Recommended course of study for the bachelor program with major in nanobioscience.



Valid for students enrolled on September 1, 2009. Select another enrollment date:

First-year examination
Required courses

3. year
6.
semester
5.
semester
Bachelor project (15 ECTS)
Bachelor project (15 ECTS)
KE525
Inorganic chemistry A (5 ECTS)
Elective
NAT505
Philosophy of Science – Physics and Chemistry (5 ECTS)
FY518
Nanobioscience Methods (5 ECTS)
BMB504
Fundamental Molecular Biology (5 ECTS)
KE506
Synthesis (5 ECTS)
FY514
Nanobioscience Systems (5 ECTS)
BMB506
Protein chemistry (5 ECTS)


2. year
4.
semester
3.
semester
KE505
Organic chemistry (10 ECTS)
FY510
Biology at the interface (5 ECTS)
FY511
Nanostructure characterisation (5 ECTS)
FY521
Introductory quantum mechanics I (5 ECTS)
KE504
Analytical Spectroscopy (5 ECTS)
KE523
Physical chemistry (5 ECTS)
KE503
Symmetry (5 ECTS)
FY505
Physical mathematics (5 ECTS)
KE521
Chemistry of the elements (5 ECTS)
FY503
Electromagnetism I (5 ECTS)
BMB502
Enzymes and membranes (5 ECTS)


1. year
2.
semester
1.
semester
NAT501
Science Project (10 ECTS)
ST501
Science Statistics (5 ECTS)
BMB501
Biomolecular Chemistry (5 ECTS)
FY520
Understanding basic physics (10 ECTS)
MM502
Calculus II (5 ECTS)
BB501
Biology from molecule to ecosystem (10 ECTS)
KE501
Kemi 1 – Fundamental Chemistry (10 ECTS)
MM501
Calculus I (5 ECTS)

Required courses

BMB501 Biomolecular Chemistry5 ECTS
BMB502 Enzymes and membranes5 ECTS
BMB504 Fundamental Molecular Biology5 ECTS
BMB506 Protein chemistry5 ECTS
Bachelor project 15 ECTS
FY503 Electromagnetism I5 ECTS
FY505 Physical mathematics5 ECTS
FY510 Biology at the interface5 ECTS
FY511 Nanostructure characterisation5 ECTS
FY514 Nanobioscience Systems5 ECTS
FY518 Nanobioscience Methods5 ECTS
FY521 Introductory quantum mechanics I5 ECTS
KE501 Kemi 1 – Fundamental Chemistry10 ECTS
KE503 Symmetry5 ECTS
KE504 Analytical Spectroscopy5 ECTS
KE505 Organic chemistry10 ECTS
KE506 Synthesis5 ECTS
KE521 Chemistry of the elements5 ECTS
KE523 Physical chemistry5 ECTS
KE525 Inorganic chemistry A5 ECTS
NAT501 Science Project10 ECTS
NAT505 Philosophy of Science – Physics and Chemistry5 ECTS
Required courses in total135 ECTS

Auxiliary subjects

BB501 Biology from molecule to ecosystem10 ECTS
FY520 Understanding basic physics10 ECTS
MM501 Calculus I5 ECTS
MM502 Calculus II5 ECTS
ST501 Science Statistics5 ECTS
Auxiliary subjects in total35 ECTS

Elective

Elective10 ECTS
Elective in total10 ECTS

Total

ECTS in total 180 ECTS

Transitionals

There are no transitionals for the chosen course of study.