Master Thesis projects

For international students there are two possible degrees, a one year Master or a two year Master. A Master Thesis project must be completed to fulfill the requirements of the Master degrees. A 15 ECTS credits project is needed for the one year Master and a 30 ECTS credits project must be completed for the two year Master. The degree project should be the last course in your education. By doing a Master Thesis project and demonstrating her/his knowledge and skills the student will fulfill the overall goals of a Master Degree.

Master Thesis courses currently offered:

Name of the course ECTS-credits Course code
Degree Project: Master of Science (one year) in Computing Science
Students admitted to TADAM can apply
15 hp 5DV138
Degree Project: Master of Science (one year) in Computational Science and engineering
Students admitted to TABEM can apply
15 hp 5DV140
Degree Project: Master of Science (two years) in Computing Science (General degree and specialization: computer science)
Students admitted to TADAM can apply
30 hp 5DV136
Degree Project: Master of Science (two years) in Computational Science and engineering
Students admitted to TABEM can apply
30 hp 5DV137
Degree Project: Master of Science (two years) in Computing Science (specialization Robotics and control)
Students admitted to TAROM can apply
30 hp 5DV141

TADAM = Master's Programme in Computing Science 
TABEM = Master's Programme in Computational Science and Engineering
TAROM = Master's Programme in Robotics and Control

By clicking the course code in the table and then "Kursens hemsida/Course home page" or "För dig som är student på kursen/For current students in the course" more details are given on how to start, plan and perform a MT-project.

Starting from Fall 2009 completed Master Theses and even Bachelor Theses are published in a database called Diva/Opus. See below! Older Theses are listed here.

Student Theses in Computing Science

Author

Title

Year sorteringsordning

Fulltext

Coyne, Adam Kavanagh

Multi-Modal Teleoperation of a Humanoid Social Robot Initial Evaluation of Control Modalities

2018

Download

Shehabeldin, Heba

Radiostereometry Using NURBS Implant Models

2018

Download

Uddgren, Fredrik

Extending text categorization with lexica lsemantic resources: A vector space model based on WordNet similarities

2018

-

Mårtensson, Oskar

Semantic Similarity Evaluation using Convolution Kernels and Word Embeddings

2018

-

Watt, Ruaridh

Proof-of-Possession Tokens in Microservice Architectures

2018

Download

Nyman, Jonas

Evaluating the mitigating effect on HTTP lood attacks using an application laye Challenge-response approach

2018

Download

Kastberg, Joacim

Multi-armed bandit strategies- A comparison on the most popular strategies for solving the multi-armed bandit problem

2018

-

Andersson, Gustav

Classification of Heart Sounds with Deep Learning

2018

Download

Häggström, Fredrik

Real-time rendering of volumetric clouds

2018

Download

Ingeson, Martin

Long-Term Experience Applications for Augmented Reality - In a Medication Adherence Scenario

2018

Download


Page Editor: Jerry Eriksson

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Contact persons

Computing Science/TADAM

Frank Drewes, MIT-huset, plan 4, rum E454, drewes@cs.umu.se

Computational Science and Engineering/TABEM

Eddie Wadbro, MIT-huset, plan 2, rum UMIT-lab, eddiew@cs.umu.se

Robotics and Control/TAROM

Thomas Hellström, MIT-huset, plan 2, rum C233, thomash@cs.umu.se