Program Overview

Mathematical Modelling and Quantum Technologies

The Mathematical Modelling and Quantum Technologies program is a specialization in the Master's Degree Programme in Applied Computer and Information Technology. This program focuses on developing and simulating mathematical models, as well as understanding how quantum computers work.

Program Details

• Location: Pilestredet Campus, Oslo
• Duration: 2 years
• Scope: Full-time
• ECTS credits: 120
• Semester: Autumn
• Language of instruction: English
• Places: 20

Admission Requirements

To apply for this program, you must have:

• A bachelor's degree in an engineering discipline with at least 30 ECTS in total within Mathematics, Statistics, and/or Scientific Computing
• A bachelor's degree in Computer Science or Informatics/Information Technology with at least 30 ECTS in total within Mathematics, Statistics, and/or Scientific Computing
• A bachelor's degree in Mathematics
• A bachelor's degree in Statistics
• A bachelor's degree in Physics
• An average grade of at least C (according to the ECTS grading scale) on your bachelor's degree
• Proof of your English proficiency

Applicants will be ranked on the basis of grade average from their bachelor's degree.

Program Cost

For students from the EU/EEA/EFTA, the only cost of this program is the semester fee of approximately NOK 1,000, which you pay each semester of the program. For these students, there are no tuition fees. For students from countries outside the EU/EEA/EFTA, there are tuition fees in addition to the semester fee.

Program Content

Mathematics is crucial in describing the world around us. By translating real phenomena into equations and then into program code that can be run on a computer, we can generate simulations to be used, for example, in weather or economic forecasts. Quantum computers can potentially perform these computations much faster than the best computers do today.

In this specialization, you will develop mathematical models, analyze and simulate the models, and learn how quantum computers work. The specialization prepares you to develop and process models in your own projects and for jobs in research, industry, and IT, where mathematical modeling and simulation are essential.

How the Program is Taught

You will write a master's thesis of either 30 or 60 credits, where you get time to immerse yourself in ongoing research at OsloMet or work on a concrete and limited project of your own choosing. All courses are taught in English.

The program focuses on active forms of learning, where you learn advanced theory through the practical use of technology. You will be expected to take responsibility in your studies because a completed Master's degree must be proof of a good ability to work independently.

Program Structure

The program includes a variety of courses, such as:

• Applied and Computational Mathematics
• Quantum Information Technology
• Mathematical Analysis
• Interdisciplinary Innovation and Complex Problems
• Understanding and Communicating Research
• Master's Thesis

Exchange

You can go on exchange in the third semester. Information about exchange can be found on the student website.

Career

The specialization in Mathematical Modelling and Quantum Technologies produces qualified senior professionals for both the public and private sectors. With your competence in mathematical modeling and expertise in quantum technology, you will be qualified for jobs within research and development, industry, and in the IT sector where computation and simulation are key components.

It is not uncommon to get positions such as manager, team leader, subject manager, or project manager after a few years. The degree also qualifies for PhD programs, depending on your specialization and grades.

Further Studies at OsloMet

OsloMet offers further studies, including a PhD in Engineering Science.