Gdańsk University of Technology

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Gdańsk University of Technology
Politechnika Gdańska
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Motto "History is wisdom - future is challenge" - the new motto of the university adopted by the resolution of the Senate of Gdańsk University of Technology on January 21, 2015
Type Public
Established 1904
Rector prof. Jacek Namieśnik
Students 25,000
Address Narutowicza 11/12
80-233 Gdańsk Wrzeszcz
, Gdańsk, Poland
Affiliations CDIO, CESAER, Erasmus+, EUA
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Coordinates: 54°22′17″N 18°37′8″E / 54.37139°N 18.61889°E / 54.37139; 18.61889

The Gdańsk University of Technology (GUT; Polish: Politechnika Gdańska) is a technical university in Gdańsk-Wrzeszcz, and one of the oldest universities in Poland. It has nine faculties and with 41 fields of study and more than 26 thousand undergraduate, as well as about 400 doctoral students. It currently[when?] employs 2500 people, including 1200 academic teachers. It received CESAEER Membership in 2015. The rector of the university (2016-2020) is professor Jacek Namieśnik.

Some degree courses and various specialisations are taught in English. Moreover, some of the courses offered by GUT are unique in Poland, for instance ones in Construction Chemistry, Nanotechnology, Geodesy and Cartography, as well as Engineering of Natural Resources. Students have access to specialist laboratories, lecture theatres with multimedia facilities, a library with 1.2 million volumes and various sports facilities. Undergraduates can also join one or more of 60 student science or language societies as well as other organisations.
During the recent years, Gdańsk University of Technology has made many changes, both preserving the tradition of a technical university and being open for economic and social demands. University is now facing transformation: from a digital university into a SMART university, realizing new international projects and innovative incentives.
Great emphasis is placed on maintaining high education quality standards. GUT is the first and only Polish university to be a member of the CDIO Initiative, founded by the Massachusetts Institute of Technology in collaboration with Chalmers University of Technology in Sweden. CDIO aims to provide an education for engineers that enables them to “Conceive, Design, Implement and Operate” pro-industrial technological systems.
Active member of a number of university networks and associations, e.g. Baltic Science Research (coordination of nanotechnology research and education), Baltic University Network (Uppsala Protocol) and the Baltic Sea Region University Network.

In October 2015 r. became a member of CESAER (Conference of European Schools for Advanced Engineering Education and Research). Also listed among 800 best universities in the world by Times Higher Education World University Rankings.



The university was founded in 1904 as Königliche Technische Hochschule zu Danzig. At the time Gdańsk, then known as Danzig, was part of the German Empire. The history of Gdańsk is complex and the city itself belonged, at different times to Poland and Germany. By the decision of Treaty of Versailles in the period of 1920-1939 it had become "free city". The names of the city's educational institutions were affected by the changes in the city status. The university was known by different names:

  • 1918–1921: Technische Hochschule in Danzig (Wyższa Szkoła Techniczna w Gdańsku)
  • 1921–1939: Technische Hochschule der Freien Stadt Danzig (Wyższa Szkoła Techniczna Wolnego Miasta Gdańska)
  • 1939–1941: Technische Hochschule Danzig
  • 1941–1945: Reichshochschule Danzig

In the late 1930s, Polish students were subject to discrimination by German teachers, many of whom had joined the NSDAP Nazi Party. Following the outbreak of World War II, Polish students were expelled from the university.[citation needed] Instructors who were members of the NSDP taught classes in uniforms of the Nazi party and began each class with a Hitler salute. Toward the end of the war, the university was turned into a German army hospital. When the Soviet Red Army captured the university/hospital, Russian soldiers shot dead some of the Germans and then closed all exits to the main building and burned alive the remaining wounded German soldiers.[citation needed] The Russians arranged stables and barracks in other buildings. In 1945, all Germans were expelled from the city of Gdańsk and the burned ruins were turned into a Polish university (24.05.1945). In light of tragic history of the university under Nazi rule, today's university officially does not continue traditions of pre-war schools and its history starts in 1945.[1]

Main building in 1904

The school was reorganized and rebuilt under the supervision of Stanisław Turski, a Polish mathematician and former inmate of German concentration camps. Turski also served as the first post-war rector of the university. Important dates in Gdańsk University of Technology history:
1900 – the cornerstone is laid for the university building
1904 – King’s Technical High School is created
1941-1945 – the university is subordinated to the nazi Germany
1945 – on May 24, the university became a Polish state academy
2004 – 100-year anniversary of founding a Gdańsk University of Technology
2014 – 110-year anniversary of founding a Gdańsk University of Technology
2020 – Smart University


Gdańsk University of Technology (GUT) is located in Gdańsk – a city of more-than-1000-year-old tradition, situated at the mouth of the Vistula River on the Baltic Sea. Gdańsk is the capital of the Pomeranian region and has nearly 500 000 inhabitants.

