TECH
SUMMER HANGOUT
Talks / Experiences / Music / Food
FRIDAY, AUGUST 14, 2026
TECH
SUMMER HANGOUT
Talks / Experiences / Music / Food
FRIDAY, AUGUST 14, 2026
INVITATION
WE WILL SE YOU IN...
WE WILL SEE YOU IN...
SIGN UP HERE
The registration deadline has passed.
If you have not yet had the opportunity to register, please contact us at tech@summerhangout.dk
PROGRAMME
12.00 – 12.15
12.15 – 13.15
13.15 – 14.30
14.45 – 17.00
15.00
16.00
18.00
Welcome by the dean
Poster session
Lunch
TECH CONNECTED
Coffee & cake
Ice cream truck
Thank you for today
POSTER SESSION
The Poster Session consists of three presentation rounds with different start times – see the program below.
12.00
Welcome by the dean
12.15
1st round of presentations (6-8 min. + 7-9 min. Q&A)
12.30
Moving on to the next presentation
12.35
2nd round of presentations (6-8 min. + 7-9 min. Q&A)
12.50
Moving on to the next presentation
12.55
3rd round of presentations (6-8 min. + 7-9 min. Q&A)
13.15
Poster Session ends – enjoy the rest of the day!
1
DESCRIPTION
Getting depressed by depressions: Monitoring greenhouse gases hotspots- flooded depressions from space.
In Denmark, there are numerous flooded low-lying areas, AKA depressions, in the fields. Recently, we found out these depressions will emit around 50 times more N2O than the dry upland. So, in this work, we will use remote sensing (satellite) to monitor the GHGs hotspots- flooded depressions in Denmark.
NAME
Po-Ting Pan
DEPARTMENT
AGRO
2
DESCRIPTION
Impact of Wheel Traffic-Induced Soil Compaction on N₂O Emissions and Soil Physical Properties under Different Tillage systems.
This poster shows that wheel-track compaction substantially increased nitrous oxide (N₂O) emissions across different tillage systems. Soil compaction reduced soil aeration by decreasing air-filled pore space, air permeability, and gas diffusivity, creating conditions that favor microbial N₂O production. These findings highlight the importance of managing wheel traffic and soil compaction to reduce greenhouse gas emissions from agricultural soils.
NAME
Harika Bommisetty
DEPARTMENT
AGRO
3
DESCRIPTION
Reduction of nitrogen losses from dairy cattle production.
My poster presents results from a dairy cow feeding study investigating whether dietary crude protein supply can be reduced without compromising milk production. By comparing different levels of crude protein supply, the study explores how feeding strategies can improve nitrogen use efficiency and potentially reduce nitrogen losses from dairy production while maintaining cow performance.
NAME
Theodora Michou
DEPARTMENT
ANIVET
4
DESCRIPTION
Component based structural design of modular buildings towards circular construction.
How can modular timber buildings be designed to be reused, adapted, and disassembled more effectively? This work explores a component-based approach to structural design, why such an approach is needed, and how it can support more circular construction. It investigates how structural components can be analyzed, documented, and combined within a hierarchical framework, enabling more efficient and flexible structural verification
NAME
Laszlo Mangliar
DEPARTMENT
CAE
5
DESCRIPTION
Color calibration of field photography for quantitative analysis of glacier and ice sheet surface darkening.
Field photography is routinely collected during fieldwork. We developed and tested a desktop toolbox that calibrates RAW imagery to enable quantitative assessment of glacier and ice sheet surface darkening. The software and workflow are broadly applicable and can also be adapted for use in other research areas.
NAME
Shunan Feng
DEPARTMENT
ENVS
6
DESCRIPTION
From single pixels to chemical mapping: Studying colloidal dynamics in complex food matrices.
This presentation will introduce Raman microscopy and its promising applications in studying colloidal dynamics in complex food matrices. Using hyperspectral imaging, individual components can be identified and spatially localized, providing new insights into the interactions between food ingredients, while supporting the development of plant-based alternatives.
NAME
Lise Margrethe Boesgaard
DEPARTMENT
FOOD
7
DESCRIPTION
Breeding goal of starch potatoes in Denmark
Potatoes are autotetraploid, which results in greater genetic segregation than in many other plant species. Consequently, the offspring of a potato cross can vary considerably, requiring the evaluation of many clones. Selection decisions need to comprise many traits. The goal of this research study is to develop a tool for more efficient and better selection of starch potatoes.
