Materials and Technologies for Energy and Aviation

Program studiów zaproponowany na interdyscyplinarnym kierunku Materiały i Technologie dla Energetyki i Lotnictwa przygotowuje absolwenta do pracy w dynamicznie rozwijających się sektorach gospodarki opartych na nowoczesnych materiałach i tworzywach. Zdobyta na tym kierunku wiedza, między innymi z zakresu nowoczesnych tworzyw i zaawansowanych technologii, procesów degradacji materiałów przeznaczonych do ekstremalnych zastosowań, powinno gwarantować wysoką konkurencyjność na rynku pracy. Absolwent kierunku zdobędzie także umiejętności obsługi oprogramowania inżynierskiego stosowanego m.in. w procesach symulacyjnych krystalizacji stopów, kształtowania naprężeń czy przewidywania możliwości powstawania wad w projektowanych wyrobach. W swojej przyszłej pracy będzie mógł wykorzystywać zdobytą wiedzę również w ocenie materiałów stosując zaawansowane metody badawcze. Zrealizowanie tak atrakcyjnego programu kształcenia pozwoli na podjęcie pracy zawodowej zarówno w krajowych jak i zagranicznych przedsiębiorstwach, których działalność związana jest z wspomnianymi gałęziami przemysłu. Ze względu na interdyscyplinarność zdobytego wykształcenia, popartego najnowszą wiedzą inżynierską absolwent będzie mógł pracować zarówno w firmach produkcyjnych z branż związanych z high-technology, jednostkach doradczych czy instytutach badawczo-rozwojowych.

Opiekun kierunku: dr inż. Renata Zapała

Zobacz pełny opis kierunku

Program ustalony Uchwałą Senatu nr 39/2022 z dnia 30 marca 2022 r.

Summer semester, 2022/2023

Course	Number of hours	ECTS credits	Form of verification
Joing engineering	Lectures: 10 Seminars: 10	1	Completing the classes	O
Materials for extreme applications	Lectures: 30 Laboratory classes: 15 Seminars: 15	4	Exam	O
Materials for aviation castings	Lectures: 15 Laboratory classes: 15	3	Exam	O
Alloys for power industry	Lectures: 15 Laboratory classes: 15	3	Exam	O
Advanced research methods used in materials science	Lectures: 10 Laboratory classes: 10 Seminars: 10	2	Completing the classes	O
Simulation of casting manufacturing processes for energy and aviation	Project classes: 15 Discussion seminars: 30	3	Completing the classes	O
Material design	Lectures: 15 Project classes: 15	2	Completing the classes	O
Tribology	Lectures: 15 Seminars: 15	2	Completing the classes	O
Methods of shaping products from engineering materials	Lectures: 30 Seminars: 15	3	Completing the classes	O
Crystallization of castings from the "High Technology" group	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
The technology of producing massive castings for the power industry	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Humanistic and social elective subjects 1	Lectures: 15 Seminars: 15	3	Completing the classes	O
Student wybiera jeden moduł z grupy
Human resource management	Lectures: 15 Seminars: 15	3	Completing the classes	W
Art and technology	Lectures: 15 Seminars: 15	3	Completing the classes	W
Sum	410	30

Winter semester, 2023/2024

Course	Number of hours	ECTS credits	Form of verification
Thermal treatment of innovative materials from the "High-Technology" group	Lectures: 15 Laboratory classes: 15	4	Exam	O
English B2+	Foreign language classes: 30	2	Exam	O
Elective blocks	Total number of contact hours: 360	24	Completing the classes	O
Student wybiera cztery bloki spośród ośmiu
Elective blocks 1	Lectures: 45 Laboratory classes: 45	6	Completing the classes	W
Alloys for aircraft equipment castings	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Heat-resistant and creep-resistant nickel and cobalt superalloys	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Composites in the aviation industry	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Elective blocks 2	Lectures: 45 Laboratory classes: 45	6	Completing the classes	W
Alternative sources of energy	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Chemical processes in power industry	Lectures: 15 Seminars: 15	2	Completing the classes	O
Cast alloys with special properties for the power industry	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Elective blocks 3	Total number of contact hours: 90	6	Completing the classes	W
Shell molds technology for "High Technology" castings	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Lost foam process	Lectures: 15 Project classes: 15	2	Completing the classes	O
Rapid prototyping in foundry	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Elective blocks 4	Lectures: 45 Laboratory classes: 45	6	Completing the classes	W
Corrosion protection methods	Lectures: 15 Project classes: 15	2	Completing the classes	O
Hot dip metallization technologies and duplex systems	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Selected problems of surface engineering	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Elective blocks 5	Discussion seminars: 90	6	Completing the classes	W
MES in CAST CAE software	Laboratory classes: 30	2	Completing the classes	O
MRS in CAST CAE software	Discussion seminars: 30	2	Completing the classes	O
CAE in the analysis of mechanical and flows state	Discussion seminars: 30	2	Completing the classes	O
Elective blocks 6	Total number of contact hours: 90	6	Completing the classes	W
Plastics - properties and molding technology	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Functional materials	Lectures: 15 Seminars: 15	2	Completing the classes	O
Monocrystals, metallic glasses, thermoelectric materials	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Elective blocks 7	Total number of contact hours: 90	6	Completing the classes	W
Non-destructive testing	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Thermal analysis methods	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Material expertise	Lectures: 15 Project classes: 15	2	Completing the classes	O
Elective blocks 8	Total number of contact hours: 90	6	Completing the classes	W
Plastic degradation	Lectures: 15 Laboratory classes: 15	2	Completing the classes	O
Corrosion degradation of metals and their alloys	Lectures: 15 Seminars: 15	2	Completing the classes	O
Fatigue of engineering materials	Lectures: 15 Project classes: 15	2	Completing the classes	O
Sum	420	30

Summer semester, 2023/2024

Course	Number of hours	ECTS credits	Form of verification
Diploma Seminar	Seminars: 15	1	Completing the classes	O
Diploma Thesis	Diploma Thesis: 0	20	Completing the classes	O
Humanistic and social elective subjects 2	Lectures: 30	2	Completing the classes	O
Student wybiera jeden moduł z bazy UBPO
Humanistic and social subject 2	Lectures: 30	2	Completing the classes	W
Elective subjects	Lectures: 30 Laboratory classes: 30	4	Completing the classes	O
Student wybiera dwa moduły z grupy
Data analysis and data mining in the energy and aviation industry	Lectures: 15 Laboratory classes: 15	2	Completing the classes	W
Statistical control of industrial processes - SPC	Lectures: 15 Laboratory classes: 15	2	Completing the classes	W
Integrated Management Systems	Lectures: 15 Laboratory classes: 15	2	Completing the classes	W
English-language electives	Lectures: 30 Seminars: 15	3	Completing the classes	O
Student wybiera jeden przedmiot z grupy
Molecular spectroscopy for metallurgy. Basis and application	Lectures: 30 Seminars: 15	3	Completing the classes	W
Molding and core sands in ecological aspect	Lectures: 30 Seminars: 15	3	Completing the classes	W
Computer modeling of the casting solidification	Lectures: 30 Seminars: 15	3	Completing the classes	W
Sum	150	30