Jacek Ryl - Teaching - Bridge of Knowledge

dr hab. inż. Jacek Ryl

Employment

Associate professor at Institute of Nanotechnology and Materials Engineering
Head of the Division at Zakład Elektrochemii i Fizykochemii Powierzchni

Research fields

e-Learning courses

Electrochemistry for materials science
- J. Ryl
Procesy korozyjne (IM)
Stopień I Semestr V specjalność: IK
[IMa] Experimental Methods for Materials Characterisation
{mlang pl} Dyscyplina: inżynieria materiałowa Zajęcia obowiązkowe dla doktorantów I i II roku Prowadzący: A. Mielewczyk-Gryń, M. Szkodo, B. Bochentyn, J. Ryl Liczba godzin: 30 Forma zajęć: laboratoria {mlang} {mlang en} Discipline: materials engineering Obligatory course for 1-st and 2nd-year PhD students Academic teachers: M. Gazda, A. Lisowska-Oleksiak, A. Mielewczyk-Gryń, R. Bogdanowicz, T. Klimczuk, Ł. Piszczyk,...
Korozja Metali i Stopów II
Stopień ISemestr III
Group project (NT2-eng. sem.3) - 2022
Course for 2nd degree Students of Nanotechnology, sem. 3, academic year 2022/2023. The aim of the course is to prepare students for teamwork by implementing a project involving the analysis of the problem by the team, presenting a proposal to solve the problem, conducting research/tests and preparing a report.
Praktyczne aspekty elektrochemii 23/24
Seminarium Dyplomowe
- J. Ryl
Seminarium Dyplomowe dla studentów Nanotechnologii II stopnia
Elektrochemia Materiałów i Nanomateriałów
Informacje o inżynierii materiałowej dla inżynierii materiałowej
- P. Jasiński
- N. A. Wójcik
- B. Bochentyn
- W. Sadowski
- J. Dziedzic
- J. Ryl
- R. J. Barczyński
- A. D. Mielewczyk-Gryń
- B. Kościelska
- S. Molin... and 12 others
Informacje
Technologie Informatyczne III
Stopień ISemestr III
Seminarium Dyplomowe
- J. Ryl
Wybrane zagadnienia nanotechnologii 2023
- N. A. Wójcik
- M. Bartmański
- B. Bochentyn
- L. Wicikowski
- J. Ryl
- A. D. Mielewczyk-Gryń
- M. S. Łapiński
- T. Klimczuk
- M. Jażdżewska
- J. Karczewski... and 5 others
Materiały konstrukcyjne w przemyśle chemicznym, korozje
Stopień I Semestr IV
Social Aspects of Modern Technology
- M. Gnyba
- J. Ryl
Advanced Materials Center
- J. Łuczak
- P. Jasiński
- M. Wodtke
- R. Bogdanowicz
- M. Szkoda
- J. Baum
- J. Ryl
- J. Karczewski
- A. D. Mielewczyk-Gryń
Korozja Metali i Stopów II
Prowadzący: dr hab. inż. Jacek Ryl, prof. PG
Podstawy Korozji
Stopień I Semestr VI specjalność: TZPK
Techniki Mikroskopowe
- J. Ryl
- M. Szociński
Kierunek: Korozja stopień I, semestr IV
[IMa] Materials technologies - 2024/25
{mlang pl} Dyscyplina: inżynieria materiałowa Zajęcia obowiązkowe dla doktorantów I roku Prowadzący: dr hab. inż. Sebastian Molin, dr hab. inż. Jacek Ryl, dr hab. inż. Robert Bogdanowicz, dr hab. inż. Beata Bochentyn, dr hab. inż. Aleksandra Mielewczyk-Gryń, dr hab. inż. Leszek Piotrowski, prof. Maria Gazda - koordynator Liczba godzin: 15 Forma zajęć: wykład/seminarium {mlang} {mlang en} Discipline: materials engineering Obligatory...
Studia podyplomowe
Studia Podyplomowe
Korozja Metali i Stopów
Technologie Informatyczne I
- J. Ryl
- M. Cieślik
Stopień I, Semestr I
Ochrona Środowiska 22/23
- M. Głowiński
- J. Ryl
Praktyczne aspekty elektrochemii 22/23
Zaawansowane metody badań materiałów
Stopień studiów : IISemestr: I
Technologie Zabezpieczeń Przeciwkorozyjnych I
Stopień I Semestr V
