Master's thesis projects

You can find all available student projects offered on advanced level below.
For projects on Bachelor level, please visit our Swedish webpage.

Master's thesis projects 2022

Abating Temperature Drift in Nanoplasmonic Hydrogen Sensors

Ab initio modelling of small polarons in mixed halide perovskites ​

Ab initio modelling of two-dimensional van der Waals heterostructures​

Ab initio-based neural networks for modeling semiconductor/water interface

Active thermal glass​​
Advanced applications of biogenic nanomaterials - photoelectrochemical solar cells​

A look inside the working battery​
Analysis of the microstructure of cemented carbide materials​​
Assessing the effect of surface nitrogen on the water-splitting reaction on BiVO4

Building batteries from wood

 CFD modelling of weld pool in GMAW - a study on the effect of chemical composition and welding parameters

Classification of equine gait patterns in real-world environments

Collective dynamics of autonomous robots in a complex environment​

Computational Approach to Nanofluidic Scattering Spectroscopy​

Computational study of extreme plasma dynamics​
Coupled Multi-Scale Modelling of Short Fiber Reinforced Composites​​
Creating a reactive force field engine for materials physics simulations​​
Dark Matter particle phenomenology​
Deep learning enriched micro-mechanical modelling of elasto-plastic behavior of short fiber reinforced composites​

Deep Learning for Particle Tracking​
Deep Learning for Optical Tweezers​
Deep Reinforcement Learning for Optimization of Nanofluidic Chip Design​
Development of novel Quantum Algorithms for Near-term Quantum Devices for Chemical and Physical Problem Cases​
Developing parallization methods for kinetic Monte Carlo simulations​​
Electrical Impedance Spectroscopy and its applications​
Electromagnetic Metamaterials 
Electronic structure of twisted bilayer graphene systems​

Estimating gait parameters using sensor fusion​

Fingerprint scanning using graphene transistors at terahertz frequency​​
Fission, FPGAs and VHDL

Förbättra bandysporten​

Generating highly entangled microwave quantum states​
Handling calibration parameters​
Help us understand climate change all the way into space​​
High energy lithium-ion cells - test and characterization​
Identification of Material Parameters in Batteries​
Instantons in disordered semiconductors

Ion transport mechanism of salt-doped single-ion conducting polymer electrolytes​
​Machine learning assisted quantum computing​ 
Machine learning enhanced design of short fiber reinforced composites​
Machine learning for brain connectivity analysis​
Machine Learning Models for Mixed Halide Perovskites​

Machine-learning models for molecular simulations​
Machine learning strategies to predict ion transport through a porous Structural Battery Electrolyte​​
Master projects at the Ultrafast Photonics laboratory, 2021​
Measure and model the electrochemical properties of Li-ion batteries​​
Measuring Photon Upconversion using an Integrating Sphere
Mercury Decontamination of Aqueous Solutions Using a Novel Method​
Modeling and simulation of controlled drug delivery systems​
Modelling Electrochemical Reactions in Swimming Pool Water​​
Modelling electron transport across superconducting junctions​

Modeling The Shape Evolution of Nanoalloys
Nanofabrication of PC for UV emitting PCSELs​

Neural-network based modeling of structural properties of mixed halide perovskites

Non-Hermitian quantum sensing​
Numerical simulations of reaction-diffusion systems
Optical characterization of sprays from advanced fuel injection systems​​
Optimization of electroplated bond pads for flip-chip devices​

Passive Radar for aircraft detection​​

Predicting the Cancer Tumor Position in a Liver Using Finite Element Analysis (FEA) and Artificial Intelligence (AI)​

Predicting neurodegenerative diseases with graph neural networks

Samurai Monte Carlo​​

Self-consistent phonons and more​
Sensitized Molecular Switches (30 or 60 credits)​
Simulation of AlGaN tunnel junctions​​​​
Simulation of relaxation timescales in 2D Fermi liquids

Single Nanoparticle Characterization in Catalysis​

Sputtered AlN layers for UV and nonlinear photonics​

Statistical Learning For Modeling Complex Carbides

Strong Coupling Between Plasmon and Single-Photon Emitters​

Strong interactions in topological quantum materials
Studies of water’s influence on conductivity and structure for polymer-salt-H2O systems​
Study of the bone quality in critical size bone defects by birefringence imaging​
Supersymmetry in Optics​​

Systematic investigation of the effect of complex flow fields on nanocellulose suspensions by birefringence imaging​

Systematic investigation of the solid state structure of pharmaceutical 

materials by small angle X-ray scattering (SAXS)​

Towards more efficient solar cells: modelling of band gaps of mixed halide perovskites​​​
Transient phenomena in quantum materials
Understanding high-temperature deformation mechanisms in cemented carbide materials
Universal correlations in non-interacting Fermi gases​​
Unveiling Na-ion storage mechanism in Na-ion batteries by operando Surface Plasmon Resonance spectroscopy       
Vertex models on a quantum computer
Quantum mechanical descriptions of chemical reactions​​

Page manager Published: Thu 01 Dec 2022.