Sisältöhaku

The course will give 1) a brief mathematic basis for numerical programming, 2) numerical programming in solving physical problems, and 3) practices of numerical programming. After finishing the course, the students are expected to have preliminary knowledge and skills in scientific programming which will be helpful for their future works in academia or industry.

761617S:1

We begin this course by taking the first steps to infinity and finish off by walking like dinosaurs. Between these points, we read a lot of scientific texts, analyze them, learn content from them and report on this content, while acquiring a professional academic vocabulary for physics and maths.

902002Y

This course is for Epidemiology and Biomedical Data Science Degree Programme students. Upon completion of the course the student will be able to: Acknowledge the principles of studying in the university; Is familiar with the Oulu University as a study environment; Know how scientific information can be found and is published in one´s field of science; Understands the concept of plagiarism and appropriate citing methods; Employ a formal academic writing style; Understand epidemiology as a fiel...

551301S:1

This course is under Level I studies. The overall goal of this course is to understand the most important scientific concepts in human anatomy and physiology to guide nursing students in their clinical skills.

ON00DK39 HAP

The student is aware of the basics of magnetism in different parts of the heliosphere including geomagnetism, solar magnetism, interplanetary magnetic field and magnetic disturbances carried by the solar wind. The student is able to use magnetometer for measuring the strength of the Earth ́s magnetic field, understand the basics of the data calibration and homogenization. The student understands the basics of the magnetometer and how they are used for orienting CubeSats and larger satellites ...

NP00AF45-3001

KA00DA46-3002

408530S-3003

LEARNING OUTCOMES: Upon completion the student should be able to: * Conduct a small scale study: select and delimit a phenomenon for research, adopt a relevant research approach and find earlier scholarly research for studying it, gather suitable research materials and conduct analysis on the materials * Report the findings in a thesis (60-80 pages) in an appropriate academic register, and in a form appropriate to the discipline * Adhere to good scientific practice and guidelines on research ...

682436S-3004

After completing the course, the student will able to: * describe the current research areas in software engineering and the most important software engineering research methods, * describe academic research and publishing in software engineering, * critically analyse scientific articles from the viewpoint of the content and research methods used in the article, * present academic research, * actively participate in an academic discussion of research papers and research results.

815663S-3003

902004Y:5