Kursusbeskrivelser klima- og forsyningsingeniør
Se kursusbeskrivelser for fagene på uddannelsen til klima- og forsyningsingeniør.
1. Semester
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10
Dataindsamling, validering og anvendelse, efterspørgselsberegninger og mønstre, lovrammer og kommuneplaner, grundlæggende procesdesign
Lære at lære. Projektmetode og PBL. Egen læringsproces. Rapportskrivning. Gruppearbejde
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5
Transcendental functions, infinitesimal calculation, vectors and motion in space.
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5
Geologi, geologiske processer, jordarter, bjergarter, sedimenter, erosion, det danske landskab, geologisk profil, istider, klima, klimaets historiske udvikling, den hydrologiske cyklus, grundvand.
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5
Distributionssystem, drikkevandsrensning, kloaksystemer, spildevandsrensning, energikilder, ledningsnet, vandforbrug, spildevandsproduktion, kvalitetskriterier.
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5
Klima, vejr-mønstre, klimaudvikling, klimaforandringer, virkninger af klimaforandringer, tilpasning til og afbødning af klimaforandringer, bæredygtig bortledning af overfladevand, bæredygtig byudvikling, GIS, klimatilpasningsværktøjer, klimatilpasningsstrategi, årsager til klimaforandringer
2. Semester
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10
Infrastrukturens dimensioner og struktur, veje, rør, regnvandkvalitet
Samarbejde, konflikthåndtering, kulturforståelse, personprofiler, kommunikation, gruppearbejde
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5
Calculus and Linear algebra, Particle dynamics
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5
Infrastructure, roads, pipes, stormwater clearance
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5
Grundlæggende hydraulik, hovedkloaksystemer, Mike Urban
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5
Klimatilpasningsplan, DK2020, Spildevandsplan, kommuner, tilpasningsstrategi, Vandhåndteringsplan, GIS, byklimatilpasning, bæredygtighed.
3. Semester
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5
Tryksatte systemer, MIKE Urban, EPA-net, styring og kontrol
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10
Materialebalancer, Flowdiagram, Regulering og styring, Enhedsoperationer, Hydrauliske beregninger, Procesoptimering
Litteratursøgning, referencehåndtering, kritisk tænkning, holistisk forståelse.
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5
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5
Vandkvalitet, kemi, mikrobiologi
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5
4. Semester
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10
Koordinering, planlægning, projektering, vandhåndtering
Vidensdeling. Kommunikation. Etik. Tværfagligt samarbejde inden for sektor.
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5
Modellering og analyse af forsyningsnetværk, renovering af forsyningsnet, Leanheat, Aquis
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5
Klimaforandringer, regnvand, grønne tage, nedsivningsbassiner åbne grøfter og kanaler, Scalgo, Mike Urban
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5
funktionel programmering, selv-dokumenterende kode, publicering af MATLAB kode som websider, initialisering af variable, initialisering af grafik objekter, implementering af app komponenter.
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5
Materialer: Metaller og polymerer, Strukturer og mekaniske egenskaber, Fejlmekanismer, Typer og applikationer, Korrosionshåndtering og nedbrydningsmekanismer, Forsyningsspecifikke tilfælde (drikkevand, fjernvarme og spildevand), Rustfrit stål i forsyningsindustrien, Nedbrydningsmekanismer af pumper
Laboratorietests – materialer: Træk- og slagtest
6. og 7. Semester Specialisation Water Supply
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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5
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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5
Project management, project planning, tendering, contracts, legislation, process - and risk management
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5
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5
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5
drinking water quality, sampling and laboratory analyses, reporting of experimental data
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5
Bachelor Project Description, Personal competencies, Project methodology, Theory of science, Ethical considerations, Critical thinking, Holistic approach
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15
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5
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5
6. og 7. Semester Specialisation Waste Water Supply
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5
WEST, modelling software, wastewater treatment, digital model, activated sludge model, performance efficiency
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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5
Project management, project planning, tendering, contracts, legislation, process - and risk management
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5
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5
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5
Bachelor Project Description, Personal competencies, Project methodology, Theory of science, Ethical considerations, Critical thinking, Holistic approach
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15
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5
Wastewater treatment methods, wastewater treatment plant, volume calculation, full scale design, screen, sand trap, process tank, settler, activated sludge plant, biological treatment, mechanical treatment, oxygen demands
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5
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5
6. og 7. Semester Specialisation District Heating
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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10
Types of innovation, Data collection, Innovation processes, Entrepreneurship, Prototyping, Testing, Business Modelling, Across disciplinary
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5
Project management, project planning, tendering, contracts, legislation, process - and risk management
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5
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5
Bachelor Project Description, Personal competencies, Project methodology, Theory of science, Ethical considerations, Critical thinking, Holistic approach
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15
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5
Specialisation/Area; Sustainable Energy
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5
Thermal energy storage, industrial heating systems, planning and analyses of energy systems, EnergyPRO software
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5
Specialisation/Area, Sustainable Energy
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5
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5
Borehole Heat Exchanger, Heat Pump, COP, thermal properties of geological materials, drilling and grouting techniques, design of geothermal systems, calculations on efficiency.
Værkstedskurser
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QGIS, Webservices, layers, maps, visualization of data
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legislation, investigation and remediation methods, risk assessment, contaminant fate and transport.
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Representative sample collection in practice, water sampling, sampling strategies, sampling procedures