Wybrane zagadnienia nanotechnologii 2022
- B. Bochentyn
- B. Kusz
- W. Sadowski
- L. Wicikowski
- J. Dziedzic
- J. Ryl
- R. J. Barczyński
- A. D. Mielewczyk-Gryń
- M. S. Łapiński
- T. Klimczuk... and 5 others
Fizykochemia Powierzchni - 22/23
- J. Ryl
- L. Piotrowski
Advances in Functional Materials 2024
- I. Frąckiewicz
- P. Jasiński
- B. Bochentyn
- M. Rycewicz
- M. Pierpaoli
- J. Szostak
- J. Ryl
- M. Sobaszek
- K. Cysewska
- Ł. Pawłowski... and 8 others
Our summer school on Advances in Functional Materials 2024 aims to bring together young scientists (Ph.D. and MSc students) with specialists in materials engineering. You will be able to follow our lectures, and laboratory classes so you can practice what you have learned. This course consists of 40 hours of direct contact classes - 30 hours of lectures and 10 hours of laboratory classes delivered by our specialists from the Advanced...
Nowe trendy w nauce o materiałach i nanotechnologii
- N. A. Wójcik
- B. Bochentyn
- M. J. Winiarski
- W. Sadowski
- S. L. Wachowski
- K. Kolincio
- J. Ryl
- A. D. Mielewczyk-Gryń
- B. Kościelska
- M. S. Łapiński... and 7 others
Analiza uszkodzeń korozyjnych
Kierunek: Chemia Budowlana (PŁ) Prowadzący: dr hab. inż. Paweł Ślepski, prof. PG
Fizykochemia Powierzchni - 23/24
Advanced methods in biosensing: fundamentals and applications
- R. Bogdanowicz
- J. Ryl
This course provides instruction in the basic science and engineering conceptsrequired to understand the design and application of biosensors. Different biosensorsystems are explored, ranging from electrochemical devices, through to optical orthermal systems. Instruction is also given in the general principles of sampling andanalysis, statistical presentation and manipulation of data. The primary focus will bethe physics of biomolecule...
Advances in Functional Materials Summer School 2023
- I. Frąckiewicz
- P. Jasiński
- B. Bochentyn
- M. Rycewicz
- I. Kuzborska
- M. J. Winiarski
- J. Szostak
- J. Ryl
- H. Świątek
- M. Ficek... and 8 others
Our summer school on “Advances in Functional Materials” aims to bring together young scientists (Ph.D. and MSc students) with renowned specialists in materials engineering. Experts from academia, research units, and industry will deliver lectures, tutorials, and laboratory classes so that you can practice what you have learned. We divided the program into five main thematic topics: 1) Superconducting materials, 2) Additive manufacturing, 3)...
Wybrane zagadnienia nanotechnologii 2024
- N. A. Wójcik
- B. Bochentyn
- L. Wicikowski
- J. Ryl
- A. D. Mielewczyk-Gryń
- B. Kościelska
- M. S. Łapiński
- M. Prześniak-Welenc
- T. Klimczuk
- S. Winczewski... and 5 others
Fizykochemia Powierzchni - 2024/25
Ochrona Środowiska 23/24
- M. Głowiński
- J. Ryl
- K. Sapiega
Surface Science - 2023/2024
- A. Manohar
- J. Ryl
- L. Piotrowski
- A. Tober
The course is not a full time lecture but on the consultation/handouts. The consulations are held every two weeks. The course is based on the Springer textbook: Surface Science An Introduction Downloadable at: https://link.springer.com/book/10.1007/978-3-662-05179-5 (PG network or vpn access) The goal of the subject is the presentation of basic problems resulting from he existence of interfacebetween material objects...