Danzig Krantor Gdansk Żuraw.jpg

Gdańsk University of Technology is situated in the centre of old Wrzeszcz – a district which has good communication with every part of the city. The whole campus is located at Narutowicza street.


Daniel Gabriel Fahrenheit's Courtyard in the Main Building

Johannes Hevelius (1611-1687) created the first world's great astronomical observatory equipped with telescopes. Hevelius was also a physicist because he discovered centuries old changes in magnetic declination. He was technician too, because he constructed Poland's first pendulum clock, conceived, designed and built the first world's periscope, as well as the first micrometer screw which belongs today to the Gdańsk City Council.

Hevelius' Courtyard

Daniel Gabriel Fahrenheit (1686-1736) was born in Gdańsk. He is mainly known for being the first to use mercury in temperature measuring devices (previously alcohol was used) and developed his own scale of 0 to 212 degrees.

Hevelius and Fahrenheit, the two distinguished physicists who are considered as representatives of Polish science, have their own places of rembrance at Gdańsk University of Technology. By virtue of the Resolution of the Senate, the Courtyards in the Main Building of Gdańsk University of Technology have been named after the two scientists. Both of them has been commemorated with a reliefs, that have been designed by the scientists of Gdańsk University of Technology due to genetic algorithm and a specially designed computer application running on GUT's supercomputer.

Historic places[2][edit]

The main building, designed by Hermann Eggertt and Albert Carsten, was built between 1900 and 1904 and constructed at the same time as the Electro-Technical Institute, Machine Laboratory and the Faculty of Chemistry. All the buildings were designed in the style of the Northern Renaissance with the elements of Art Nouveau. Several stone images that decorate the front represent in symbols the purpose of the building. The Medusa head above the main entrance protects the building against intruders and signifies energy. The images above the eastern side gate are a lighthouse and the tower of St. Mary's Church, while those over the western gate are a partially damaged likeness of a steam engine and a bow of a ship. Portraits of Prussian scientists and pioneers of the 19th century engineering are to be found above the windows of the upper ground floor - the architect Karl Friedrich Schinkel, physicist Gotthilf H. L. Hagen, a manufacturer of steam engines Johann F. A. Borsig and a naval architect Ferdinand Schichau. The ornamental gutters are decorated with copper spouts in the shape of four male figures holding water monsters.


The Clock Tower destroyed in 1945 was restored to the roof of the main building on the 13th of May 2012. The tower is 18m high, weighs 15 tons and is crowned with a gilded image of the Allegory of Science. The main building encloses inner courtyards covered by glass domes designed by W. Czabański and Z. Wilk and installed in 2004. In 2012 the South Courtyard was officially renamed in honour of Johannes Hevelius. The Foucault pendulum is designed to show the rotation of the Earth on its axis. It is named after the French physicist who first performed a similar experiment at the Paris Pantheon in 1851. The machine that made its appearance in 2005 in the South Courtyard of Gdansk University of Technology is a 64 kg metal disc suspended on a 26m arm. The movement of the pendulum is easy to follow because of a laser beam. An electromagnet fixed at the point of suspension powers the movement of the pendulum that would have otherwise stopped. Reliefs in the window niches above the Foucault pendulum show Johannes Hevelius, a design of a reflective sundial (on the left) and a rotating map of the sky with a sextant. These stainless steel reliefs have been made by Robert Kaja. A relief of a well-known Gdańsk resident D.G. Fahrenheit was unveiled in the North Courtyard in October 2013. Fahrenheit was a physicist, engineer, inventor and the creator of a mercury thermometer temperature scale. There are two portraits of the great physicist. The first can be found in a window niche. The other is covered with a thick glass pane. Its upper section looks like a network of blood vessels, while the blue-tinted section at the bottom shows crystal-like structures that can often be seen on glass when temperature is lower than 0oC or 32oF. In the middle there is an image of a Fahrenheit thermometer.

