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Norwegian University of Science and Technology vs University of Oslo

Side-by-side comparison across 6 dimensions for international students.

Norwegian University of Science and Technology sits 1 tier above University of Oslo on employability, with the remaining dimensions tied — a narrow but pointed advantage in the dimensions BrightKey weighs. Both rate A-tier on 3 dimensions, with significant overlap in their strength bands — differentiation between the two is more about geography, cost, and cultural fit than academic quality. Both sit in norway, so post-study visa pathway and labor market structure are identical — the meaningful differences come down to campus culture, city life, and discipline-specific strengths.

Where They Differ

Norwegian University of Science and Technology leads on
Employability
University of Oslo leads on
none
Tied on
Network Strength, Curriculum Relevance, Teaching Quality, Institutional Health, Student Experience

Dimension Ratings

DimensionNorwegian University of Science and TechnologyUniversity of Oslo
Network StrengthBB
Curriculum RelevanceAA
EmployabilityAB
Teaching QualityBB
Institutional HealthAA
Student ExperienceAA

Key Facts

Norwegian University of Science and TechnologyUniversity of Oslo
Location🇳🇴 Trondheim, Norway🇳🇴 Oslo, Norway
Founded19961811
Students43,50727,400
International %9%13%
Accepts IB
Accepts A-Levels

Cost Comparison

Norwegian University of Science and Technology
Tuition:
Free for EU/EEA/Swiss & Norwegian students. Non-EEA/non-Swiss students (since autumn 2023): ~NOK 176,300/yr humanities & business (Cat. 1), ~NOK 205,600/yr science/technology/engineering (Cat. 2, ≈ USD 19,000), up to ~NOK 528,650/yr medicine (Cat. 3, ≈ USD 49,000). Figures are 2026/27; NTNU adjusts annually and offers no fee scholarships.
Living:
Trondheim is expensive: roughly NOK 9,000-11,000/month (≈ USD 950-1,150) for housing, food and transport. Subsidised Sit student rooms run ~NOK 5,200-5,700/month incl. utilities; an AtB 30-day student transit pass is NOK 425. Non-EEA students must document ~NOK 166,859 for the study year for their residence permit.
Total Annual:
EU/EEA/Swiss: ~USD 12,000-15,000/year living costs only (no tuition). Non-EEA engineering/science student: ~USD 31,000-34,000/year all-in (tuition + living).
University of Oslo
Tuition:
EU/EEA/Swiss citizens and pre-2023 students: free (no tuition). New non-EEA/non-Swiss students (from autumn 2023): tuition fees apply, varying by programme — broadly ~NOK 120,000–230,000 per year (≈ USD 11,000–21,000), adjusted annually; no tuition scholarships offered.
Living:
Oslo is very expensive: roughly NOK 140,000–180,000 per year (≈ USD 13,000–17,000) for housing, food and essentials; the residence-permit financial proof is ~NOK 170,000/year.
Total Annual:
EU/EEA/Swiss: ≈ USD 13,000–17,000 (living only). Non-EEA: ≈ USD 24,000–38,000 (tuition + living).

Structural Strengths

Norwegian University of Science and Technology
  • World-class in marine/ocean technology (among the global top handful) and strong across energy, cybernetics, computer science and the natural sciences.
  • Norway's largest and flagship technical university, with deep industry ties (SINTEF co-location, Equinor, Kongsberg, DNV) and the prestigious protected sivilingeniør engineering title.
  • Genuine research distinction: the Kavli Institute hosts 2014 Nobel laureates May-Britt and Edvard Moser, and the HUNT population-health study is a major longitudinal asset.
  • Free tuition for EU/EEA/Swiss students and, for everyone, a low-cost public model relative to UK/US, plus a strong Sit student-welfare and housing system.
  • Outstanding student city: Trondheim's Samfundet society, the UKA and ISFiT festivals, and a tight-knit engineering culture make for a rich, well-supported student experience.
University of Oslo
  • Norway's #1 university and a true comprehensive research institution, strong across humanities, law, medicine and the sciences
  • Stronger on publication-based research rankings (~ARWU #83) than its QS overall position suggests
  • Five Nobel laureates and a unique history of hosting the Nobel Peace Prize ceremony and the Abel Prize
  • Generous, stable Norwegian state funding underpinning excellent research infrastructure and institutional security
  • High-quality, safe Oslo student life with comprehensive SiO welfare services and a flat, accessible academic culture

