Bachelor's Programme in Physics – Astronomy

180 credits

Outline, TFY1K, ASTR

A revised version of the outline is available.
Code
TFY1K
Specialisation code
ASTR
Finalised by
The Faculty Board of Science and Technology, 7 November 2019
Registration number
TEKNAT 2019/267

The following designations are used:

G1N - First cycle, has only upper-secondary level entry requirements

G1F - First cycle, has less than 60 credits in first-cycle courses as entry requirements

G2F - First cycle, has at least 60 credits in first-cycle courses as entry requirements

G2E - First cycle, degree project for Bachelor of Arts/Bachelor of Science (180 credits)

A1N - Second cycle, has only first-cycle courses as entry requirements, at least 120 credits

Semester 1

Period 1

Period 2

Semester 2

Period 3

Period 4

Semester 3

Period 1

Period 2

Semester 4

Period 3

Period 4

Semester 5

Period 1

Period 2

Semester 6

Period 3

Period 4

Other Courses

Preliminary academic year 2021/2022

Semester 3

Period 1

Geometry and Analysis III, 5.0 credits (1MA212)

Linear Algebra II, 5.0 credits (1MA024)

Electromagnetism, 5 (of 10) credits (1FA603)

Period 2

Waves and Optics, 5.0 credits (1FA522)

Fourier Analysis, 5.0 credits (1MA211)

Electromagnetism, 5 (of 10) credits (1FA603)

Semester 4

Period 3

Quantum Physics, 3 (of 10) credits (1FA521)

Mathematical Methods of Physics, 5.0 credits (1FA121)

Mechanics III, 5.0 credits (1FA103)

Thermodynamics, 2 (of 5) credits (1FA517)

Period 4

Quantum Physics, 7 (of 10) credits (1FA521)

Thermodynamics, 3 (of 5) credits (1FA517)

Astrophysics I, 5.0 credits (1FA204)

Preliminary academic year 2022/2023

Semester 5

Period 1

Physics Project II, 5.0 credits (1FA604)

Analytical Mechanics, 5.0 credits (1FA163)

Special Relativity, 5.0 credits (1FA156)

Electromagnetic Field Theory, 5.0 credits (1FA252)

Period 2

Nuclear Physics, 5.0 credits (1FA346)

Astrophysics II, 5.0 credits (1FA205)

Celestial Mechanics, 5.0 credits (1FA207)

or (instead of Astrophysics II and Celestial Mechanics):

Physics of Planetary Systems, 10.0 credits (1FA226)

Ordinary Differential Equations I, 5.0 credits (1MA032)

Scientific Computing II, 5.0 credits (1TD395)

Semester 6

Period 3

Elementary Particle Physics, 5.0 credits (1FA347)

Astrophysical Tests of Physical Theories, 5.0 credits (1FA227)

Degree Project C in Physics, 5 (of 15) credits (1FA599)

Period 4

Observational Astrophysics I, 5.0 credits (1FA203)

Degree Project C in Physics, 10 (of 15) credits (1FA599)

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