Intelligent Water Technology

NMBU · Master, 2-årig

Opptaksreglene endres fra 2027: tilleggspoeng for høyere utdanning, fremmedspråk, kjønn og folkehøgskole fjernes. Historiske poenggrenser er derfor ikke direkte sammenlignbare med framtidige opptak.

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FØRSTEGANGSVITNEMÅL

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STUDIEPLASSER

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STUDIEPOENG

120

Master, 2-årig

Hvordan går det med studentene?

Offisielle, åpne tall for Intelligent Water Technology ved NMBU: studentenes egne vurderinger fra Studiebarometeret (NOKUT) og gjennomføring og frafall fra DBH/HK-dir.

Vi har ikke nok datagrunnlag for dette studieprogrammet ennå. Studiebarometeret publiserer bare snitt når nok studenter har svart, og gjennomføringstall finnes først når et startkull har passert normert studietid.

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Studentvurdering

Går du – eller har du gått – Intelligent Water Technology? Trykk «Stem» og si din mening, helt anonymt. Svarene vises i fordelingen med en gang.

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Om Intelligent Water Technology

Lærestedets egen beskrivelse av studiet, slik den er publisert i Felles studentsystem.

Innhold og oppbygging

In the first year, students will take courses at intermediate and master's level in water and sewage technology and computer science. Students must have at least 30 credits at 300 level.This study program requires students to complete a 60 ECTS MSc thesis.

Vis resten (8 avsnitt)

Opptakskrav

Higher Education Entrance Qualification and a completed bachelor's degree comparable to a Norwegian bachelor's degree, including a specialization worth 80 ECTS.

Applicants must have courses in Statistics (at least 10 ECTS), Informatics/Programming (at least 5 ECTS), and Water Purification Technology/Fluid Mechanics (at least 10 ECTS) to qualify for admission.

There is a minimum mark requirement of C for admission.

English language ability required: Admission to master’s programmes taught in English | NMBU NMBU

Vurderingsform

Many courses have a final exam that determines the entire grade in the course. The exam can be both written and oral. Other subjects have a combined assessment that includes several elements, such as e.g. mid-term exam, assignment, report or term paper, and where you get a grade on each of them. When there is portfolio assessment, each individual assignment is not assessed separately, but receives a joint grade at the end, when the portfolio is delivered. As a rule, we use letter grades, but in some subjects you get pass/fail. At the end of the study, an independent work, the master's thesis, is included, which should show understanding, reflection and maturity. The assignment is defended orally.

(Kort) introduksjon til søkere

Why study Intelligent Water Technology?

Do you want to become an expert in water technology? By using modern data science, you can help create a smarter water and wastewater industry with better services for consumers. You get a unique, forward-looking education that can help solve the challenges the water sector faces.

The water sector needs to be modernized to meet a number of demands and expectations. The industry must succeed with:

Purification: Better purification, so that health and the environment become less affected by toxic substances in the water.
Area optimization: New purification requirements mean that water treatment plants need to be expanded. How do we solve this when there is already a shortage of land?
Environment: The environmental footprint, with expectations for carbon neutrality and zero-emission ambitions.
Economy: How can we hire enough, competent people, and how do we keep costs down despite huge investment needs?

Digitization will have a massive impact in solving these challenges.

What will you become?

As an Intelligent Water Technology candidate, you'll be highly sought after on the labor market and you'll be able to contribute to important societal development.

You can work both in private and public administration, in your own company, in business and academia, both nationally and internationally. There is already a great demand in the labor market for this type of competence.

Faget er viktig for samfunnet fordi:

In order to achieve the UN's sustainability goals, public access to clean water is essential. Computer science in water and wastewater engineering is a future-oriented education. The candidates gain an expanded insight and practical abilities to understand and use computer science and services in the water sector, with subsequent positive future influence on society.

Hva kan man bli?

Being an expert in the field of Process technology and data science in water treatment makes you highly attractive for the future labor market. The water industry is changing, with a large spotlight on data science in both process monitoring and process management, which are the two main focus areas in the research group. The labor market is also changing and we see a growing need for water and sewage engineers with a computer science background.

Kunnskap, ferdigheter og kompetanse etter utdanningen

Learning outcomes

Upon completion, the candidates should be able to convey and communicate engineering related problems and solutions to both specialists and non-professionals.Be able to contribute to innovation and entrepreneurship.Complete an independent project, restricted to engineering related research- or development under supervision.

Knowledge:

Understand the engineering sciences overall role in a societal perspective, show insight into ethical requirements and respect to sustainable development, and be able to analyze ethical problems regarding engineering related work.Have a broad knowledgebase in mathematics, natural sciences, technology and computer technology as a foundation for understanding methods, applications, professional innovation and adaptations.Have deep knowledge in a defined area connected to active research, including an adequate professional understanding in using new research.Knowledge of computer safety, law and ethics.