Honest Weaknesses

Norwegian University of Science and Technology
  • !Since autumn 2023, non-EEA/non-Swiss students must pay tuition (engineering/tech ~NOK 205,600/year), ending Norway's free-study reputation for this group — and NTNU offers no scholarships to offset it.
  • !Bachelor teaching is predominantly Norwegian-medium, requiring documented Norwegian proficiency (Bergenstest / Norskprøve B2-C1); broad English-taught study is largely confined to master's level.
  • !Mid-pack global rankings (QS ~#267, THE 301-350) and a smaller international brand than UK/US/Swiss peers, despite elite specialisms.
  • !Trondheim is remote, cold and dark for much of the year, with a high Norwegian cost of living that offsets the low or zero tuition.
  • !International community is modest (9%) and the strongest employer network is regionally concentrated in Norway/Scandinavia, limiting global mobility for graduates who do not speak Norwegian.
University of Oslo
  • !Undergraduate teaching is overwhelmingly in Norwegian, a hard barrier for most international applicants
  • !Tuition fees for non-EEA/non-Swiss students since autumn 2023 removed the historic free-study draw, with no tuition scholarships offered
  • !Oslo is one of Europe's most expensive cities, making total cost of attendance high even when tuition is free
  • !Global brand and employer recognition are weaker than top UK/US universities at a similar research level
  • !Research-first orientation means teaching-specific quality and small-cohort attention are not standout strengths

Best Fit For

Norwegian University of Science and Technology
  • Students targeting elite marine/ocean, energy, cybernetics or autonomous-systems engineering with direct access to industry research.
  • EU/EEA/Swiss students who can study tuition-free and want a high-quality, low-cost STEM degree.
  • Applicants willing to learn Norwegian to access the full bachelor curriculum and the domestic job market.
  • Master's-level students seeking English-taught, research-led technology or science programmes.
University of Oslo
  • EU/EEA/Swiss students who still study tuition-free at a top Nordic research university
  • Research-oriented students aiming at master's/PhD study, especially in sciences, humanities or law
  • Students seeking English-taught master's programmes in a high-quality-of-life Nordic capital
  • Applicants who already speak (or will learn) Norwegian for full bachelor's access

Notable Programs

Norwegian University of Science and Technology
  • Marine Technology (MSc / sivilingeniør)NTNU's flagship; ranked among the world's top few in marine/ocean engineering, co-located with SINTEF Ocean at the Trondheim Marine Technology Centre and the new Norwegian Ocean Technology Centre.
  • Engineering CyberneticsA dedicated automatic-control department covering robotics, marine craft and process autonomy — the engine behind NTNU's autonomous-systems research (the former NTNU AMOS Centre of Excellence, 2013-2023).
  • Energy and Environmental Engineering / PetroleumLong-standing strength tied to Norway's energy economy and Equinor, now spanning offshore wind, hydropower and the energy transition alongside traditional petroleum engineering.
  • Computer Science (sivilingeniør)A large, competitive integrated-MSc programme feeding Norway's growing tech sector, with strong AI, data and software-engineering tracks and tight links to industry and SINTEF Digital.
University of Oslo
  • Law (Det juridiske fakultet)One of Scandinavia's leading law faculties and the dominant pipeline into Norwegian legal and public-sector careers; primarily Norwegian-medium.
  • MedicineNorway's flagship medical faculty with major teaching hospitals (Oslo University Hospital) and strong clinical research; integrated, highly competitive.
  • Informatics (Department of Informatics)Heir to the object-oriented programming legacy of Dahl and Nygaard; strong CS/informatics with English-taught master's tracks.
  • Peace and Conflict StudiesInternationally regarded field tied to UiO's history (Johan Galtung) and links to PRIO; English-taught master's level.