Conducted classes (166)
Opinionated people list (1)

Conducted classes

2027 year Courses count 5

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- Group project II
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
- Diploma laboratory
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
  
  Specialization: Measurement engineering in industrial systems
- Engineering project
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
- Diploma seminar
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
  
  Specialization: Measurement engineering in industrial systems
- SEP qualitifactions
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
2026 year Courses count 2

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- Chemical sensors and biosensors
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
  
  Specialization: Internet of Things
- Group project I
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
2025 year Courses count 5

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- Internet of Things and operational technologies
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
- Surface physical chemistry
  Faculty of Applied Physics and Mathematics
  
  Field of study: Technologies for Industry 5.0
- Elektrolizery
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
- Technologie addytywne
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
- Technologie materiałów węglowych w energetyce
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
  
  Field of study: Materials Engineering
  
  Specialization: Functional materials for renewable energy
2024 year Courses count 20

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- Laboratorium specjalistyczne – projekt grupowy
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Materiały drukowane 3D w elektrochemii
  Faculty of Applied Physics and Mathematics
- Materiały drukowane 3D w elektrochemii
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Materiały drukowane 3D w elektrochemii
  Faculty of Applied Physics and Mathematics
- Specialist laboratory
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  ISB: Indywidualne studia badawcze
- Modelowanie układów biologicznych
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Bionanotechnologia
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Laboratorium specjalistyczne
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Laboratorium specjalistyczne
  Faculty of Applied Physics and Mathematics
- Praca dyplomowa magisterska II
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Praktyczne aspekty elektrochemii
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
  
  Specialization: Nanomaterials and Functional Nanostructures
- Laboratorium specjalistyczne
  Faculty of Applied Physics and Mathematics
- Seminarium dyplomowe I
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Sensory i aktuatory chemiczne
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  ISB: Indywidualne studia badawcze
- Język angielski specjalistyczny
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Surface Science
  Faculty of Mechanical Engineering and Ship Technology
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
- Współczesne zastosowania technik spektroskopowych
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Electrochemistry for materials science
  Doctoral School
- Filozofia wiedzy i etyka
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
2023 year Courses count 19

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- Zrozumieć żywność i odżywianie
  Faculty of Applied Physics and Mathematics
- Laboratorium specjalistyczne III
  Faculty of Applied Physics and Mathematics
- Laboratorium specjalistyczne - projekt grupowy
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Laboratorium specjalistyczne
  Faculty of Applied Physics and Mathematics
- Statystyczna analiza danych pomiarowych
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Praktyczne aspekty elektrochemii
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
  
  Specialization: Nanomaterials and Functional Nanostructures
- Seminarium dyplomowe I
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Microscopic test methods
  Faculty of Chemistry
- Modelowanie statystyczne i analiza danych
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Nanoczujniki
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Praca dyplomowa magisterska I
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Biofizyka
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Environment protection
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Zrozumieć żywność i odżywianie
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Electrochemistry for materials science
  Faculty of Applied Physics and Mathematics
- Język angielski II
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
- Fizyka środowiska
  Faculty of Applied Physics and Mathematics
  
  Field of study: Biomedical Engineering
  
  ISB: Indywidualne studia badawcze
2022 year Courses count 9

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- Seminarium dyplomowe I
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Environment protection
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Electrochemistry of materials and nanomaterials
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
- Electrochemistry of materials and nanomaterials
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Advanced Engineering of Functional Materials
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Praktyczne aspekty elektrochemii
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
  
  Specialization: Nanomaterials and Functional Nanostructures
- Electrochemistry of materials and nanomaterials
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
  
  Specialization: Nanomaterials for Power Engineering
- Surface Science
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Field of study: Materials Engineering
  
  Field of study: Materials Engineering
2021 year Courses count 8

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- Corrosion of metals and alloys I
  Faculty of Chemistry
  
  Field of study: Corrosion
- Environment protection
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
- Microscopic test methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of metals and alloys II
  Faculty of Chemistry
  
  Field of study: Corrosion
- Praktyczne aspekty elektrochemii w inżynierii materiałowej
  Faculty of Applied Physics and Mathematics
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
  
  Field of study: Materials Engineering
  
  Specialization: Engineering of Functional Materials
- Praktyczne aspekty elektrochemii w inżynierii materiałowej
  Faculty of Applied Physics and Mathematics
  
  Field of study: Nanotechnology
  
  Specialization: Nanomaterials for Power Engineering
- ADVANCED METHODS IN RESEARCH OF MATERIALS
  Faculty of Chemistry
- Diploma projects (BSc)
  Faculty of Chemistry
  
  Field of study: Chemical Technology
2020 year Courses count 13

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- Diploma laboratories II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Master's thesis
  Faculty of Chemistry
  
  Field of study: Corrosion
- Master's thesis
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Diploma projects (BSc)
  Faculty of Chemistry
  