The historic gas meters[edit]

While the university buildings were being completed in 1904 the mains gas supply was installed at the same time. The internal gas distribution system started at the porter’s lodge with the main valve and the gas meters fitted in a purpose designed cabinet located nearby. The permanent exhibition of the Gdańsk University of Technology historic water powered gas meters that remain on their original site shows the well-preserved fragments of the original system.

Gatehouses at the main entrance gate[edit]

The gatehouses are two small lodges in front of the main building positioned symmetrically along the main axis. On the eastern side there is a porter’s lodge (with an image of a key) and a cottage which officially belonged to the head electrician (with a flower image, it was more likely to be a gardener's house). After modernisation the structures became the headquarters of the Promotion Office and the main reception.

Two lions placed on the balconies of both houses[edit]

The lion on the eastern side holds the coat of arms of the city of Gdańsk.

Owl Sculpture[edit]

There is a rebuilt life-size image of an owl at the porter’s lodge which is a symbol of knowledge and wisdom.

Machine Laboratory[edit]

The historic chimney and the adjacent water tower rising above the buildings of the Gdańsk University of Technology campus were created as part of the Machine Laboratory. Built in 1904 and based on the design by Hermann Eggertt and Albert Carsten, those buildings met the university’s heating, water and electricity needs as well as offering more teaching space. The structure consisted of a basement machine room with an adjoining boiler-house, a chimney situated between them with an adjacent water tower and a set of rooms. The system was designed by Prof. Josse. This was the first peaking power plant in Gdańsk in 1945 serving the residents of the Gdansk district of Wrzeszcz.

The laboratory was expanded and modernized in 1994-1997 and has retained many of its original technical features.

Cooling tower[edit]

The cooling tower and the machine operator building were erected close to the laboratory.

The steel-frame cooling tower, 28m high, designed to work as a closed circuit system was built on a granite foundation behind the machine hall. The lower part is a cold sprinkler of an oval cross-section that served as a heat exchanger. A circular chimney was then placed on the oval cross-section to get a free flow of air. The dome of the cooling tower is crowned with a spearhead.

Building of the Faculty of Electrical and Control Engineering[edit]

The Institute of Electrical and Control Engineering (Elektrotechnisches Institute) was established in 1900-1904 and the building was designed by Hermann Eggertt and Albert Carsten. It consisted of four distinctive spaces and areas interconnected by a corridor: workshops and laboratories with a small auditorium hall, a machine hall (Drive Hall), an auditorium hall and laboratories, and the drafting hall with additional rooms. Today, the building is named after Prof. Kazimierz Kopecki. The building now houses large auditoriums, a renovated auditorium E1 and a historic auditorium E41 named after Prof. Stanisław Szpor. Following extensive renovation and restoration the latter was returned to its original appearance going back to 1904.

Completed in 2011 the work of renovation, modernization and fitting the historic rooms with modern audiovisual and ICT equipment was funded by the project "Modern Auditoriums at Gdańsk University of Technology."

One of the most interesting sculptures on the university campus can be found on the façade of the building. It shows a couple kissing - the young woman is holding an ear of grain and the man has a burning flame torch in his hand.

Auditorium E1[edit]

The laboratory building was erected as an extension to the main building.

Between 2006 and 2008, the interior of the laboratory of Electrical Drives classroom was remodelled and the room was changed into a lecture auditorium. At the back of the E-1 auditorium there is a permanent exhibition of historic electrical measurement equipment.

The building of the Faculty of Chemistry - "Old Chemistry"[edit]

The Institute of Chemistry (Chemisches Institut) building was one of the first built specially for Gdańsk University of Technology in 1900-1904.

The main entrance is decorated with a set of symbols relating to the purpose of the building. Above the entrance arch there is a decorative cartouche (currently with the inscription "CHEMISTRY") crowned with a triangular open tympanum.

The refurbishment of the north wing of the Chemistry A building, that includes the Chemical Auditorium and infrastructure rooms, was completed in 2010.

Symbols of chemical elements[edit]

Chemical elements' symbols in the staircase

The symbols of chemical elements are evenly spaced along the top edge of the facade in the side wings of the Chemistry Faculty building. The 24 characters - heavily stylized abbreviations of the symbols of chemical elements - have been divided into 4 groups of 6 symbols each. The non-metals were placed on the west wing, while metals on the east one.

The elements are depicted by the symbols used in the late 19th and early 20th century.

