Appendix 1: Course list

Master's Programme, Aerospace Engineering, 120 credits (TAEEM), Programme syllabus for studies starting in autumn 2015

General courses

Year 1

Supplementary information

Theory and Methodology of Natural and Technological Science: the course SD2900 Fundamentals of Spaceflight, 7,5 credits, contents 3 credits of applied methodological theory – and with the course AK2030 Theory and Methodology of Science (Natural and Technological Science) 4,5 credits - the courses together content 7,5 credits of theory and methodology of natural and technological science.

Year 2

Supplementary information

Mandatory course, Study Year 2, Spring semester: Degree project, Second cycle, 30 credits, a independant project within the track/specialisation:

  • Aeronautics: SD281X. Track responsible: Ulf Ringertz

  • Lightweight Structures: SD241X. Track responsible: Stefan Hallström

  • Space: EF233X. Track responsible: Nickolay Ivchenko

  • Systems Engineering: SF281X. Track responsible: Per Enqvist

Aeronautics (FLT)

Year 1

Optional courses

Year 2

Optional courses

Supplementary information

Mandatory course, Study year 2, Spring semester: Degree project, Second cycle, 30 credits, within the track/specialisation: Aeronautics: SD281X. Track Responsible: Ulf Ringertz.

Lightweight Structures (LKR)

Year 1

Optional courses

Year 2

Optional courses

Supplementary information

About course SD2432: The course starts in spring semester (10cr) and continues in autumn semester (10cr).

Mandatory course, Study Year 2, Spring semester: Degree project, Second cycle, 30 credits, within the track/specialisation: Lightweight Structures: SD241X. Track responsible: Stefan Hallström.

Space (RMD)

Year 1

Optional courses

Year 2

Optional courses

Supplementary information

Mandatory course, Study Year 2, Spring semester: Degree project, Second cycle, 30 credits, within the track/specialisation: Space: EF233X. Track responsible: Nickolay Ivchenko.

Systems Engineering (SYS)

Year 1

Optional courses

Supplementary information

The course SF2812 Applied Linear Optimization, 7,5hp/credits - Entry requirements: a Course in Optimization: SF1841 Optimization, 6hp/credits, in Autumn P2.

Year 2

Optional courses

Supplementary information

Mandatory course, Study Year 2, Spring semester: Degree project, Second cycle, 30 credits, within the track/specialisation: Systems: SF281X. Track responsible: Per Enqvist.