Frequently Asked Questions

Should I choose Norwegian University of Science and Technology or University of Oslo?

Norwegian University of Science and Technology is best for: Students targeting elite marine/ocean, energy, cybernetics or autonomous-systems engineering with direct access to industry research.. University of Oslo is best for: EU/EEA/Swiss students who still study tuition-free at a top Nordic research university. The two are not linearly comparable — the right choice depends on intended major, target career market, and family priorities. Norwegian University of Science and Technology leads on 1 of 6 BrightKey dimensions; University of Oslo leads on 0.

How does tuition compare between Norwegian University of Science and Technology and University of Oslo?

Norwegian University of Science and Technology tuition: Free for EU/EEA/Swiss & Norwegian students. Non-EEA/non-Swiss students (since autumn 2023): ~NOK 176,300/yr humanities & business (Cat. 1), ~NOK 205,600/yr science/technology/engineering (Cat. 2, ≈ USD 19,000), up to ~NOK 528,650/yr medicine (Cat. 3, ≈ USD 49,000). Figures are 2026/27; NTNU adjusts annually and offers no fee scholarships. (living: Trondheim is expensive: roughly NOK 9,000-11,000/month (≈ USD 950-1,150) for housing, food and transport. Subsidised Sit student rooms run ~NOK 5,200-5,700/month incl. utilities; an AtB 30-day student transit pass is NOK 425. Non-EEA students must document ~NOK 166,859 for the study year for their residence permit.). University of Oslo tuition: EU/EEA/Swiss citizens and pre-2023 students: free (no tuition). New non-EEA/non-Swiss students (from autumn 2023): tuition fees apply, varying by programme — broadly ~NOK 120,000–230,000 per year (≈ USD 11,000–21,000), adjusted annually; no tuition scholarships offered. (living: Oslo is very expensive: roughly NOK 140,000–180,000 per year (≈ USD 13,000–17,000) for housing, food and essentials; the residence-permit financial proof is ~NOK 170,000/year.). Total annual cost: Norwegian University of Science and Technology EU/EEA/Swiss: ~USD 12,000-15,000/year living costs only (no tuition). Non-EEA engineering/science student: ~USD 31,000-34,000/year all-in (tuition + living).; University of Oslo EU/EEA/Swiss: ≈ USD 13,000–17,000 (living only). Non-EEA: ≈ USD 24,000–38,000 (tuition + living)..

Where do graduates of Norwegian University of Science and Technology and University of Oslo typically end up?

Norwegian University of Science and Technology: A — Engineering and technology graduates enjoy strong, well-documented demand across Norway's high-wage energy, maritime and tech sectors, and Norway's two-year-plus residence pathways help EU/EEA graduates stay. Tempered by Norwegian-language expectations in much of the domestic job market and a smaller, geographically concentrated employer base than UK/US peers.. University of Oslo: B — excellent placement into the Norwegian public sector, research, law and medicine, but Norwegian-language requirements gate many domestic graduate roles for international students, and global employer recognition trails the QS top tier.. The two universities rate A and B respectively on BrightKey's employability dimension.

What are Norwegian University of Science and Technology and University of Oslo most known for?

Norwegian University of Science and Technology's flagship program: Marine Technology (MSc / sivilingeniør). University of Oslo's flagship program: Law (Det juridiske fakultet). See the full Notable Programs section above for the side-by-side breakdown.

This comparison is based on BrightKey's independent assessment using publicly available data. Tier ratings reflect our methodology — not an absolute measure of quality. Read our methodology →