Bachelor Degree Project in Engineering Physics, first cycle (15 credits), at the Department of Applied Physics

Light trapping schemes using Mie resonators for ultrathin film Si solar cells

Design and simulatie surface Mie resonator arrays for broad-band antireflection

Deep UV laser lithography for nanostructuring

System design, and experimental validation of a research set-up.

James Webb mirror hexapod

Build at small demo version of the James Webb space telescope

Acoustofluidic capillary fabrication for protein crystallography using laser heating

Explore state‐of‐the‐art carbon monoxide laser heating to pull capillaries

THz spectroscopy of protein folding

Prepare protein solutions that are probed by THz spectroscopy

Femtosecond laser micromachining

Develop high‐precision micromachining in hard materials

Modifying material properties by laser writing

Develop next generation of entangled photon sources

Acoustic transmission lines

Optimize an ultrasonic actuation system used for making 3D models of solid tumors.

Fluorescence Correlation Spectroscopy

In this project you will build an instrument for Fluorescence Correlation Spectroscopy.

Deep-learning based image analysis for microwell assay

Use deep-learning networks to quantify cellular responses 

Building and Testing an Automated Multiplexing Fluorescence

Microscope

Build an automated imaging farm for AI model training

Acoustofluidic Delivery Systems for X-ray Crystallography

Develop acoustic focusing inside microfluidic devices for improved sample delivery

Generation and detection of optical squeezed light

Develop next generation of squeezed light sources for quantum sensing and communication

CMOS testing with Quantum sensors

Develop a new measurement technique to monitor integrated circuits

Quantum communication

You will be involved in the development of a quantum communication network.

Single photon Lidar

You will help with the development of a quantum lidar, a radar operating with light pulses at the single photon level.

Infrared microscope

Develop a new optical microscope to collect light from single dopants and single defects that emit light in the infrared.

Modellering av magnetism i oordnade material

Använda Monte Carlo simuleringar för att studera magnetiska material

Sensors for super-capacitor applications

Design and develop a water conductivity sensor to measure water salinity

Intelligent supercapacitor for water purification

Build an algorithm and write the software for a microcontroller and/or
microprocessor. Develop a test hardware circuit coupled with the super-cap to verify the software functionality.

Naturally-Renewable-Biopolymer Coatings as an Environmental Solution

Develop sustainable, lowcost, non-toxic and environment-friendly
anticorrosive coatings on metal surfaces based on biopolymers.

Photocatalytic Degradation of Microplastics with Sunlight

Design, characterizion and construction of a device based photocatalytic materials to degrade microplastics in water using sunlight.

Hybrid Photothermal Materials as Hot-coatings

Prepare and characterize hybrid photothermal materials

Thermal Energy Harvesting through Thermoelectric Materials

Prepare thermoelectric films films on substrates and evaluate their transport properties

Undervisningslabb för elektromagnetism och optik

Utveckla en fysiklabbuppställning för att förbättra inlärningen inom grundläggande fysik

Experimentell lärmiljö för röntgenstrålning och röntgeninstrumentering

Skapa en experimentell lärmiljö som möjliggör olika röntgenexperiment

Thinking outside the box

Var en del av en forskningsgrupp

Studievanor och prestationer

Använda statistiska metoder för att identifiera de faktorer som är mest betydelsefulla för att lyckas med sina studier på KTH

Prediktering av mastersstudenters prestationer - ett komplext problem

Använda en förenklat multivaribel modell för simulering av studieresultat