soils as engineering materials Ground surveying purposes and geotechnical surveys Basic analytical methods that apply the concepts introduced to standard engineering problems like foundations and retaining walls 4 STBB 1 Structural Design of Prof. Zeitler 5 SL and PL load carrying action of reinforced concrete Reinforced Concrete 1 elements material behavior of concrete and reinforcing steel; bonded coaction sizing of reinforced concrete constructions due to bending and axial force sizing of reinforced concrete constructions due to shear force 4 STRP 1 Road Planning Prof. Fischer 5 PL and SL Data and facts of road and rail transport, global traffic forecast models Basics of vehicle dynamics, Preliminary investigation and survey in planning (e. g. environmental sustainability Basics of cross section design 4 VERM 1 Surveying Prof. Quarg 5 SL and PL Activities in civil engineering surveying Vonscheidt Coordinate Systems, measurements, Angle, Distance and Laser measurements Working with GPS (Global Positioning System)

7 4 WASW 1 Hydraulic construction / Prof. Ziegler 5 SL and PL Surface water characteristics Water engineering Hydraulic calculations Flood management / dams dykes Hydropower 4 QUAL 2 Technical English LB Baity 2,5 SL Insight into the terminology to the building industry and construction (practice and consolidate vocabulary and grammar Receptive skills of reading and listening Productive skills of writing and speaking Management of conflicts LB n.n. 2,5 SL Team building Conflict resolution Learn to be a moderator in difficult situation 5 BWL Business Economics LB n.n. 5 PL Methods for economic sciences Training in business administration investment budgeting and a cost budget financial planning and accounting Project organization 5 GIS Geographical information Prof. Bogacki 5 PL Introduction to ArcGIS systems Practical GIS project 5 HYDRO 1 Hydrology Prof. 5 PL Hydrologic cycle and water balance Wernecke Water and catchment area Elements of hydrologic cycle: runoff, precipitation, evapotranspiration Hydrologic extremes: Floods, low water Design and simulate precipitation and runoff processes

8 5 SIWW 2 Wastewater Engineering Prof. Ziegler 5 SL and PL Wastewater analytics Wastewater treatment including energy and nutrient aspects Design of wastewater treatment plants Alternative sanitation technologies 5 Selective Module 5 5 QUAL 3 Diversity in Civil 2,5 PL Responsibility and ethics in technical professions Engineering 2 / Engineering results assessment Management theories Diversity management Mediation (MEDI) Prof. Kirchner SH City for all/access for all Prof. Kirchner/ Nina Porz FREI City Space Open Space Prof. Kirchner 2,5 PL Fundamentals of conflict resolution and of mediation Project related mediation; different models Development of a mediation process 5 PL Research on accessibility, DIN standards, guidelines, best practices Investigation of Koblenz city spaces through inventory & mapping; recomendations 5 PL Studies of the urban space, streets, paths and squares as public space, by examining town squares of Koblenz Typologies of building structures, spatial structures and spatial sequences, quality of spaces for users, features and design, weaknesses and strengths, development of a specific design

9 6 BAUV Methods of Construction and Project Management 6 LIM Limnology Prof. Wernecke 6 WASW 2 Hydraulic construction / Water engineering 6 WAWI Water management Prof. Wernecke 6 QUAL 4 Scientific Research and Career Planning Construction processes: earthwork, pipework, road construction, tunnel construction, bridge construction Project management: basics, work stages, fees, processes VOB/ construction contracts procedures 5 PL EU Water framework directive Types of surface water bodies Water biocoenosis and substances Monitoring and analytical methods Water quality and hydromorphology Renaturation of rivers Prof. Ziegler 5 SL and PL Flood management Design of retention dams Hydrograph and runoff Hydropower: power, turbines 5 PL E U Water framework directive EU Flood risk management Water use, riparian rights River basin management for low water River basin management for groundwater Input of pollutants in Waters 5 SL write a scientific proposal disputation Presentation & rhetoric write a letter of application

10 7 PRAX Practical Stage Prof weeks practical work experience in civil Hofmann engineering 7 THESIS Bachelor Thesis 10 Scientific Thesis with a duration of 8 weeks