ARUR_logoY Soft Applied Research and University Relations (ARUR) is a program under which we ysofters:

  • Supervise and consult students working on their theses
  • Support student research positions at research laboratories
  • Offer student internships
  • Give lectures at universities
  • Organize and support student events

This post provides statistics (collected for the last six years) about some of the Y Soft ARUR activities mentioned above.

Theses supervision

During the last six years, 46 bachelor and master theses realized in collaboration with Y Soft were successfully defended. See Figure 1 for a number of theses defended per each year. In 2015, for example, 6 bachelor and 8 master theses were successfully defended. Most of all the theses came from Y Soft R&D in collaboration with the Faculty of Informatics, Masaryk University.

Figure 1

Figure 1. Number of defended theses

More than 75% of all theses defended during the last six years received “A” or “B” grade. See Figure 2 for grades statistics per each year. In 2015, for example, 14 theses were successfully defended and received eight “A” and six “B” grades (i.e., 100% of the theses defended in 2015 received “A” or “B” grade).

Figure 2

Figure 2. Grades of defended theses

Since 2012, five of the students received awards for their theses (see Figure 3).

Figure 3

Figure 3. Number of awards

Part-time positions at Y Soft

14 students were given part-time jobs within the scope of ARUR during the last six years. Some of these part-timers have been working in Y Soft on their bachelor or master thesis for more than a year. There were ten students from the Faculty of Informatics (Masaryk University), two from the Faculty of Electrical Engineering and Communication (Brno University of Technology), and two from the Faculty of Information Technology (Brno University of Technology).

Student positions at research laboratories

Every year, in cooperation with the Faculty of Informatics, Masaryk University, we participate in organizing a competition for talented students who are in the first or the second year of their bachelor studies. During the last six years, we have supported nine students who were winners of the competition. Some students were funded for more than one year. In 2015, six student positions at research laboratories have been funded.

Thanks to all already participating in our ARUR program and we are looking forward for new participants!

We are more than happy to discuss any suggestions and ideas for cooperation you might have.

Contact us:

For those, who has attended Robot Framework workshop on Test Crunch conference you can find more details about environment setup, source codes and books below.

Installing Robot Framework on your computer

  1. Download and install Python 2.7 (32/64 bit based on your OS) from
  2. Add Python location into Path environment variable (e.g. c:\Python27\;c:\Python27\Scripts\)
  3. Download and install wxPython 2.8 with unicode support (32/64 bit based on Python version) from
  4. Install pip (package manager) by  opening command line and running command python
  5. Open command line and run following commands to install Robot framework and additional libraries
    pip install robotframework
    pip install robotframework-ride
    pip install robotframework-selenium2library
  6. Start RIDE by running in command line

Workshop source code

Books and other study materials

Recording from workshop will be available soon.

Stay tuned and enjoy Robot Framework.

Members of our Robot team have participated in the worldwide competition of robots on the 11 April to 12 April in 2015, which was held in Vienna, Austria. There were a lot of competition categories including Humanoid sumo, where we participated. Over 600 robots were registered over all categories and 16 robots in the Humanoid sumo.

Robot specifications

Each humanoid robot has to meet certain specifications, e.g. maximum dimensions and weight. The rules also require having a head, two legs, two arms and a name. We named our robot YSoft Ragnarök, which is a great foretold battle from Norse mythology. The limit for the weight is 3000 g, which was quite problematic for us. At the beginning of the competition we had to reduce robot’s weight to 2997 g by removing some insignificant parts. Our strategy is a great stability which many other robots lack, but it comes with demand for heavy parts especially at the bottom of the robot. Heavy body also reduces mobility and speed so we had to develop better solution in order to find the opposing robot reliably, then move directly to it and wreck it. For this purpose we used ultrasonic sensors with maximum range of 2 meters, high precision and low power consumption.

robot clanekArena rules

Tournament started with qualifications and continued with single match elimination. Each match startswith two robots in opposing corners facing each other. The main goal is to push the other robot out of the arena or to knock it down. If any robot is pushed out of the arena, it can be placed within the arena again, however it must be placed face down. If the robot can autonomously stand up, the match continues. Team gains 3 points for pushing the other robot out of the arena. If any robot falls in the arena, the opposing team gains 1 point. Two points are awarded for a robot that knocks the opponent to the ground. Match ends if any robot is knocked out (and cannot stand up), it does not move for a period of time or the time for the match runs out (the maximum time is 3 minutes). The competitor with highest score wins.

Our performance

We have beaten every robot in the qualification group and successfully advanced into the semifinals without suffering a loss. However, this had already happened in the past when we lost the next two matches to finish in the 4th place. This time we tried not to repeat such outcome. The first semifinal match against Mexican robot Speedy Gonzales was quite even as the opponent avoided contact with us so we only managed to knock it down once. The second match versus another Mexican robot Atom was more one-sided because it could not get up after knockout (this match can be viewed here).

Once we got into the finals, we have faced our old rival from Poland, robot DUE. At the end we have beaten them and won the first place (video). Polish robots DUE and UNO took both 2nd and 3rd place.