2026

Kommende

Tid og sted: –, ITS

Lær om mulighetene for masteroppgaver, og møt forskerne som kan veilede deg! 

Tidligere

Tid og sted: –, Chemistry building, Berzelius

Welcome to a master's seminar designed for all master students at the Department of Technology Systems.

Tid og sted: –, Vigelandsparken

Kom og bli kjent med dine medstudenter i Vigelandsparken

Tid og sted: –, Kjemibygget

Bli kjent med nye studenter og det "nye" bygget på Blindern. Fadderstyret stiller med mat, grill og god stemning <3

Tid og sted: –, Rom 402, Institutt for teknologisystemer

Uke 33 er introduksjonsuke for alle nye masterstudenter ved Institutt for teknologisystemer. Du vil få viktig informasjon om frister og oppbygningen av programmet ditt, og du får møte programkoordinatoren din.

Tid og sted: –, Rom 402, Institutt for teknologisystemer

Uke 33 er en introduksjonsuke for nye masterstudenter ved Institutt for teknologisystemer (ITS). Her finner du nyttig informasjon for studieprogrammet ditt.

Tid og sted: –, Room 214, Department of Technology Systems

Investigation of Operational Strategies and Techno-Economic Performance of Renewable Energy Based Large-Scale PEM Water Electrolysis

Tid og sted: –, Room 402, Department of Technology Systems

Optimal Battery Sizing for a Utility-Scale PV+BESS Hybrid Power Plant in Norway

Tid og sted: –, Rom OMS (9460), IFI - OJD

Process Value Manipulation in Oil and Gas Industrial Control Systems - Evaluating UDP Packet Injection in a Simulated Drilling Environment

Tid og sted: –, Rom ROBIN (4409), IFI - OJD

An Underactuated Gripper for Robust Grasping of Thin Objects from Flat Surfaces

Tid og sted: –, Room 105, Department of Technology Systems

Investigating the Feasibility of Epoxy Surface for Spherical Air Bearings

Tid og sted: –, Room 105, Department of Technology Systems

Miwo: From Motion to Emotion - An Expressive Open-Source Companion Robot for HRI

Tid og sted: –, Room 105, Department of Technology Systems

Learning to characterize terrain through experience

Tid og sted: –, Room 105, Department of Technology Systems

Multimodal Sleep and Sleep-Stage Classification from Wearable Sensors

Tid og sted: –, Room 101, Department of Technology Systems

Autonomous Mapping and Localization of Radioactive Sources

Tid og sted: –, Room 301, Department of Technology Systems

Incremental Capacity Analysis of Silicon-Containing Anodes in the SALAMANDER HEU Project - A Study of Battery Degradation Through Interpretation of dQ/dV Signatures

Tid og sted: –, Room 105, Department of Technology Systems

Not All Frontiers Are Equal - Comparing Frontier Selection Strategies Using the Leo Rover

Tid og sted: –, Room 214, Department of Technology Systems

End-of-life Electric Vehicle Batteries as an Energy Storage Solution in the Norwegian Power Grid - Techno-economic assessment for hydropower and wind power plants

Tid og sted: –, Room 214, Department of Technology Systems

Revisiting Elite Talent Identification in Football: A Supervised Machine Learning Perspective on Youth International Participation - Insights From Youth National Team Data Using Explainable AI

Tid og sted: –, Room 105, Department of Technology Systems

From Wind Farm to Hybrid Power Plant - A Technical Retrofit Case Study of PV Integration at Lindesnes, Norway

Tid og sted: –, Room 105, Department of Technology Systems

Understanding The Electric Bicycle Battery Value Chain: Challenges for Repair and Circularity in the Norwegian Context - A thematic analysis of the electric bicycle battery value chain in Norway.

Tid og sted: –, Room 214, Department of Technology Systems

AI-Based Recognition and Analysis of Strength Training Exercises

Tid og sted: –, Room 101, Department of Technology Systems

The Impact of Co-located Green BESS on Fair Value Pricing and Risk Mitigation for Onshore Wind Baseload PPAs in Spain.

Tid og sted: –, Room 214, Department of Technology Systems

Machine Learning for Sleep Stage Classification: A Comparative Study of PSG Biosignals and Actigraphy

Tid og sted: –, Room 402, Department of Technology Systems

Modelling realistic 2050 scenarios in multiple reference Norwegian distribution gridsand optimizing VRES allocation