  Field of study: Chemical Technology
- Corrosion of metals and alloys I
  Faculty of Chemistry
  
  Field of study: Corrosion
- ADVANCED METHODS IN RESEARCH OF MATERIALS
  Faculty of Chemistry
- ADVANCED METHODS IN RESEARCH OF MATERIALS
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Diploma laboratories
  Faculty of Chemistry
  
  Field of study: Corrosion
- Corrosion of metals and alloys II
  Faculty of Chemistry
  
  Field of study: Corrosion
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
  
  Field of study: Corrosion
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
  
  Field of study: Corrosion
- Microscopic test methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
2019 year Courses count 18

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- Diploma laboratories
  Faculty of Chemistry
  
  Field of study: Corrosion
- Diploma laboratories II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Information technologies
  Faculty of Chemistry
  
  Field of study: Corrosion
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
- Preparation of the Diploma Exam
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Corrosion of metals and alloys II
- Master's thesis
  Faculty of Chemistry
  
  Field of study: Corrosion
- ADVANCED METHODS IN RESEARCH OF MATERIALS
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
- Laboratory Diploma I
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Engineering Diploma Project
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Microscopic test methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of metals and alloys II
  Faculty of Chemistry
  
  Field of study: Corrosion
  
  Field of study: Korozja
  
  Field of study: Corrosion
  
  Specialization: Inter Applied Chemistry
- Master's thesis
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of metals and alloys I
  Faculty of Chemistry
  
  Field of study: Corrosion
  
  Specialization: Inter Applied Chemistry
  
  Field of study: Corrosion
  
  Field of study: Korozja
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
  
  Field of study: Corrosion
- Corrosion of metals and alloys I
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
  
  Field of study: Corrosion
2018 year Courses count 14

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- ADVANCED METHODS IN RESEARCH OF MATERIALS
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- DIPLOMA PROJECT I
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Spectroscopy techniques in corrosion analysis
  Faculty of Chemistry
  
  Field of study: Corrosion
- DIPLOMA / FINAL PROJECT II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Information technologies
  Faculty of Chemistry
  
  Field of study: Corrosion
- Diploma
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- PREPARATION FOR THE FINAL EXAM
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Laboratory Diploma I
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Diploma Laboratory
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Diploma Laboratory II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Microscopic test methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Thesis
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
2017 year Courses count 15

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- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Advanced Methods for Materials Characterisation
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Diploma Laboratory II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Pre-Thesis Laboratory
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Laboratory Diploma
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Information technology I
- Microscopic test methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Information technologies
  Faculty of Chemistry
  
  Field of study: Corrosion
  
  Field of study: Korozja
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Preparation of the Diploma Exam
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Thesis
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- DIPLOMA / FINAL PROJECT II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Engineering Diploma Project
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
2016 year Courses count 10

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- Microscopic test Methods
  Faculty of Applied Physics and Mathematics
- DIPLOMA / FINAL PROJECT II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Diploma Laboratory II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Praca Dyplomowa
  Faculty of Chemistry
- Advanced Methods for Materials Characterisation
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- Microscopic test Methods
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
2015 year Courses count 9

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- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- DIPLOMA / FINAL PROJECT II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Advanced Methods for Materials Characterisation
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- MICROSCOPIC TEST METHODS
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- THESIS
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Corrosion of Metals and Alloys
  Faculty of Chemistry
  
  Field of study: Conservation and Degradation of Materials
- LABORATORY DIPLOMA
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
2014 year Courses count 9

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- MICROSCOPIC TEST METHODS
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Diploma Laboratory
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- THESIS
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- ENGINEER PROJECT
  Faculty of Chemistry
  
  Field of study: Chemistry
- Diploma Thesis
  Faculty of Chemistry
  
  Field of study: Chemistry in Construction Engineering
- PREPARATION FOR DIPLOMA EXAM
  Faculty of Chemistry
  
  Field of study: Chemistry
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- LABORATORY DIPLOMA
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
2013 year Courses count 4

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- MIKROSKOPOWE METODY BADAŃ
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- DIPLOMA / FINAL PROJECT II
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- Preparation for Diploma Egzam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
2012 year Courses count 6

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- Thesis
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- Engineer Project
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology
- MIKROSKOPOWE METODY BADAŃ
  Faculty of Chemistry
- MIKROSKOPOWE METODY BADAŃ
  Faculty of Chemistry
  
