Studying the 5 year degree program Engineering Physics at KTH Royal Institute of Technology.
Projects within this activity
Numerical algorithms for time-delayed Newtonian gravityDegree project, first cycle
degree project
numerical analysis
First cycle degree project in Engineering Physics, solving delay-differential equations with implicit time delays using a modified Runge-Kutta-Fehlberg integrator.tech:
C
MATLAB
Python
Optimizing the ascent trajectory for an orbital class launch vehicleCourse project of SI1336 Simulation and Modeling
course project
numerical analysis
A course project of SI1336 Simulation and Modeling, initially to compare the fuel consumption of a rocket launching from the poles or the equator. To properly compare fuel consumption, an algorithm for optimising the trajectory was necessary. This was implemented using a randomised gradient method as well as a very simple PID loop.tech:
C#
GPU accelerated matrix multiplicationCourse project of SH1015 Applied Modern Physics
computational physics
course project
A course project of SH1015 Applied Modern Physics, investigating the possibilities of GPU accelerated matrix multiplication. The result is the implementation of some existing algorithms for both sparse and dense matrix multiplication in the OpenACC and OpenMP frameworks, running on a desktop GPU. Done in collaboration with 3 others.tech:
C
OpenACC
OpenMP
Dendrolog - a tree debuggerCourse project of DD1327 Fundamentals of computer science
Course project
Dendrolog is a Go package for debugging trees, by printing them into an ASCII-art-like representation.
Implemented as final project of the course DD1327 - Fundamentals of computer science at KTH Royal Institute of Technology.tech: