PhD opportunities in Physical Sciences
Physical Sciences are included in Doctoral School at Gdańsk University of Technology, Poland, which is regarded to be the first research university in Poland among universities of technology according to domestic rankings. This program concerns the following disciplines:
- physical sciences
- materials engineering
- biomedical engineering
- control, electronic and electrical engineering
The research in physical sciences comprises experimental and theoretical physics, atomic and molecular physics. This includes studies of organic optoelectronic devices; optically anisotropic materials; light and charge particle interactions with atomic and molecular systems; computational methods in atomic physics; relativistic effects in atoms; photophysics of light-harvesting molecular systems; quantum information theory; special functions applications; applied acoustics and other.
Materials engineering is where advanced engineering and cutting-edge science meet. The students research how to design and manipulate the structure and properties of materials at the macroscopic and atomic level. The research includes advanced ceramics engineering; physical properties of materials; biomaterials; nanostructures; non-destructive testing; polymer and soft matter engineering; materials for medical applications; materials and systems for energy harvesting and storage; modelling etc.
Biomedical engineering covers some aspects of modern chemistry, molecular biology and pharmacy, including designing, synthesis and biosynthesis of new pharmaceutics, developing new methods for the detection of a broad spectrum of diseases. The students have opportunities to investigate the molecular mechanisms of diseases necessary for the identification of drug targets. The students have access to well-equipped laboratories, lectures are delivered by the faculty members and visiting professors.
The research in automation, electronic and electrical engineering is related to energy conversion; electrified transport; power electronics, equipment, systems, and energy economy; systems state and parameters estimation; computational intelligence; fractional order modelling and control; modelling of biological processes in wastewater systems; control systems; detection, classification and protection of ferromagnetic vessels; mechatronics systems; technologies of diamond, carbon, electronic and biomedical materials; modelling and construction of optical fiber sensors; designing electronic systems, semiconductor devices and electromagnetic sensors; control and industrial diagnostics.