  Field of study: Materials Engineering
  
  Specialization: Corrosion Science
- MIKROSKOPOWE METODY BADAŃ
  Faculty of Applied Physics and Mathematics
- Preparation for Diploma Exam
  Faculty of Chemistry
  
  Field of study: Chemical Technology
  
  Specialization: Anticorrosive Protection Technology

Opinionated people list

Opinion on the course of the proceedings to award an academic degree

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dr hab. inż. Jacek Ryl

Employment

Research fields

e-Learning courses

Conducted classes

2027 year Courses count 5

Group project II Faculty of Applied Physics and Mathematics

Diploma laboratory Faculty of Applied Physics and Mathematics

Engineering project Faculty of Applied Physics and Mathematics

Diploma seminar Faculty of Applied Physics and Mathematics

SEP qualitifactions Faculty of Applied Physics and Mathematics

2026 year Courses count 2

Chemical sensors and biosensors Faculty of Applied Physics and Mathematics

Group project I Faculty of Applied Physics and Mathematics

2025 year Courses count 5

Internet of Things and operational technologies Faculty of Applied Physics and Mathematics

Surface physical chemistry Faculty of Applied Physics and Mathematics

Elektrolizery Faculty of Applied Physics and Mathematics

Technologie addytywne Faculty of Applied Physics and Mathematics

Technologie materiałów węglowych w energetyce Faculty of Applied Physics and Mathematics

2024 year Courses count 20

Laboratorium specjalistyczne – projekt grupowy Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii Faculty of Applied Physics and Mathematics

Specialist laboratory Faculty of Applied Physics and Mathematics

Modelowanie układów biologicznych Faculty of Applied Physics and Mathematics

Bionanotechnologia Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne Faculty of Applied Physics and Mathematics

Praca dyplomowa magisterska II Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne Faculty of Applied Physics and Mathematics

Seminarium dyplomowe I Faculty of Applied Physics and Mathematics

Sensory i aktuatory chemiczne Faculty of Applied Physics and Mathematics

Język angielski specjalistyczny Faculty of Applied Physics and Mathematics

Surface Science Faculty of Mechanical Engineering and Ship Technology

Współczesne zastosowania technik spektroskopowych Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

Electrochemistry for materials science Doctoral School

Filozofia wiedzy i etyka Faculty of Applied Physics and Mathematics

2023 year Courses count 19

Zrozumieć żywność i odżywianie Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne III Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne - projekt grupowy Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne Faculty of Applied Physics and Mathematics

Statystyczna analiza danych pomiarowych Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii Faculty of Applied Physics and Mathematics

Seminarium dyplomowe I Faculty of Applied Physics and Mathematics

Microscopic test methods Faculty of Chemistry

Modelowanie statystyczne i analiza danych Faculty of Applied Physics and Mathematics

Nanoczujniki Faculty of Applied Physics and Mathematics

Praca dyplomowa magisterska I Faculty of Applied Physics and Mathematics

Biofizyka Faculty of Applied Physics and Mathematics

Environment protection Faculty of Applied Physics and Mathematics

Zrozumieć żywność i odżywianie Faculty of Applied Physics and Mathematics

Electrochemistry for materials science Faculty of Applied Physics and Mathematics

Język angielski II Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

Fizyka środowiska Faculty of Applied Physics and Mathematics

2022 year Courses count 9

Seminarium dyplomowe I Faculty of Applied Physics and Mathematics

Environment protection Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials Faculty of Applied Physics and Mathematics

Surface Science Faculty of Applied Physics and Mathematics

2021 year Courses count 8

Corrosion of metals and alloys I Faculty of Chemistry

Environment protection Faculty of Applied Physics and Mathematics

Microscopic test methods Faculty of Chemistry

Corrosion of metals and alloys II Faculty of Chemistry

Praktyczne aspekty elektrochemii w inżynierii materiałowej Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii w inżynierii materiałowej Faculty of Applied Physics and Mathematics

