
Gdansk University of Technology (GUT)
Poland
Among the 1 000 best universities in the world
Gdańsk University of Technology is one fo the 8 Polish universities classified in the prestigious Academic Ranking of World Universities (ARWU), also known as the Shanghai Ranking. Each year, ARWU ranks over 2 000 universities and publishes a list of top 1 000 best ones. Gdańsk University of Technology was classified in the 801-900 range in 2020.
The highest standards in Europe for conducting research
In 2017, the European Commission granted GUT the right to use the prestigious HR Excellence in Research logo. Gdańsk University of Technology was thus recognized as an institution that creates some of the best working and development conditions for researchers in Europe.
One of the best universities in Poland
Gdańsk University of Technology is the second-best research university in Poland in the ‘Initiative of Excellence - Research University’ competition of the Ministry of Science and Higher Education. It is here where inventions used in Poland and around the world are created - communication with the use of eyes, an ecological medicine for osteoporosis, biodegradable materials and many more.
[from https://pg.edu.pl/en/university]
InterMathsGUTCoordinator

InterMathsGUTAssistant Coordinator

InterMaths Double Degree Track :: Year 2 in Gdansk
Campus
Year
ECTS Credits
Language
Degrees conferred
MSc Nanotechnology (GUT)
Semester 1
ECTS Credits: 6 | Semester: 1 | Year: 2 | Programme: Double Degrees | Campus: Gdansk University of Technology | Language: English
Unit Coordinator: Maciej Bobrowski
Aims:
Pass the knowledge on application of quantum methods for issues of change of electronic structure present in molecules and crystals.
Teaching axioms of quantum mechanics and their applications.
Teaching of commonly utilized quantum methods based on wave functions and electron densities: HF, CI, MCSCF, CC, MPn, DFT.
Teaching of utilization of commonly applied basis sets in quantum calculations
Content:
Application of quantum methods in cases of solving of electronic-structure change for systems of molecules and crystals, axioms of quantum mechanics and their applications, commonly utilized quantum methods based on wave functions and electron densities: HF, CI, MCSCF, MPn, CC, DFT, basis sets.
Reading list:
1. Frank Jensen, Introduction to Computational Chemistry, Wydawnictwo Wiley, 2007,
2. Yung-Kuo Lim, Problems and Solutions on Quantum Mechanics, Wydawnictwo World ScientiSc, 2005,
3. C. J. Ballhausen, H. B. Gray, Molecular Orbital Theory, Wydawnictwo W. A. Benjamin Inc. 1964,
Semester 2
ECTS Credits: 2 | Semester: 2 | Year: 2 | | Campus: Gdansk University of Technology | Language: English
