Cv.

1. KRISTOFFER JONSSON
contact information
Email kristoffer.jonsson.8417@gmail.com
Phone +46 703 36 91 28
work experience
2015 - present Software Engineer — EA DICE, Stockholm
Specifically working with developing persistence and online functionality, primarily in C++.EA DICE
Developing gameplay systems that require understanding of asynchronous information flows. On a
daily basis implementing features and maintaining code set up in a client/server relation with multiple
database backends.
Summer 2014 Software Engineer — SAAB Training Systems, J¨onk¨oping
Responsible for development of software for simulating behaviour and characteristics of SAABsSAAB
training equipment. More specifically development of software for simulating relation between laser
transceivers and detectors, taking into account several physical phenomena. The software is today used
by SAAB to better understand how to optimize their products.
Summer 2013 Simulation Engineer — Swerea SWECAST, J¨onk¨oping
Simulation work in research for casting optimization of mainly steel and aluminium. Working withSWECAST
software such as Magma Soft and SolidWorks. Also implementing templates in the language LATEX.
education
2010 - 2015 Uppsala University, GPA: 4.8/5
Focus is on computational science, computer technology and applied mathematics. The educationMaster of Science
in Engineering
Physics
consists largely of courses in programming technology (high performance programming, parallel
programming, real time programming, scientific computing etc.), physics and mathematics. Much of
the education is project based.
Spring 2015 Uppsala University/EA DICE
Matching of geometrically and topologically changing meshesMaster Thesis
Description: The aim is to develop a compression algorithm for dynamic/animated meshes specifically
under changing geometry and topology. The primary challenge is creating a ’good’ rotationally and
translatory invariant matching bijective subset of the mesh surface between two subsequent frames of
the animation, under constraints that minimize distortion and change in edge length/area of the
unmatched surface. Implementations are mainly done in Matlab and C++.
Further reading at: http://uu.diva-portal.org/smash/get/diva2:853006/FULLTEXT01.pdf
Autumn 2014 Uppsala University
Current-reinforced random walks for constructing transport networksProject
Description: This project revolves around how to construct optimal transport networks when only local
data is available. Underlying algorithms are based on current-reinforced random walks often seen in
nature (ant networks, creation of blood vessels etc). Implementations are done in C++ for parallel
computer clusters using OpenMP.
Further reading at: http:
//www.it.uu.se/edu/course/homepage/projektTDB/ht14/project15/Project_15_Report.pdf
Spring 2013 Uppsala University
Digital Interface for Intelligent SensorsProject
Description: The purpose of this project was to digitize analogue data from various types of sensors, as
for example temperature sensor, wind speed sensor, humidity sensor, etc. The coding was done in C
with ATmega328 hardware. As a result of this project Uppsala University now has an effective digital
network for distributing analogue sensor data.
Further reading at: http://uu.diva-portal.org/smash/get/diva2:627456/FULLTEXT01.pdf
computer skills
C++, Matlab, Python.Languages
Frostbite, Perforce, MySQLEnvironments

2. other information
Swedish · Mothertongue.Languages
English · Speaks and writes fluently.
2014 · Award for ”Most innovative vehicle” in LEGO real-time-programming competition atAwards
Uppsala University.
2014 · Selected for UBW - a 6 day long, investment banking related study tour to London.
2012, 2014 · Scholarship from Holmgrenska Family Association.
2012 · Rundlunds scholarship Uppsala University ”To a deserving
student with good knowledge of mathematics and physics”.
Music · Genuine interest for music, especially Jazz. Playing saxophone.Interests
Training · Interest for fitness training and working out in general.