GUT Chemical Auditorium[edit]

Chemical auditorium (1904) original equipment and periodic table of elements from early 20th century

The interior of the auditorium has regained its early 20th century appearance following a renovation. The historic auditorium has retained 80 percent of the original fittings and interior design: the decorative wall paintings, decorative architectural elements of the arches, laboratory tables, chairs with back supports and desks. Stoneware laboratory sinks were also preserved along with the wooden windows – including the door handles, fittings and hinges – doors and the electrically controlled window shutters.

The Auditorium is also equipped with multimedia devices essential to modern science and teaching: projectors, a sound system and a camera system which allow conducting tele-lectures online.

Periodic Table[edit]

The periodic table originally painted in 1904 and discovered during the renovation of the Chemical Auditorium reflects the knowledge of chemistry in the early 20th century.


The university campus consists of many buildings built with various architectural styles over the last one hundred years. The monumental Main Building designed at the beginning of the 20th century in the Dutch Neo-Renaissance style by Albert Cersten - an architect and a university professor - is the symbol of the university.

During the second world war 60 percent of the building and 70 percent of its roofing got burnt. The steel framework was the only remains of the clock tower. The damages were rebuilt but the decision on the tower reconstruction was put off many times. It was rebuilt on the Main Building 13 May 2012.

The campus of the Gdańsk University of Technology is continuously being developed. Elegant, modern, and eco-friendly buildings co-exist with charming and majestic edifices. Classes take place in modern auditoriums and well equipped specialised laboratories.

Nanotechnology B Centre

There are following modern educational and research centers along with supporting units within the university campus:

  • Nanotechnology Centre with 25 modern laboratories equipped with unique devices for tests and level of atoms [3]

that collaborates with over 100 companies in Pomerania and their partners in Kuyavia and Mazovia regions.

  • Academic Sports Centre – sports facilities accessible to all students and employees: two swimming-pools: 25 m and 12,5 m; a full size football pitch 64m x 105m; a sports hall, a volleyball pitch, outdoor tennis courts; a fitness gym, bodybuilding gyms, a rowing gym, and a judo gym.

Gdańsk University of Technology has a modern student housing estate, which accommodates more than 2,500 people in 11 dormitories located in three attractive locations in the city.

Academic Sports Centre
Academic Sports Center

SMART University (GUT's strategy)[edit]

  • Strategically determined - raising funds to realise strategic goals, in accordance with the priorities and undertakings of the EU, Poland, and the region`
  • Maximally innovative - implementing new mechanisms and taking the advantage of organisations that stimulate the development of innovative solutions, both for GUT and the region`
  • Attractive to all - designing and introducing LLL solutions, using team approach to project and e-learning in the studies syllabuses, modernisation of educational and research laboratories, focus on practical application of research`
  • Refining personality - creating a positive environment for the development of all students, doctoral students, and employees, particularly the best students, through setting ambitious tasks and rewarding significant results`
  • Teamworking with passion - gradual removing of barriers and administrative obstacles, favouring verified models, nourishing the culture of work and innovation friendly environment`

Engineer of the Future[edit]

Gdańsk University of Technology has won the competition for EU funds to implement the Engineer of the Future project. The project proposes a new model of education focused on team designing and acquiring skills such as efficient collaboration, undertaking risk, or analytical problem solving. The funds raised will be spent on infrastructure modernisation and new laboratories.

Scientific research[edit]

  • 300 inventions ready for implementation
  • 200 research and development projects currently carried out
  • 800 agreements with entrepreneurs concluded in last 3 years

There are high-investment projects carried out under the MAESTRO programme, the Applied Research Programme, the LIDER programme, the INNOTECH programme and the new GRAF-TECH programme. Outstanding students carry out their projects at the university within Diamond Grant programme.

Recent achievements at GUT[edit]

Visualization of Laboratory of Immersed Spatial Visualisation


A cyber-eye can help people who fall into a coma. The device consists of an infrared camera and a special program that reads the eyeball movement. The cyber-eye allows to follow the place on the computer screen which the user observes. Thanks to it the patient can inform that he is thirsty or that a window needs to be opened. The authors of the system won the “Polish Innovation 2013” competition organized by the Ministry of Science and Higher Education. The invention is a part of the series of types of computer multimodal interfaces project.[5]


Within 15 minutes it indicates a suspicious fragment in the recording where there may be an ulcer, bleeding, a polyp or another disease. It sends information about the completed analysis by text message or by email. A system to support the diagnostic endoscopic examination of the human digestive tract named MEDEYE has been designed to make the work of a physician more efficient. It analyses and interprets the image from a tiny camera closed in a capsule. Thanks to the MEDEYE the physician does not have to watch several-hourlong recordings but can concentrate on the fragments indicated by the system.