ADVANCED METHODS IN RESEARCH OF MATERIALS Faculty of Chemistry

Group project II
Faculty of Applied Physics and Mathematics

Diploma laboratory
Faculty of Applied Physics and Mathematics

Engineering project
Faculty of Applied Physics and Mathematics

Diploma seminar
Faculty of Applied Physics and Mathematics

SEP qualitifactions
Faculty of Applied Physics and Mathematics

Chemical sensors and biosensors
Faculty of Applied Physics and Mathematics

Group project I
Faculty of Applied Physics and Mathematics

Internet of Things and operational technologies
Faculty of Applied Physics and Mathematics

Surface physical chemistry
Faculty of Applied Physics and Mathematics

Elektrolizery
Faculty of Applied Physics and Mathematics

Technologie addytywne
Faculty of Applied Physics and Mathematics

Technologie materiałów węglowych w energetyce
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne – projekt grupowy
Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii
Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii
Faculty of Applied Physics and Mathematics

Materiały drukowane 3D w elektrochemii
Faculty of Applied Physics and Mathematics

Specialist laboratory
Faculty of Applied Physics and Mathematics

Modelowanie układów biologicznych
Faculty of Applied Physics and Mathematics

Bionanotechnologia
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne
Faculty of Applied Physics and Mathematics

Praca dyplomowa magisterska II
Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne
Faculty of Applied Physics and Mathematics

Seminarium dyplomowe I
Faculty of Applied Physics and Mathematics

Sensory i aktuatory chemiczne
Faculty of Applied Physics and Mathematics

Język angielski specjalistyczny
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Mechanical Engineering and Ship Technology

Współczesne zastosowania technik spektroskopowych
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Electrochemistry for materials science
Doctoral School

Filozofia wiedzy i etyka
Faculty of Applied Physics and Mathematics

Zrozumieć żywność i odżywianie
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne III
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne - projekt grupowy
Faculty of Applied Physics and Mathematics

Laboratorium specjalistyczne
Faculty of Applied Physics and Mathematics

Statystyczna analiza danych pomiarowych
Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii
Faculty of Applied Physics and Mathematics

Seminarium dyplomowe I
Faculty of Applied Physics and Mathematics

Microscopic test methods
Faculty of Chemistry

Modelowanie statystyczne i analiza danych
Faculty of Applied Physics and Mathematics

Nanoczujniki
Faculty of Applied Physics and Mathematics

Praca dyplomowa magisterska I
Faculty of Applied Physics and Mathematics

Biofizyka
Faculty of Applied Physics and Mathematics

Environment protection
Faculty of Applied Physics and Mathematics

Zrozumieć żywność i odżywianie
Faculty of Applied Physics and Mathematics

Electrochemistry for materials science
Faculty of Applied Physics and Mathematics

Język angielski II
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Fizyka środowiska
Faculty of Applied Physics and Mathematics

Seminarium dyplomowe I
Faculty of Applied Physics and Mathematics

Environment protection
Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials
Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii
Faculty of Applied Physics and Mathematics

Electrochemistry of materials and nanomaterials
Faculty of Applied Physics and Mathematics

Surface Science
Faculty of Applied Physics and Mathematics

Corrosion of metals and alloys I
Faculty of Chemistry

Environment protection
Faculty of Applied Physics and Mathematics

Microscopic test methods
Faculty of Chemistry

Corrosion of metals and alloys II
Faculty of Chemistry

Praktyczne aspekty elektrochemii w inżynierii materiałowej
Faculty of Applied Physics and Mathematics

Praktyczne aspekty elektrochemii w inżynierii materiałowej
Faculty of Applied Physics and Mathematics

ADVANCED METHODS IN RESEARCH OF MATERIALS
Faculty of Chemistry

Diploma projects (BSc)
Faculty of Chemistry

Diploma laboratories II
Faculty of Chemistry

Master's thesis
Faculty of Chemistry

Master's thesis
Faculty of Chemistry

Diploma projects (BSc)
Faculty of Chemistry

Corrosion of metals and alloys I
Faculty of Chemistry

ADVANCED METHODS IN RESEARCH OF MATERIALS
Faculty of Chemistry

ADVANCED METHODS IN RESEARCH OF MATERIALS
Faculty of Chemistry

Diploma laboratories
Faculty of Chemistry

Corrosion of metals and alloys II
Faculty of Chemistry

Spectroscopy techniques in corrosion analysis
Faculty of Chemistry

Spectroscopy techniques in corrosion analysis
Faculty of Chemistry

Spectroscopy techniques in corrosion analysis
Faculty of Chemistry