ɫɫÀ²

News

Makoto Ueki: MMD's and Aalto University's emphasis on interdisciplinary collaboration offered invaluable lessons for my future career

Makoto Ueki tells about his summer internship project in the area of acoustic absorption within Multifunctional Materials Design research group
Makoto Ueki on his summer project in MMD group. Images - from Makoto's personal archive

Makoto Ueki is currently doing his Master's at the University of Oxford. In 2023, he completed his summer internship in the Multifunctional Materials Design research group (Aalto University School of Chemical Engineering). He shared with us more details about the summer project and his experience as part of the group.

"I worked on a project concerning the acoustic absorption of a porous material developed within the MMD group. To understand its acoustic properties, I integrated computational fluid dynamics simulations, image processing, and experimental acoustic characterization of the material. My project posed two main challenges: identifying relevant parameters and constructing a simplified model of the material.

Firstly, the theory to characterize sound absorption involved numerous parameters to adjust, making it challenging to gain a comprehensive insight. To address this issue, I used experimental acoustic characterization of the samples, through which I discovered that two parameters were particularly significant.

Secondly, modelling the material was challenging. The material itself was complex, with pores of varying sizes. To run the fluid dynamics simulations, I had to simplify some aspects of this complexity. As a result, I managed to develop a model that is easy to interpret and that explains the trends of the two aforementioned parameters.

MMD group in Nuuksio National Park in September 2023
MMD group in Nuuksio National Park in September 2023

The project was demanding but very rewarding. I greatly enjoyed working with the group members, who were always supportive and welcoming. The group's and Aalto University's emphasis on interdisciplinary collaboration offered invaluable lessons for my future career. Group meetings, discussions, and seminars enriched my understanding of material science and soft matter, further igniting my passion in the field.

I would like to thank Jaana Vapaavuori for giving me the opportunity to work with the group, Janis Heldmann - for supervising my project, and all members of the Multifunctional Materials Design group for making this wonderful and fruitful experience a reality."

Contact information: Makoto Ueki ()

Related content:

Multifunctional Materials Design

Group led by Professor Jaana Vapaavuori

MMD webpage main image. GIF image by Aalto University, Giulnara Launonen

MMD FinnCERES: Acoustics

MMD projects funded by FinnCERES (sub-theme Acoustics)

Measurement of how sound waves bend towards the absorption material. Photo by Aalto University, Tapio Lokki
  • Updated:
  • Published:
Share
URL copied!

Read more news

ARTEFAKTI exhibition - photo: Lauriina Markkula
Cooperation, Studies Published:

ARTEFAKTI24

The second iteration of ARTEFAKTI, the graduation exhibition of Contemporary Design MA programme.
An illustrative figure comparing disease-induced immunity (left) and randomly distributed immunity (right) in the same network. Illustration: Jari Saramäki's research group, Aalto UIniversity.
Research & Art Published:

Herd immunity may not work how we think

A new study from researchers at Aalto University suggests that our picture of herd immunity may be incomplete — and that understanding how people are connected could be just as important as knowing how many are immune.
AI applications
Research & Art Published:

Aalto computer scientists in ICML 2025

Department of Computer Science papers accepted to International Conference on Machine Learning (ICML)
Close-up of a glowing dual processor on a dark motherboard with futuristic light effects and detailed circuitry.
Press releases, Research & Art Published:

New quantum record: Transmon qubit coherence reaches millisecond threshold

The result foreshadows a leap in computational capabilities, with researchers now inviting experts around the globe to reproduce the groundbreaking measurement.