An integrated circuit which analyses electrocardiographic and impedance signal which contain an information about the cardiac cycle. PathMon makes possible simultaneous measurement of various vital signs. The analysis in real time allows detection of some untypical events which indicate threat to health or life. The device shows condition of the heart, effectiveness of blood pump and blood vessels’ contractility.


It is a monitor controlling the suspension of external breathing. The apnea monitor makes possible detection of apnea’s appearance or shallow breathing in domestic conditions.

Recycling of silicon[edit]

It is an innovative technology of recycling of silicon from solar batteries. The technology is much faster and cheaper than the methods used currently in the world. The GUT’s method allows regain “pure” silicon from used solar batteries and reduce considerably costs of the process.

Automatic video event detection software[edit]

This product is the prototype of a video processing and event detection solution designed to be applied in multi-camera surveillance systems. It detects moving objects in fixed camera streams, tracks them, classifies them, and detects user-defined events including intrusion and wrong-direction movement, as well as specialized events, such as abandoned luggage, events occurring in a parking lot (parking time and place identification, entering and leaving a parking lot, etc.), and traffic events (prohibited lane change, stopping in the middle of an intersection, etc.). All events are instantaneously reported to the system operator.

Domestic assistant[edit]

A domestic assistant for the elderly and ill people consists of a set of devices that discreetly monitor the patient during his daily activities. The assistant collects information thanks to various sensors. In the case when the collected data substantially differs from the norm, the system alarms the physician or the person who takes care of the patient. Several devices were designed under this project and include an e-bathtub that monitors the patient taking a bath, an e-blanket that monitors the heart function of the patient sitting in an armchair and an e-blowpipe for rehabilitation in the case of facial nerve paralysis.

Medicine for osteoporosis[edit]

Most medicines available on the global market which contain alendronate sodium contain a biologically active substance manufactured by Polpharma SA basing on the technology developed at Gdańsk University of Technology. A single pack of Ostemax 70 comfort that contains 4 pills costs 25-30 PLN. In 2013 Polpharma SA was awarded the President of the Republic of Poland's Award for Innovation in recognition of its work on innovative technologies and launching a series of substances used for osteoporosis treatment.

NOR-STA Platform[edit]

The NOR-STA Platform is a platform of innovative software services facilitating achieving and assessing conformance to norms and standards – including hospital accreditation, CAF (Common Assessment Framework), information security management systems and HACCP standards. The users of the platform indicate its following major advantages: improved document management, retaining conformance, support for decision making process and time saving. This solution was awarded with the Gold Medal - Consumer Choice at the Poznań International Fair.[6]

LINTE^2 Laboratory of Innovative Electrical Power Technologies and Integration of Renewable Energy Sources

Gesture-controlled Sound Mixing System[edit]

Solutions for remote computer set operations through gestures; was awarded gold medal at the Convention of the Auto Engineering in Rome.

Computer aroma interface[edit]

A product designed for people with developmental disabilities (intellectual disabilities, autism) and sensory deficits. In addition, the interface can be used in educational programmes, e.g. using odours emitter during the course of biology and materials science. The product has been awarded a gold medal at the Convention of the Auto Engineering in Rome.

Interface to synchronize the hemispheres of brain[edit]

The aim of the tool is to support the treatment of dyslexia, developmental and sensory disorders and to accelerate the pace of learning (including foreign languages acquisition). The invention received the gold medal of the Korean Association of the Inventors; silver medal at the VI International Exhibition of the Inventions IWIS 2012 and honorable mention at 8th Industrial Technology, Science and Innovation Fair TECHNICON-INNOVATION.

A set of hardware and software to support and develop the process of speech understanding in pupils[edit]

The device is designed to support the teacher’s speech recognition (during lessons and form recordings) and to assist the diagnosis of disorders (through computer programmes). Moreover, the product allows to adjust the parameters of the receiver to the real needs of the child and to train the ability to understand speech and to monitor process in this area through the included set of tasks for self-training. An important part of the solution is the algorithm for slowing down the speech during its reception. The hearing aid for patients with disorders of the central nervous system received a gold medal at the 60th edition of the World Exhibition of the Innovations, Research and the New Technologies BRUSSELS INNOVA 2012.

