Present courses

The table below shows the courses I am taking this semester. I have completed my final semester of regular courses at KTH, so presently it is only the course corresponding to the master's thesis remaining

Course Code and NameECTS credits
Mathematics / Scientific Computing
SF250X Degree Project in Scientific Computing30
Sum:30

Past courses

The table below summarizes the courses I have already taken at KTH. The grading scale is A-E, where E is a passing grade and A is the highest grade. Courses graded with P were only graded pass/fail. Second cycle courses are master's level courses and first cycle courses are bachelor's level. FSF3571 is a course for doctoral students, when I took it, it was an introduction to cut finite element methods. The course was given as a part of the Interfaces and Unfitted Discretization Methods program at Institut Mittag-Leffler during the autumn of 2025.

Course Code and NameGradeEducation LevelECTS credits
Mathematics
FSF3571 Selected Topics in Numerical Analysis IIPThird cycle4.5
SF2745 Advanced Complex AnalysisASecond cycle7.5
SF2568 Parallel Computations for Large-Scale ProblemsASecond cycle7.5
SF2524 Matrix Computations for Large-Scale SystemsASecond cycle7.5
SF2526 Numerical algorithms for data-intensive scienceASecond cycle7.5
SF2525 Computational Methods for SDEs and Machine LearningPSecond cycle7.5
SF2832 Mathematical Systems TheoryBSecond cycle7.5
SF2529 Inverse ProblemsBSecond cycle7.5
SF2521 Numerical Solutions of Differential EquationsBSecond cycle7.5
SF2520 Applied Numerical MethodsBSecond cycle7.5
SF2940 Probability TheoryASecond cycle7.5
SF1512 Numerical Methods, basic courseBFirst cycle6.0
SF1921 Probability Theory and StatisticsAFirst cycle6.0
SF1632 Complementary Course in Differential Equations and TransformsAFirst cycle3.0
SF1633 Differential Equations IAFirst cycle6.0
SF1691 Complex AnalysisAFirst cycle7.5
SF1626 Calculus in Several VariablesAFirst cycle7.5
SF1625 Calculus in One VariableAFirst cycle7.5
SF1624 Algebra and GeometryAFirst cycle7.5
Engineering Mechanics
DD2365 Advanced Computation in Fluid MechanicsASecond cycle7.5
SE2860 FEM ModellingASecond cycle8.0
SE2132 Applied Elasticity with FEMASecond cycle9.0
SE2126 Material MechanicsASecond cycle9.0
SE2137 FatigueASecond cycle6.0
SM2001 Data-driven Methods in Engineering MechanicsASecond cycle7.5
SE2145 Reliability, Optimization and DesignASecond cycle9.0
SE2152 Mechanics of Fibre Networks and MaterialsASecond cycle8.0
SD2125 Signals and Mechanical SystemsASecond cycle6.0
SA2002 Sustainable Development and Research Methodology in Engineering MechanicsPSecond cycle3.0
SE202X Degree Project in Solid MechanicsPSecond cycle30.0
SE1025 FEM for Engineering ApplicationsAFirst cycle6.0
SE1020 Solid Mechanics, Basic CourseAFirst cycle9.0
SG1120 Mechanics IBFirst cycle9.0
Materials and Process Science
MH2050 Mechanical Properties of MaterialsASecond cycle6.0
MH2017 Micro and NanostructuresASecond cycle6.0
MH1028 Computational Thermodynamics for Materials DesignAFirst cycle6.0
MH1027 Thermodynamics of MaterialsAFirst cycle6.0
MH1025 Project Course in Materials ScienceBFirst cycle6.0
MH1024 Metallic MaterialsCFirst cycle6.0
MH1031 Ceramic MaterialsCFirst cycle8.0
MH1030 Materials Design IBFirst cycle7.5
KD1260 Chemistry of MaterialsAFirst cycle7.5
MH1022 Fabrication Processes of Metals and Bio FibresBFirst cycle7.0
MH1018 Transport PhenomenaAFirst cycle6.0
KF1050 Polymeric MaterialsAFirst cycle7.0
MH101X Degree Project in Materials and Process DesignPFirst cycle15.0
Other
AK2030 Theory and Methodology of Science (Natural and Technological Science)BSecond cycle4.5
DD1310 Programming TechniquesAFirst cycle6.0
SK1117 Electromagnetism and WavesAFirst cycle7.5
ME1003 Industrial Management Basic CourseBFirst cycle6.0
Weighted Grade Point Average4.84 /5Sum:375.5
Gustaf Bjurstam. Last modified: February 02, 2026. Website built with Franklin.jl and the Julia programming language.