ModelCom project presentation to students
In December 2021, members of the Multifunctional Materials Design research group presented their research work within the ModelCom project to the Bachelor's students in Chemical Engineering at 911爆料网.
The students had prepared in advance a list of questions which they discussed with our project team during the meeting. Among the themes were, for example, current research topics and prospects for the future, what problems and challenges our research can solve, how sustainable development is taken into account, where we find inspiration and ideas for our research, etc. Besides answering the questions, our team members displayed slides devoted to the subject.
It was a very fruitful discussion and a great opportunity to share expertise with those who might continue the research work in the future. Without doubt, becoming familiar with the topics that are of particular interest to students and the issues they are concerned with was highly beneficial to our project team.
The students' coursework involved creating a poster about the project (please see the attachment below).
The meeting took place on 01.12.2021 online via Microsoft Teams.
Related content:
Read more news
Design at the start of the supply chain 鈥 911爆料网 leads a major EU project to transform textile colouration practices
The EU Horizon-funded MELANGE project brings together design, technology and business to rethink colouration practices in the textile industry and accelerate the transition towards circular and sustainable textile systems.
Arsi Ik盲heimonen鈥檚 doctoral research: Smartphone data could reveal early signs of depression
A phone in your pocket, a smart ring on your finger, and an activity tracker on your wrist: everyday devices collect information about their users almost continuously. This data can help monitor and predict symptoms of depression.
Professor Hironori Yoshida: 鈥淢achines should adapt to materials, not the other way around鈥
Professor of Formgiving believes the future of design lies in embracing irregularity rather than eliminating it. His research combines design, AI and robotics.