Thermal Bottle[edit]

A thermal bottle which maintains liquid’s low temperature even for dozen or more hours. The drinks stored in the bottle stay fresh and tastefull three times longer than the liquids stored in the beverage containers available on the market. It is possible due to a non-toxic, non-caustic and non-flammable phase-change material.

Thermal Barrier Wall[edit]

It is an innovative technology of the building heating. The invention (called Ścienna Bariera Termiczna) allows to store the heat of the sun under the ground and use it when it is necessary, whether to heat or cool down a house.

Mood Indicator[edit]

A signalling device which can help children with autism understand the emotional changes of themselves and their interlocutors. The machine, on the basis of some physiological parameters, diagnoses when a person is nervous and shows it with a light on.

Toxic Organic Compounds Detector[edit]

A device detects, purifies and removes toxic organic compounds. It is used to recycle dangerous contaminants such as chemical, pharmacological or industrial substances. The invention is based on the electrolysis and application of two electrodes – one of which is made of stainless steel and the other one of nanodiamond with a hint of boron.

Hybrid Drive System[edit]

An electric driver system which can be used as an alternative source of the drive for the traditional combustion engine applied in passenger ships.

New generation of biomaterial[edit]

A new generation of biomaterial that may be used in medicine, veterinary medicine and cosmetology. Scientists from the Faculty of Chemistry brought gold medal of the sixteenth Moscow International Salon of Inventions and Innovation Technologies, what is more the material was awarded silver medal at the second largest exhibition of inventions in the world – International Trade Fair Ideas Inventions New Products 2013 in Nuremberg.

Electronic nose[edit]

Prototype of electronic nose

Electronic nose developed in Analytical Chemistry Department at Chemical Faculty allows for rapid classification of food or environmental samples. The cost of this equipment is far lower than commerciallized instruments of such kind.

Auditory - Visual Attention Simulator[edit]

The interface will support people with disabilities of eyesight and hearing, as well as children with ADHD, as a multimedia stimulator of binocular vision in cases of “amblyopia” (“lazy eye” syndrome). An original application is a set of tools and tests to diagnose degree of awareness of persons with no contact (in coma or vegetative state); the interface was awarded gold medal of the Poznań International Fair within the competition Economy for Science, and was also awarded with the international exhibition of inventions BRUSSELS INNOVA 2012.[7]

Joint ventures[edit]

The university carries out dozens of different kinds of agreements with the business environment. Examples of cooperation:

  • Pomeranian Metropolitan Railway SA realization of geodetic inventory measurements of railway track and acceptance testing of viaducts
  • Airbus Helicopters joint research and scientific programs in the field of marine technologies (improving support systems for helicopters on flights over large water bodies), training of highly qualified engineers
  • European Dental Implant Institute Vivadental; cooperation in the creation of a prototype of a dental implant designed for industrial production
  • ACCUS project - a partnership 28 scientific institutions and companies from eight EU countries: creation of the most advanced types of SmartCity system in Europe, which will be launchedin Gdańsk
  • Bohemia Interactive: Common Crisis Management Laboratory at Gdańsk University of Technology, which will carry out research on training methods and crisis management
  • Sunreef Yachts: research support for the company from the university; internships and a series of lectures for students from SY
  • IBM: joint IBM Advanced Research Center (the Center for Advanced Studies) operates within the Hub for Innovative Technologies at GUT. Its task is the implementation of projects in the field of information technologies in conjunction with the business strategy of IBM
  • Gdansk Municipal Investments Sp. Z oo: participation in a team of scientific advisers to build a tunnel under Martwa Wisła (the Dead Vistula)
  • The Company for Exploitation of Oil Pipelines "Przyjaźń": the development of innovative solutions for oil and chemical logistics, performing analyses, expert and technical studies
  • Polpharma: cooperation in the development of synthesis and manufacturing technology of new drugs production
  • Blirt: cooperation in the development of innovative cancer and antimicrobial drugs, including joint initiatives in the framework of strategic NCBR programs of STRATEGMED type
  • MedVentures Sp. Z o.o and Pro-Science Poland Sp. z oo: cooperation within the program STRATEGMED in the project "New technologies in pharmacological stimulation of regeneration"


Some of the GUT’s laboratories and courses hold certificates confirming high standard of education and scientific research. As follows:

