果冻传媒 BSc academic award nominees

Cyclic disjointness of Hamiltonian tours

APPLIED MATHEMATICS

Offering multiple good but diverse solutions for optimization problems, as opposed to a single optimal solution, can offer more flexibility and can greatly aid decision-makers. However, when are two solutions really different? My thesis investigates a novel measure of distinctness between solutions to the Traveling Salesman Problem, a famous problem with many applications.

It is amazing how a novel problem turns out to be equivalent to a seemingly unrelated old result.

Pieter Jacobs BSc

Wiktor Kwapinski BSc

Improving heat dissipation in hex-SiGE nanowires using 2D hBN flakes

APPLIED PHYSICS

Photonic circuits hope to one day be at the core of faster and more energy-efficient devices. Heating-up of these must be avoided at all costs. In this research, we experimentally demonstrated the possibility of using 2-dimensional flakes to cool nanowires, which could become crucial components in such circuits.

We demonstrated a new use case for 2D-1D material hybrid systems - a promising structure which could impact the future developments of nano-technology.

Structured state space models for de novo drug design

BIOMEDICAL ENGINEERING

Deep learning can speed up the long and costly drug discovery process. In my thesis, I adapted a new model, the structured state-space sequence model (S4), to de novo molecule design for the first time. My results showed that S4 could generate new, valid molecules 鈥� proving its potential for drug design.

Exploring the chemical space, one optimization step at a time.

Sarah de Ruiter BSc

Kaj Hasenaar 
BSc

Parametric Design of a Watchtower

BUILT ENVIRONMENT

Due to the increasing demand for efficient, safe, and sustainable buildings, the list of requirements for high-quality structures has grown exponentially. This thesis explores if parametric design can help incorporate these requirements into the design process. Possibly, reducing the time spent on redesigning and allowing for preliminary testing of the concept.

Reflection and revision are essential to your design process. However, be mindful of overusing them as it can be destructive to your efficiency.

Intensification of cyclopentanone production from biomass derived furfural as precursor for renewable jet fuels

CHEMICAL ENGINEERING AND CHEMISTRY

Agriculture residue can be converted into sustainable aviation fuels, but we should use it efficiently. Currently, lots of carbon is lost during conversion. My thesis investigates how to mitigate carbon loss by carefully tuning reaction conditions. We are first to do so in a continuous reactor fit for industrial scale!

I don't think technology alone can stop climate change, but I don't think we will stop flying altogether either.

Maurik Engelbert van Bevervoorde BSc

Hanna Broszczak BSc

Combining biclustering with probabilistic predictive models to develop personalised sets for the famous faces test

DATA SCIENCE

How can we use data science to improve dementia detection by GPs? This project uses data science techniques, such as biclustering and probabilistic modelling, to investigate personalisation opportunities in dementia diagnosis. It proposes a carefully designed and selected model for creating tailored tests based on individual characteristics of the participants.

The power of knowledge lies in sharing it and applying it to shape a healthier future.

Real-time implementation of model predictive space vector modulation for a three-level neutral-point-clamped inverter

ELECTRICAL ENGINEERING

The transition to green energy requires efficient electrical power converters for solar and wind energy. In my thesis I developed a hardware solution which is able to solve complex optimization problems, in a few microseconds, in order to optimize these converters and significantly improve their efficiency for a greener future.

I believe we need to explore and focus on computational paradigms that go beyond the traditional computer architecture we all know. We need to think outside the box and innovate to keep up with the growing demands of technology and energy efficiency.

Nart Gashi
BSc

Julie Heij BSc

The Grass Garment; a journey from before-life to after-life

INDUSTRIAL DESIGN

The Grass Garment, made from grass and seeds, critiques fast fashion's environmental impact. It is an example of designing for decay, and embracing impermanence. Through becoming part of the garment鈥檚 journey from sourcing to, eventually, composting, I aim to show how we can and should design with nonhumans to minimalize negative impact on the environment.

Let's explore what it means to design in and for a relational world.

Robotization in picking processes of Broekman Logistics

INDUSTRIAL ENGINEERING

My project for the company Broekman Logistics focused on optimizing warehouse automation through robotization. I developed a framework to help companies identify the best robot applications given their needs and warehouse characteristics. This generic and versatile tool is valuable for many businesses seeking to optimize and robotize their operations.

I am both amazed by and grateful for all the technological advances that make our work easier and our lives better.

Raul Jagmohan BSc

Milan van Bussel BSc

Out of the shadows: revealing the far-reaching impact of Dutch dairy production

SUSTAINABLE INNOVATION

The present-day diet of a Dutch dairy cow has become dependent on foreign lands. Fodder production and its impacts have moved to places out of sight. Recognizing and understanding these 鈥榦utsourced鈥� environmental impacts is crucial to creating a just debate and effectively address the challenges posed by the livestock sector. 

The impact of Dutch dairy reaches far beyond the Dutch nitrogen crisis.

Active exploration with occupancy grid mapping for a mobile robot

MECHANICAL ENGINEERING

The project investigates optimal methods for a robot to safely, autonomously, and effectively explore and map unknown environments. It includes mapping, path planning, and decision-making for exploration. Applications range from building inspections to disaster zone exploration, helping rescue teams and organizations navigate and safely provide assistance in unfamiliar areas.

Forget breadcrumbs - my robot uses lasers to remember where it's been.

Coen Smeets
BSc