Skills:

Be able to develop overall solutions to engineering related problems, including creating solutions in a multidisciplinary context. Be able to evaluate tools for analyzing, methods, technical models, calculations and solutions independently and critically.Plan and bring about data collection, as well as process, analyze and interpret the data. Collect and organize data, execute a multivariate analysis of high-dimensional data, pattern recognition and machine learning, evaluate the quality of data as well as the results.Be able to analyze mathematical models for processes in water and sewage engineering

Læringsaktiviteter

The teaching is varied, but the most common form is lectures and practice lessons. In some subjects there are compulsory activities such as group work, exercises in the lab with subsequent reports, project assignments, excursions and participation in seminars.

Utvekslingsmuligheter

The research group has a large international network with universities in the field of water engineering, and will facilitate exchange through this network, as shown over the last yers in the Water Harmony group's projects.

Kilde: Data hentet fra Felles studentsystem ved NMBU, slik den var publisert for høsten 2026. NMBU har ikke kvalitetssikret og er ikke ansvarlig for innholdet på denne siden.

Studieløpet

Slik Intelligent Water Technology er bygd opp for kullet som startet høsten 2026, registrert av lærestedet i FS. Semesteret er det lærestedet har satt på hvert emne; der det mangler, brukes året fra gruppenavnet og emnets eksamenstermin, og der ingen av delene finnes, står det.

1 studieår

1. semester
Høst · 1. studieår
4 obligatoriske27,5 sp obligatorisk
2. semester
Vår · 1. studieår
3 obligatoriske · 1 å velge blant22,5 sp obligatorisk
- THT27110 spInnføring i renseteknologi for vann og avløp
- THT3017,5 spForvaltning av urban vanninfrastruktur
- THT3205 spBærekraftsanalyser av VA-sektoren
- Obligatoriske emnervelg blant 1 emne
  - DAT30010 spAnvendt dyplæring

2 studieår

3. semester
Høst · 2. studieår
1 obligatoriskt · 1 å velge blant60 sp obligatorisk
- M60-VM60 spMasteroppgave
- Obligatoriske emnervelg blant 1 emne
  - DAT32010 spAnalyse av sekvensielle data og tidsseriedata

Kilde: Data hentet fra Felles studentsystem ved NMBU, slik den var publisert for høsten 2026. NMBU har ikke kvalitetssikret og er ikke ansvarlig for innholdet på denne siden.

Ofte stilte spørsmål

Hvilke emner inngår i Intelligent Water Technology?: Den offisielle emnelisten og studieplanen — hva som er obligatorisk og hva som er valgemner — finner du hos NMBU. I DBH er det registrert 14 emner knyttet til programmet.
Hvor mange studieplasser har Intelligent Water Technology?: Antall studieplasser er ikke registrert i DBH for dette programmet.

← Alle studier ved NMBU Sammenlign Intelligent Water Technology med andre studier →

Finner retningen …

Intelligent Water Technology

NMBU · Master, 2-årig

Hvordan går det med studentene?

Offisielle, åpne tall for Intelligent Water Technology ved NMBU: studentenes egne vurderinger fra Studiebarometeret (NOKUT) og gjennomføring og frafall fra DBH/HK-dir.

Om Intelligent Water Technology

Lærestedets egen beskrivelse av studiet, slik den er publisert i Felles studentsystem.

Innhold og oppbygging

Vis resten (8 avsnitt)

Opptakskrav

Higher Education Entrance Qualification and a completed bachelor's degree comparable to a Norwegian bachelor's degree, including a specialization worth 80 ECTS.

There is a minimum mark requirement of C for admission.

English language ability required: Admission to master’s programmes taught in English | NMBU NMBU

Vurderingsform

(Kort) introduksjon til søkere

Why study Intelligent Water Technology?

The water sector needs to be modernized to meet a number of demands and expectations. The industry must succeed with:

Purification: Better purification, so that health and the environment become less affected by toxic substances in the water.
Area optimization: New purification requirements mean that water treatment plants need to be expanded. How do we solve this when there is already a shortage of land?
Environment: The environmental footprint, with expectations for carbon neutrality and zero-emission ambitions.
Economy: How can we hire enough, competent people, and how do we keep costs down despite huge investment needs?

Digitization will have a massive impact in solving these challenges.

What will you become?

As an Intelligent Water Technology candidate, you'll be highly sought after on the labor market and you'll be able to contribute to important societal development.

Faget er viktig for samfunnet fordi:

Hva kan man bli?

Kunnskap, ferdigheter og kompetanse etter utdanningen

Learning outcomes

Knowledge:

Skills:

Læringsaktiviteter

Utvekslingsmuligheter

Kilde: Data hentet fra Felles studentsystem ved NMBU, slik den var publisert for høsten 2026. NMBU har ikke kvalitetssikret og er ikke ansvarlig for innholdet på denne siden.

Ofte stilte spørsmål

Hvilke emner inngår i Intelligent Water Technology?

Den offisielle emnelisten og studieplanen — hva som er obligatorisk og hva som er valgemner — finner du hos NMBU. I DBH er det registrert 14 emner knyttet til programmet.

Hvor mange studieplasser har Intelligent Water Technology?

Antall studieplasser er ikke registrert i DBH for dette programmet.