  • Three certificates of the Polish Accreditation Committee for courses: Information technology (Electronics, Telecommunications and Informatics faculty), Biotechnology (Chemistry faculty), Electrical Engineering (Electrical and Control Engineering). The courses hold also the European Network for Accreditation of Engineering Education (ENAEE) certificates.
  • CUDA Teaching Center Certificate for the Electronics, Telecommunication and Informatics faculty for the involvement in the progress of parallel computing education. The certificate was given by Nvidia.
  • The first Microsoft Modern Lab accreditation in the world for the computer lab in the Electronics, Telecommunications and Informatics faculty. The well-equipped laboratory allows students make their work more independent and innovative.
  • A Cadence Certified Lab Program Certificate for the Integrated Circuit and Programmable Logic Device Laboratory in the Electronics, Telecommunications and Informatics faculty. The laboratory was the first awarded within the confines of the Cadence Certified Lab Program.
  • An International Institute of Welding Certificate for the Mechanical Engineering faculty as an Approved Training Body with entitlement to train welders.
  • The certificates for the Material Research Laboratory in the Mechanical Engineering and Ocean Engineering and Ship Technology faculties given by the Polish Register of Shipping.
  • Two DNV GL certificates for the Chemistry faculty.
  • An institutional certificate issued by the Association of MBAs (AMBA) for the Faculty of Management and Economics which confirms the highest quality of the MBA programs.


Faculty of Electronics, Telecommunications and Informatics

Mechanical Engineering[edit]

Civil and Environmental Engineering[edit]


Electronics, Telecommunications and Informatics[edit]

Ocean Engineering and Ship Technology[edit]

Faculty of Chemistry

Management and Economics[edit]


Electrical and Automation Engineering Faculty

Applied Physics and Mathematics[edit]

Electrical and Control Engineering[edit]

International cooperation[edit]

Gdańsk University of Technology takes part in the European ERASMUS programme: Erasmus Plus, LLP Erasmus, LLP Erasmus Intensive Programs, Erasmus Mundus, Jean Monnet, CEEPUS, TEMPUS and Leonardo da Vinci.
Number of foreign students and visitors from all over the world grows year after year. The biggest groups of international students come from: Spain and China.

GUT participates in activities of IRO's Forum and the Baltic Sea Region University Network, whose purpose is to exchange experiences between universities in the fields of: internationalization of universities, exchange of students, intercultural communication, joint degree programs, internationalization at home or promotion abroad.

Languages students can learn at GUT[edit]

  • English
  • German
  • French
  • Spanish
  • Italian
  • Russian
  • Swedish
  • Japanese
  • Hindu
  • Polish[8]

Centre for Knowledge and Technology Transfer[edit]

Johannes Hevelius 's Courtyard in the Main Building

Gdańsk University of Technology cooperates with the world of business on various planes, and its relationship with the economic community is continually developing. Since March 2009 the university has had its own Centre for Knowledge and Technology Transfer (CTWT), where business people and scientists can meet. Thus innovative ideas reach those who are able to implement them and scientists obtain a better understanding of what the market needs. The Centre collaborates with many enterprises and represents them in dealings with, for instance, the Pomeranian Development Agency, Pomeranian Business Council, Pomerania Special Economic Zone, science and technology parks, other universities, Pomerania Regional Chamber of Commerce, Gdańsk International Fair, and various economic councils. Through this Centre GUT particularly wants to help small and medium-sized enterprises.
Support will also be provided to students and graduates who want to start their own business activities. Moreover, the Centre acts for the protection of intellectual property. In addition to this, the university makes numerous contracts concerning student internships and work experience. Leading firms in the Pomeranian region provide research grants and scholarships to the most talented students, as well as awarding prizes for the best diploma works and doctoral theses.
The best known figures in business participate in student debates, give lectures or provide training in self-presentation or company management. The university organises conferences with the participation of business people. For several years now Gdańsk University of Technology has been participating in the Technicon Innovations Science, Business and Industry Fair, during which a broad range of the newest inventions and their implementations is presented. Annual participation in this fair has resulted in the awarding of many prizes, including ones from competitions for the best innovations and technological solutions. The inventions of GUT students and staff have also been awarded prizes at international fairs.[9]

GUT’s Computer Network[edit]

Nanotechnology Centre

The Tri-City Academic Computer Network (TASK) is one of the largest urban internet networks in Poland. It has been operating since 1992 thanks to an agreement reached between the Tri-City’s chief institutions of higher education. Gdańsk University of Technology has played the leading role in constructing this metropolitan network. The initial plan was for it to primarily serve all schools of higher education as well as local branches of the Polish Academy of Sciences. Currently TASK is being prepared to include all schools in Gdańsk, of which there are over hundred.

