-\cventry{2015--1016}{Advanved Computational Methods, MSc}{University of Leicester}{}{}{\emph{Modules Include}: Advanced C++ Programming, Analysis and Design of Algorithms, Algorithms in Bioinformatiks, Discrete Event Systems, Game Theory in Computer Science and Internet and Cloud Computing.\newline{}
- MSc Project involving correction and analysis of images taken with total internal reflection flourescence microscopes.}
-\cventry{2012--2015}{Physics with Astrophysics, BSc}{University of Leicester}{}{}{\emph{Modules Include}: Condensed Matter, Electromagnetic Fields, Atoms and Nuclei, Quantum Mechanics, Vector Calculus, Fourier Transforms, numerous group research projects.\newline{}
- \emph{Final Year Projects}: Writing an N-Body Simulation (\texttt{C++}), Developing a method for mapping Jupiter's Infra-Red Aurora (\texttt{IDL, Matlab/GNU Octave}). \newline{}
+\cventry{2015--1016}{Advanved Computational Methods, MSc}{University of
+ Leicester}{}{}{\emph{Modules Include}: Advanced C++ Programming,
+ Analysis and Design of Algorithms, Algorithms in Bioinformatiks,
+ Discrete Event Systems, Game Theory in Computer Science and Internet
+ and Cloud Computing.\newline{}
+ MSc Project involving correction and analysis of images taken with
+ total internal reflection flourescence microscopes.}
+
+\cventry{2012--2015}{Physics with Astrophysics, BSc}{University of
+ Leicester}{}{}{\emph{Modules Include}: Condensed Matter,
+ Electromagnetic Fields, Atoms and Nuclei, Quantum Mechanics, Vector
+ Calculus, Fourier Transforms, numerous group research
+ projects.\newline{}
+ \emph{Final Year Projects}: Writing an N-Body Simulation
+ (\texttt{C++}), Developing a method for mapping Jupiter's Infra-Red
+ Aurora (\texttt{IDL, Matlab/GNU Octave}). \newline{}