Intro til uddannelsen
The master’s programme in Physics + Computer Science (Datalogi) will cover mechanics, relativity theory, astrophysics, condensed matter physics, quantum mechanics, electrodynamics, thermodynamics and statistical mechanics.
You will learn techniques and theories to analyse, design and construct software systems, including software engineering methods and principles, computer and system architecture, algorithms and data representation and design principles for human-machine interfaces.
Karriere
The programme offers you a wide range of job opportunities in:
- High-tech manufacturing and development, including in the electronics, computer hardware and pharmaceutical industries
- The education sector
- The IT and telecommunications industries in the insurance and pension sectors
- Companies for which modelling, programming or consultancy plays a key role
This degree qualifies you for a PhD-study.
Undervisere
Undervisere Computer Science (Datalogi)
Fakta om uddannelsen
Kandidatgrad: cand.scient. i Fysik og Datalogi / Master of Science (MSc) in Physics and Computer Science.
Undervisningssprog: The master’s programme is an international programme and the language of tuition is English
Eksempel på et studieforløb
| 1. år | 2. år | ||
|---|---|---|---|
| 1. Semester Computer Science (Datalogi) |
2. Semester Physics |
3. Semester Physics and Computer Science (Datalogi) |
4. Semester Physics |
Kursus Mandatory Core Topics - Computer Science 10 ECTS |
Kursus Quantum mechanics 10 ECTS |
Kursus Problem solving in physics II 10 ECTS |
Speciale
med udgangspunkt i Physics 30 ECTS |
| Valgkursus Computer Science (Datalogi) Fx User Experience Desgn 5 ECTS |
Kursus Physical techniques eller Theme course in Physics 5 ECTS |
Kursus Advanced physics 5 ECTS |
|
Projekt Project portfolio in Computer Science (Datalogi) 15 ECTS |
Projekt i Physics 15 ECTS |
Projekt i Advanced Computer Science eller Project-oriented internship Computer Science (Datalogi) 15 ECTS |
|
Bemærk: Skemaet viser et eksempel på et studieforløb. Kurser, projekter, praktik og meritgivende udlandsophold kan variere for hver enkelt studerende. Se aktuelt kursusudbud på study.ruc.dk
Udvikling af et computerprogram til visualisering af konsekvenserne af brugerens fysikforestillinger
Modificering af Lewis-Wahnströms ortho-terphenyl model så simuleringer af modellen stemmer bedre overens med eksperimentelle resultater
What are the possibilities to constrain movement and model behaviour to build autonomous ground and aerial robots?
How can Motion Capture be used to enhance a dance performance by providing floor and wall projected animations that follow the dancer in real time?
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Studenterhuset RUC
Campus på Roskilde Universitet
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