Aktualności | Gdańsk University of Technology

Organization of the Doctoral School Office work – July

• Circular letter of the Rector of Gdańsk Tech No. 37/2025 of 24 June 2025 regarding: announcement of the consolidated text of the Statute of Gdańsk University of Technology,

• Circular letter of the Chancellor of Gdańsk Tech No. 3/2025 of 17 June 2025 regarding: introduction of the Rules for Staying on the Premises and in the Facilities of Gdańsk University of Technology,

Organized by the Faculty of Applied Physics and Mathematics, and Advanced Materials Centre with support from the team of Scientific Club RedOx, Poland’s first Electrochemical Society  affiliated science club.

As a partner in the TECoNaut project, Gdańsk University of Technology aims to demonstrate that sustainable sailing encompasses more than modern materials and eco-friendly propulsion systems. It also involves rescuing and revitalizing yachts that have been forgotten for years –whether in marinas or simply left behind houses.

New programme offers three-month cross-border research internship at ENHANCE partner institutions, which include:

• 4 for Gdańsk Tech PhD students (to go abroad)
• 4 for incoming PhD students to Gdańsk Tech

Each intern (doctoral student) is required to work under two academic mentors—one from the home, one from the host university. Find a mentor and apply!

Which countries are these? All countries in the world, except for EU and EEA members, Turkey and North Macedonia – mobilities to these countries were already possible before.

What do you need to do? You must:

1. obtain the consent of your faculty/nomination

2. in the case of a study mobility - submit a declaration from the host university that it agrees to sign a cooperation agreement with Gdańsk Tech under the Erasmus+ programme

The Housing Estate Council has prepared a form for submitting appeals regarding assigned dormitory room numbers.

Appeals can be submitted between July 23-25, 2025.

Form

– The service life of wind turbine blades is approximately 20–25 years. After that, they are most often sent to landfills or buried underground. Other disposal methods are also employed, such as pyrolysis – thermal decomposition at high temperatures in the absence of oxygen – or solvolysis, which involves dissolving materials in appropriate solvents. However, these methods are relatively energy-intensive. Therefore, we proposed a solution that utilizes the natural load-bearing capacity of the blade – says Prof.