We think that good scientific education makes the whole foundation for any future development and that the
importance is
emphasised with such a novel branch of science as synthetic biology. Our team has worked in multiple fields to
develop
and implement science education and communication related to synthetic biology and the field of biosciences. We
wanted
to inspire more young people to study science but also to educate the general public about synthetic biology and
its
importance.
One of our focuses has been to raise awareness on our project's topic of chronic wounds and why they can be
difficult to
treat. We organised workshops and interactive presentations, since we wanted to have two-way communication with
our
audience. This is important to us in order to educate ourselves on the public's opinion and preconceptions about
synthetic biology. We have also been producing informative social media content on our platforms in order to
reach an
even broader audience.
Social Media
We have been active on our social media channels, especially Instagram and Facebook, but also LinkedIn,
Twitter and
TikTok. We have made informational posts to Instagram and Facebook about our project and the problem we aim to
solve.
Our posts have also been about synthetic biology, iGEM and inclusivity. In our TikTok we have focused more on
the
interesting and fun side of science, posting material from the lab and our office spaces, hoping to spark some
interest
in the younger audience.
We think that it is important to try to break the stereotypes that surround science and may prevent some young
and
brilliant minds from entering the scientific community. By bringing out our own personalities we hope to
showcase that
one doesn't need to be any special to work in science. By posting about the successes and failures, but also
the
everyday life outside the lab we have tried to promote that kind of attitude and to show that you don't need
anything
but a curious mind to do science. With the combination of the educational and also more fun content we hope to
reach a
wide audience of different groups and make science accessible to as many people as possible.
Heureka
Aalto-Helsinki team has been happy to collaborate with Heureka for many years now. Heureka, the Finnish
Science Centre
brings technology and science to the public in different engaging and interactive exhibitions. In 2022, our
team
continued our collaboration by organising together with Aboa team workshops at the Heureka venue. Our goal was
to show
how lab work is done in research, hence inspire people to become more interested in science, especially in
synthetic
biology. However, it was important to adjust the lab experiments so that they were safe and interesting for
different
age groups. Creating interactive workshops were an important aspect for us, since through those workshops we
were able
to have a two-way dialogue with new communities.
Together with team Aboa from Turku, we established two workshops for one day. Our goal was to design the
workshops to be
interesting and engaging for everyone regardless of their age and experience and also to reflect the work we
do in the
lab on a daily basis, bringing the science and laboratory work closer to the general public, especially the
children and
youth. By doing this we hope to inspire the next generation of future scientists to stay curious and form an
interest
towards science.
Our workshops consisted of two experiments conducted in a laboratory environment. In one of the workshops the
visitors
tried to arrange different everyday food substances and liquids based on acidity first by guessing and after
that they
got to test them with ph-paper to see if their hypothesis was correct. The idea was to challenge the
participants into
critical thinking and to showcase that even the most mundane things can have unexpected and counterintuitive
properties.
In the other workshop we demonstrated a mini centrifuge made out of cardboard and string. By pulling the
strings with
the right tempo the cardboard disc reached a really high rotational speed, just like a real centrifuge. After
that the
visitors got to practice pipetting by transferring droplets of food colour onto the disc and making art by
spinning the
disc so that the colours spread and mixed into each other due to the centrifugal force. For parents and other
slightly
older participants we explained how this same principle can be used in developing countries to centrifuge
blood samples
to look for diseases in a very accessible and cheap way.
Writing
Blog Posts
Our team was active with writing about our project. In our biweekly blog we were able to dive deeper into the
different
aspects of our project. We have written about the theory behind the project, the steps we have taken during
the summer
and all the exciting collaborative events we have been able to take part in during our iGEM journey shedding
light on
the different academic and social aspects of the project. We wanted to write our blog to have a platform where
we could
dive deeper into our project without the limitation of characters. This way we were able to show our
enthusiasm and
excitement about our project and the field of biosciences. We find it important to show people our genuine
interest in
what we do and we hope to give insight to people interested in science what working in this field could mean.
You can find the blog posts here.
Newsletter
Without all the people helping us with the project we wouldn't have been able to accomplish nearly as much.
That is
why
we have published a monthly newsletter directly to the professionals helping us on our journey, to keep them
updated
on
our progress. There we have talked about our successes and challenges during our summer, giving more detailed
information about our lab experiments.
Podcast
We continued a podcast launched by the 2021 Aalto-Helsinki team. In our podcast episodes we aimed to share the
knowledge
about iGEM, synthetic biology and how a student-led research project can work. We had discussions with our
team
leaders
about leading a project and team members about our project in general. We also met last year's leader Sally
Chestnut
and
interviewed her experience and got good tips from her for the rest of our year.
Our podcast can be found here.
Presentations
Presentation at the Science Basement
Together with the Aboa team, we presented our project in Science basement, which is a Helsinki-based
scientific
community that offers a discussion and networking platform for early career scientists across all disciplines.
In our
30-minute presentation, we first introduced the overall sub-field of synthetic biology before delving into
each of our
projects as an application example: Therapeutics for us, and Agriculture for the Aboa team. The presentation
was
followed by a Q&A session from fellow scientists eager to learn about the techniques we used in-lab and what
markets our
projects could tap into.
Entrepreneurship Presentation at Slush
We will be pitching our project at a side event of Slush Helsinki at the end of November to showcase
innovative student
projects. Slush is the world's leading startup event, where start-ups come together with investors and other
founders.
The conference is a perfect mix of inspirational discussions, meetings, pitches and possibilities to form
connections.
Our team will present our project, Qblock, in the Slush side-event, Y Science. For the pitch competition, we
present our
project in the light of how synthetic biology products can become a future business venture. After the pitch,
the jury
will be able to ask questions about our project.
International Biology Olympiad
The International Biology Olympiad is an international biology competition for high school students. The 10
most
motivated students in Finland are chosen for a year-long prep course for the competition, before four of them
are chosen
to participate in the competition. In the beginning of August they had a training week in Aalto University's
premises.
We introduced them briefly to the world of synthetic biology and our project, giving them insight to what
studying
biosciences on a higher level could mean. The students were also able to ask us questions about our studies
and how the
transition from high school to university works.
Our aim was to inspire and encourage the students to continue to pursue a career in science, giving them an
opportunity
to ask questions about our studies. In our presentation we gave them peaks into the more advanced concepts of
our
project, explaining in more detail the reasons behind our decisions. We had great discussions with the
students and
found new ways to explain our project.
University course presentations
We have been presenting our project and iGEM to university level students through short presentations during
relevant
courses. During the spring we presented our project to a synthetic biology course. In the autumn we have been
presenting
our work to the first year students of different master programs at the University of Helsinki. Through these
presentations we hope to get more applications for the next year's team.
Social Media
We have been active on our social media channels, especially Instagram and Facebook, but also LinkedIn, Twitter and TikTok. We have made informational posts to Instagram and Facebook about our project and the problem we aim to solve. Our posts have also been about synthetic biology, iGEM and inclusivity. In our TikTok we have focused more on the interesting and fun side of science, posting material from the lab and our office spaces, hoping to spark some interest in the younger audience.
We think that it is important to try to break the stereotypes that surround science and may prevent some young and brilliant minds from entering the scientific community. By bringing out our own personalities we hope to showcase that one doesn't need to be any special to work in science. By posting about the successes and failures, but also the everyday life outside the lab we have tried to promote that kind of attitude and to show that you don't need anything but a curious mind to do science. With the combination of the educational and also more fun content we hope to reach a wide audience of different groups and make science accessible to as many people as possible.