Aalto-yliopiston kesäkoulu
Aalto-yliopiston kesäkoulu tarjoaa korkealaatuisia akateemisia kesäkursseja ja -ohjelmia Aalto-yliopistossa.
Molekyyliohjelmointi on monitieteinen ala, joka yhdistää fysiikan, kemian, biologian ja tietojenkäsittelytieteen. Tämä kesäkurssi tarjoaa johdatuksen tulevaisuuden tietokonseisiin ja nanoteknologiaan kaikille aiheesta kiinnostuneille.
Opit, miten materiaalin käyttäytymistä voidaan “ohjelmoida” biologisten rakennuspalikoiden, kuten DNA:n, RNA:n ja proteiinien, avulla. Näitä molekyylejä voidaan suunnitella kokoamaan ja purkautumaan, parantumaan, mukautumaan ja jopa kommunikoimaan ympäristönsä kanssa.
-> Tutustu kaikkiin kurssin tietoihin sen englanninkielisellä sivulla
3 – 14 August 2026: Lectures and workshops on-site at Aalto University campus
Please note that the schedule is preliminary and may be subject to change
| WEEK 1 | Monday 3 August | Tuesday 4 August | Wednesday 5 August | Thursday 6 August | Friday 7 August |
|---|---|---|---|---|---|
| Morning (9-12) |
Course Introduction | Information bearing molecules |
DNA as a construction material |
Experimental methods Lab visit |
Visiting lecture on RNA (Ashwin Natarajan) |
| Afternoon (13-16) |
| WEEK 2 | Monday 10 August | Tuesday 11 August | Wednesday 12 August | Thursday 13 August | Friday 14 August |
|---|---|---|---|---|---|
| Morning (9-12) |
Programmed molecular self-assemblies |
Nucleic acids for molecular programming |
Nucleic acid interfaces |
Visiting lecture on industrial applications (Jacky Loo) |
Final Presentations |
| Afternoon (13-16) |
After completing the course, students will have knowledge of the building blocks of self-assembled systems for building chemical computers, and the tools to design such systems further. The students will understand dynamic self-assembled systems, such as DNA-based soft robotics and nucleic acid-based chemical reaction networks.
Some of the subtopics covered:
The course will be based on the upcoming book The Art of Molecular Programming. The course features computer-based design, programming, and simulation assignments, structured as a series of sections with respective challenges.
Course workload
Preparation readings 5h
Contact hours 30h
Individual or teamwork 25h
Total workload 60h (2 ECTS)
The course is graded as pass/fail.
Please note that the undergraduate courses offered by Aalto University Summer School can not be included in Aalto degree studies.
This course is suitable for bachelor's and master's students with a basic understanding of chemistry and physics.
Requirement: one (1) year minimum of bachelor studies in some STEM field, physics, chemistry, computer science, or biology. The ideal student would have done at least the basic STEM courses.
Participants must have completed a high school or vocational degree or equivalent by the time the course starts. However, they do not have to be a degree student at a university to participate in our courses.
Additionally, all summer school course students must be 18 years or older, as it is the legal age in Finland.
Please include a motivation letter or video in your application. In your motivation letter or video, describe your motivation for taking this course. The recommended length for the motivation letter is 150-250 words, and 1-2 minutes for the video.
Tuition fees for Summer School courses
One course: 1270€ (incl. VAT 25,5%)
Social program fee
More information about the social program coming soon!
If you need a visa, we recommend applying by April 15th 2026.
Learn about the Aalto University Summer School cancellation terms. You will receive the full terms before making the payment and confirming the course participation.
Joonas Ryssy is a Postdoctoral fellow at the City University of Hong Kong. He holds a PhD in DNA Nanotechnology from Aalto University and works as a Senior Editor on The Art of Molecular Programming textbook.
Aalto-yliopiston kesäkoulu tarjoaa korkealaatuisia akateemisia kesäkursseja ja -ohjelmia Aalto-yliopistossa.