Supercomputer Tryton at TASK Computer Centre

Entrusted with the management and expansion of this metropolitan network is the TASK Computer Centre, which was set up at Gdańsk University of Technology in 1994. Today it is based in the new Faculty of Electronics, Telecommunications and Informatics building. As one of the five supercomputer centres in Poland, it provides the scientific community with processing resources in the form of high speed computers and specialist software. These resources help in the development of various fields of knowledge, for example: chemistry, physics, engineering, electronics and oceanography. Presently, there are over 50 projects being realised using the supercomputers at the centre, concerning among others things: molecular modeling of nucleic proteins and acids; quantum chemistry calculations; research into the properties of nanomaterials; modeling wave motion, currents and rising storms in the Baltic Sea and the Bay of Gdańsk; research into Nordic Seas dynamics and also modeling the behavior of skeleton muscles. The TASK Computer Centre is co-creating a national PIONIER fibre-optic network for the scientific and information community, and is also actively participating in six projects of the so-called innovative economy: MAYDAY, Pl-Grid, PLATON, Pomeranian Digital Library, Integrated Oceanographic Data System and NEWMAN. Virtually all these projects help to create new jobs. The total value in the region of 300 million zlotys. At the start of 2008 the Centre installed Galera, a computer cluster with the theoretical computer power over 50 Tflops. Thanks to Galera, the TASK Computer Centre has become one of the world’s leading supercomputing sites. Galera was in 2014 still listed among the world’s 200 fastest computers in the prestigious TOP 500 chart.[10]

In 2015 the next generation computer cluster TRYTON started at CD NIWA. At the moment of starting it was the fastest computer in Poland, in June 2015 was listed at the 128 position on chart of world's TOP500 supercomputers with the theoretical power over 530 Tflops.[11]


The Gdańsk University of Technology Main Library is the oldest and largest technical library in Northern Poland. Among the libraries of the world it can boast unique collection of priceless manuscripts and old prints from the Danzig Research Society, which was founded in 1743, and donated its 30,000 – volume collection to this library in 1923. The library’s current collection includes over a million volumes, including textbooks, lecture notes, books on science and technology, Polish and foreign scientific journals, as well as technical and trade literature. Moreover, the library stores publications in electronic form, to which it provides access via an on-line database. Every year the collection is expanded by new Polish and foreign publications concerning all aspects of science and technology.


The library system is very modern. Students can find the book or journal they are looking for in an on-line catalogue together with up-to-date information and whether it can be borrowed or read only in the reading room. By using their personal internet accounts, they can also prolong the time they borrow publications. There are a total of 16 reading rooms, ten in faculty branches of the library including specialist reading rooms for: journals and databases, scientific information and norms, technology and trade literature, as well as a historical collections reading room. In 2008 the library opened one of the most modern reading rooms in the country, which among other things provides a self-service specialist literature lending and returning facility. Gdańsk University of Technology also provides a digital library. Moreover, it is participating in the creation of the Universal Library, i.e. worldwide digital library, and is also the coordinator of the Pomerania Digital Library. This internet library will comprise digital reproductions of scanned historical documents (lettered and unlettered). The intention is to digitalize an estimated total of over 20 million pages from Pomeranian library collections.[12]

110th anniversary of GUT[edit]

Throughout the whole year 2014 the Gdańsk University of Technology celebrated 110 years of its existence. The official inauguration of the jubilee year was in January 2014. The ceremony was held during the public session of the Senate on the occasion of academic promotions. Exactly on the 110th anniversary of the first inauguration - October 6, 2014 - there was the jubilee inauguration of the academic year. It is worth mentioning that a number of eminent personalities, including President Lech Wałęsa, and Minister of Science and Higher Education Lena Kolarska-Bobinska were among the honorary committee of the jubilee.The culmination point was the ceremony of conferring an honorary doctorate of GUT on world-renowned chemist Professor Robert Cava from Princeton University. The main ceremony ended with the concert at the Polish Baltic Philharmonic. The symphony orchestra of PBP with the GUT and Poznań University of Technology choirs performed the oratorio Quo vadis by Feliks Nowowiejski. The next days the GUT organised a meeting with members of the European Federation of National Engineering Associations.


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