Applied Data Science, Master of Science Degree Programme

A master's degree in Applied Data Science makes you eligible for the most demanding and interesting work tasks within data analysis, smart solutions (such as smart cities, smart energy), and digitization. A master's degree in Applied Data Science makes you eligible for the most demanding and interesting work tasks within data analysis, smart solutions (such as smart cities, smart energy), and digitization.

Programme content, structure and composition

After the student has been admitted to the two-year master's programme in Applied Data Science, the student must take a test in programming and system administration. If the student does not pass the test, UiS will offer and encourage the student to complete a preparatory summer course in programming and system administration. The purpose of the course is that the students should be best prepared for the master's programme. The course takes place in early August before the regular semester starts.  

The University of Stavanger does not consider it necessary to offer summer courses for those students who have already passed the following courses at the University of Stavanger:  

-10 ECTS in programming and at least 5 ECTS in operating systems. 

The study programme has practical courses that build on mathematics, statistics and fundamental programming from the bachelor's program in engineering or science. The study programme consists of advanced statistic and algorithm courses, machine learning and databases. Students can further specialize in information retrieval, data mining and theoretical statistics. The two-year master's programme in Applied Data Science comprises 120 ECTS. 

After having completed the master’s programme in Applied Data Science, the student shall have acquired the following learning outcomes, in terms of knowledge, skills and general competences:

Knowledge

K1: Advanced knowledge within Data Science, which includes data processing, data, machine learning, data extraction, statistics and typical programming languages for the area, including: Python and R. 

K2: Specialized insight into data analysis. 

K3: In-depth knowledge of scientific theory and methods in Data Science. 

K4: Apply knowledge about algorithms for statistical analysis, machine learning or data extraction in new areas within data science. 

K5: Analyse professional issues based on the fourth science paradigm, 4Vs of big data (volume, velocity, variety, and variability), data-driven approach, CRISP-DM (cross-industry standard process for data mining). 

Skills

S1: Analyse and relate critically to different sources of information, datasets and data processes; and apply these to structure and formulate data-driven reasoning. 

S2: Analyse existing theories, methods and interpretations within the subject area and work independently in applying and evaluating different storage and data processing technologies. 

S3: Use CRISP-DM and scientific methods to develop data analysis programs in an independent way. 

S4: Conduct independent, limited data collection, analysis and evaluation according to established engineering principles in accordance with current research ethical standards. 

General Competence

G1: Analyse relevant ethical issues arising from data usage and data recovery.

G2: Apply their knowledge and skills in new areas to carry out advanced tasks and projects related to data processing, data analysis and optimisation. 

G3: Communicate results of comprehensive data analysis and development work, and master Data Science expressions. 

G4: Communicate on issues, analyses and conclusions related to data-driven research and development, both with specialists and to the general public. 

G5: Contribute to new ideas and innovation processes by introducing data-driven approaches. comprehensive data analysis and development work, and master Data Science expressions. 

With a master's degree in Applied Data Science, you are in demand in almost all industries, and this study opens up for many different types of jobs. You can work in an IT consulting company, telecommunications company, energy company, health trust, in another public sector or in a technology development company that requires knowledge and insight into the handling and analysis of large data sets. The study is highly sought after in the labor market of the future, with the development of smart solutions such as in smart cities, with smart energy and digitalisation.

Completed master’s degree in Applied Data Science provides the basis for admission the PhD programme in Information technology, mathematics and physics.

Schemes for quality assurance and evaluation of studies are stipulated in the Quality system for education

A bachelor's degree in engineering or equivalent is required. The degree must include at least 10 ECTS credits in informatics/computer sciences/an introductory course for engineers including programming. Applicants must have at least 30 ECTS credits in mathematics/statistics/calculus.

If you have completed studies/courses outside the University of Stavanger, you must upload course descriptions that clearly define the curriculum (learning outcomes). The course names and codes on the course descriptions must match the transcript of records. If you do not provide course description, you might risk your application not being prioritized.

Admission to this master's programme requires a minimum grade average comparable to a Norwegian C (according to ECTS Standards) in your bachelor's degree.

Faculty of Science and Technology, tel 51 83 17 00, e-mail: post-tn@uis.no

Study advisor: Sheryl Josdal, tlf. 51 83 17 47, e-mail: sheryl.josdal@uis.no