NANS1003 Practical course in nanoscience, imaging (4 cr)
Learning outcomes
After passing this course the student recognizes the size-classes of nano-objects and the basic principles of major imaging techniques. He/she knows the pros and cons of each used technique. After the course the student is also able to provide simple nano-particles and choose the most optimal imaging technique for his/her purposes. After the course the student can interpret the obtained results and is able to report the results in a clear manner.
Study methods
Attendance to the lectures and lab work. Report from each of the work and a small talk in the final-seminar.
Content
In this course various imaging techniques in different disciplines in the nanosciences are introduced. The aim is to understand the basic principles of each technique and their benefits and drawbacks. The lab work will be done in the groups and with the imaging devices for scientific purposes in NSC. At the end of the course, there is a small seminar where all the basic principles of the techniques will be rehashed and the results will be compared.
Further information
The course is mainly for nanoscience students. The course is recommended for the first year in the advanced nanoscience studies.
Materials
Material distributed in the course.
Assessment criteria
Active participation for the labor work, clear and competent reporting manner. Good data handling skills.
Assessment criteria for each grade
To pass the course the basic knowledge about the basic principles of each of the used techniques need to be indicated. Qualified data processing and deeper understanding about the used techniques increase the grade.
Prerequisites
Some laboratory experience is required for the course.