Objectives and Content
The main goal is to introduce the unique features and qualities of nanoscience and -technology, through examples from current research projects within and outside the University of Bergen, examples of nanotechnology in products and issues of ethical and social character related to technology. A partial goal is for the students to get insight into the nature of scientific research as well as dissemination of scientific research. The course consists of a series of lectures presenting current nanoscientific and -technological topics. Each lecture is preceded by a mandatory discussion colloquium. The students will participate on an orientation at the different nanoscientific-relevant research groups, to get insight into nanoscience research problems and relevant methods. Additionally, each student will be associated with a research group for 1-2 days where they participate in work/experiments. The student is presented with written material as a basis for the 1-2 day(s) internship and is expected to present a report over the research stay. The report is subject to approval. At the end of the semester, the student presents the project in terms of a poster.
- has the ability to exemplify the concepts of nanoscience and nanotechnology and explain the unique qualities
- of this field of science.
- has the ability to explain important instrumental methods for unraveling of the nanostructure of materials.
- has the ability to explain important classes of nanostructured materials and their manufacturing.
- is able to discuss how technology and society influence each other.
- is able to explain the nature of scientific research and how it is conducted.
- can tell about different kinds of nanoscientific research at the University of Bergen.
- can present a topic through written reports, poster and oral presentation.
Required Previous Knowledge
To be able to sign up for the teaching and evaluation in the course is it as requirement that the student actively participate in the process organised by the student administration in the semester prior to the planned teaching semester.
Recommended Previous Knowledge
KJEM 110, can be read in parallel.
Access to the Course
The course is exclusively for students admitted to the Bachelor program in nanotechnology.
Compulsory Assignments and Attendance
Participate in at least 10 of 12 lectures. Participate in at least 10 of 12 colloquia. Participating in the orientation with the different research groups and in the work carried out with one of the research groups, including the preparation of a project report. Additionally, each student must produce a poster presenting the science of the assigned research project, and prepare an oral presentation based on the poster.
Forms of Assessment
NANO100 is evaluated by portfolio assessment with four elements:
- Multiple-choice test
- Orientation and project
- Oral presentation
In order to give the oral presentation the student must have approved participation in the mandatory activities, including compulsory attendance in lectures and colloquium, approved participation in the orientation with the research groups and approved participation in the work with their assigned research group. The portfolio is assessed as Passed/Failed. In order to obtain the grade "Passed" for the NANO100 course the student must pass all the individual portfolio elements, multiple-choice test, orientation and project, poster, and oral presentation.
The portfolio assessment elements are valid for the 2 successive years after the semester they were carried out.
For semesters without teaching and for students that have valid assessment elements for the orientation and project, poster, and oral presentation, there will be a written exam (2 h). The three above mentioned portfolio elements will be included in the basis of the grading.
For written exams, please note that the start time may change from 09:00 to 15:00 or vice versa until 14 days prior to the exam. The exam location will be published 14 days prior to the exam. Candidates must check their room allocation on Studentweb 3 days prior to the exam.
Type of assessment: Written examination
- Withdrawal deadline
Exam part: Multiple choice
- Examination system
- Digital exam