NAME
Mila Tost
DEPARTMENT
QGG
TRANSPORTATION
JYLLAND
TRANSPORTATION TO NAVITAS
Viborg
Bus stop: Viborg Rutebilstation
Departure: kl. 10.20
Arrival: kl. 12.00
AU Viborg
Bus stop: Blichers Allé 20 Foulum 8830 Tjele
Departure: kl. 10.45
Arrival: kl. 12.00
Randers
Bus stop: Pendlerplads Viborgvej/Randers C
Departure: 11.10
Arrival: 12.00
BUS STOP
Viborg
AU Viborg
Randers
ADDRESS
Viborg Rutebilstation
Blichers Allé 20 Foulum 8830 Tjele
Pendlerplads Viborgvej/Randers C
DEPARTURE
Kl. 10.20
Kl. 10.45
Kl. 11.10
ARRIVAL
Kl. 12.00
Kl. 12.00
Kl. 12.00
TRANSPORTATION FROM NAVITAS
Randers
Bus stop: Pendlerplads Viborgvej/Randers C
Departure: kl. 18.10
Arrival: kl. 19.00
AU Viborg
Bus stop: Blichers Allé 20 Foulum 8830 Tjele
Departure: kl. 18.10
Arrival: kl. 19.25
Viborg
Bus stop: Viborg Rutebilstation
Departure: kl. 18.10
Arrival: kl. 19.45
BUS STOP
Randers
AU Viborg
Viborg
ADDRESS
Pendlerplads Viborgvej/Randers C
Blichers Allé 20 Foulum 8830 Tjele
Viborg Rutebilstation
DEPARTURE
Kl. 18.10
Kl. 18.10
Kl. 18.10
ARRIVAL
Kl. 19.00
Kl. 19.25
Kl. 19.45
SJÆLLAND
TRANSPORTATION TO NAVITAS
Flakkebjerg
Bus stop: Forsøgsvej 1, 4200 Slagelse
Departure: Kl. 09.00
Arrival: Kl. 12.00
Roskilde
Bus stop: Frederiksborgvej 399, 4000 Roskilde (via Sjællands Odde)
Departure: Kl. 08.45
Arrival: Kl. 11.30
BUS STOP
Flakkebjerg
Roskilde
ADDRESS
Forsøgsvej 1, 4200 Slagelse
Frederiksborgvej 399, 4000 Roskilde (via Sjællands Odde)
DEPARTURE
Kl. 09.00
Kl. 08.45
ARRIVAL
Kl. 12.00
Kl. 11.30
TRANSPORTATION FROM NAVITAS
Flakkebjerg
Bus stop: Forsøgsvej 1, 4200 Slagelse
Departure: Kl. 18.10
Arrival: Kl. 21.00
Roskilde
Bus stop: Frederiksborgvej 399, 4000 Roskilde (via Sjællands Odde)
Departure: Kl. 18.00
Arrival: Kl. 22.00
BUS STOP
Flakkebjerg
Roskilde
ADDRESS
Forsøgsvej 1, 4200 Slagelse
Frederiksborgvej 399, 4000 Roskilde (via Sjællands Odde)
DEPARTURE
Kl. 18.10
Kl. 18.00
ARRIVAL
Kl. 21.00
Kl. 22.00
FAQ
Nice to know
TECH SUMMER HANGOUT is a day dedicated to taking a break, having fun, and spending time with your colleagues. You’ll have the opportunity to create your own experience – move between different activities, dive into something new, get inspired, or simply lean back and enjoy the atmosphere in the sun with a cold beer or a cup of coffee.
BASECAMP is the area where you and your colleagues can relax, eat, and drink.
You will receive:
- 4 drink tickets
- 1 meal ticket
- 1 ice cream ticket
- 1 cake ticket
If you find that you need more, it will be possible to purchase additional beverages via MobilePay.
Water stations will be available on site, so remember to bring your water bottle from last year!
If you arrive by car, a limited number of parking spaces will be available under Navitas, which you can use at your own expense.
There is no dress code for this event. However, as Danish weather can be unpredictable, it’s a good idea to bring a backpack with sunscreen, a rain jacket, and perhaps a blanket to sit on. Please note that there will be no lockers or cloakroom facilities available.
Portable toilets are located at the rear of Navitas – simply follow the signs. Accessible toilets are available via the main entrance.
It will not be possible to enter the Navitas building. The event takes place outdoors.
You are always welcome to contact us at the following email address if you have any questions: tech@summerhangout.dk