Reliability Based zoptimization 2023/24

[IMa] Experimental Methods for Materials Characterisation - 2024

Discipline: materials engineering

Obligatory course for 1-st and 2nd-year PhD students

Teachers: R. Bogdanowicz, J. Karczewski, T. Klimczuk, S. Molin, M. Strankowski, N. Wójcik, 

Total hours of training: 30 teaching hours

Course type: laboratories

[ILiT, IŚGiE] Reliability-Based Optimization (RBO) - 2023/24

[ITiT] Transmission Channel in Radio Communication Systems - 2023/2024

Discipline: technical informatics and telecommunications

Elective course for 2nd-year PhD students

Academic teachers: dr hab. inż. Sławomir Ambroziak, prof. PG

Total hours of training: 15 teaching hours

Course type: lecture

The course is designed to deliver to students knowledge on transmission channel used in radio communication systems and the methodology of its measurements and modelling.

Subject contents:

  1. Basic notions, logarithmic measures of signal level.
  2. Overview of radio communication services and systems.
  3. Characteristics of radio channel and radio frequency bands.
  4. Radio waves propagation mechanisms.
  5. Role of the antenna in radio communication system.
  6. Link equation and link budget.
  7. The effect of the atmosphere.
  8. Propagation of radio waves in different environments.
  9. Multipath phenomenon and Doppler effect.
  10. Slow and fast fading phenomena.
  11. Diversity.
  12. Radio channel modelling.
  13. Instrumentation for radio communication systems.
  14. Radio channel measurements methodology.
  15. Statistical analysis of radio channel measurements.

 

[ITiT] Technologies of Spatial Data Analysis and Processing

Discipline: Technical Informatics and Telecommunications

Obligatory course for 2nd year PhD students

Academic teacher: 

dr hab. inż. Marcin Kulawiak

Total hours of training: 30 teaching hours

Course type: lecture/seminars

[IMa] Electrical methods of materials and structures characterization

Discipline: materials engineering

Facultative course for 1st and 2nd year PhD students

Academic teachers:

prof. dr hab. inż. Piotr Jasiński

Total hours of training: 15 teaching hours

Course type: lecture/seminar

[EiF] [ZiJ] Writing scientific papers for Management and Economics Fields of Science

Discipline: soft skills

Obligatory course for 1st and 2nd-year PhD students of EiF and ZiJ disciplines

Academic teacher:  dr hab. inż. Aleksandra Parteka, prof. PG

Total hours of training: 5 teaching hours

Course type: 

[AiU] Challenges and perspectives of contemporary architecture and urbanism

Discipline: Architecture and Urbanism

Obligatory course for 1st year PhD students

Academic teacher: 

prof. Giovanna Acampa

Total hours of training: 15 teaching hours

Course type: workshops

[AiU] Sustainable design and environmental changes

Discipline: Architecture and Urbanism

Obligatory course for 1st year PhD students

Academic teacher: 

prof. Giovanna Acampa

Total hours of training: 15 teaching hours

Course type: workshops

Surrogate methods in system engineering

Discipline: control, electronic and electrical engineering

Facultative course for 2nd year PhD students

Academic teacher: 

dr hab. inż. Adrian Bekasiewicz

Total hours of training: 15 teaching hours

Course type: lecture

[Soft Skills] Smart metering - social risk perception and risk governance

Discipline: soft skills

Obligatory course for 2nd-year PhD students

Academic teacher:  dr inż. Andrzej Augusiak, doc. PG

Total hours of training: 10 teaching hours

Course type: 

[Soft Skills] Writing grant application

Discipline: soft skills

Obligatory course for 2nd-year PhD students

Academic teacher: mgr Renata Downar-Zapolska

Total hours of training: 5 teaching hours

Course type: 

[ZiJ] Management theories I

Discipline: Management and Quality

Obligatory course for 1st and 2nd year PhD students

Academic teacher: 

prof. dr hab. Wojciech Czakon

Total hours of training: 15 teaching hours

Course type: lecture

[EiF] Empirical research in economics 2023/2024

Discipline: Economics and Finance

Obligatory course for 1st and 2nd year PhD students

Academic teacher: 

Aleksandra Parteka

prof. Joanna Wolszczak-Derlacz

prof. Francesco Venturini (Univ.Perugia)

Total hours of training: 30 teaching hours

Course type: laboratories 

[EiF] Economic theory - micro

Discipline: Economics and Finance

Obligatory course for 1st and 2nd year PhD students

Academic teacher: 

dr hab. Tomasz Brodzicki

Total hours of training: 30 teaching hours

Course type: lecture

[EiF] Economic theory - macro

Discipline: Economics and Finance

Obligatory course for 1st and 2nd year PhD students

Academic teacher: 

dr hab. Ewa Lechman, prof. F. Reganati

Total hours of training: 30 teaching hours

Course type: lecture

[Soft Skills] Academic writing gr. 4

Discipline: soft skills

Obligatory course for 1st-year PhD students, facultative for 2nd-year PhD students

Academic teacher: dr Iwona Mokwa - Tarnowska

Total hours of training: 30 teaching hours

Course type: 

[Soft Skills] Academic writing gr. 3

Discipline: soft skills

Obligatory course for 1st-year PhD students, facultative for 2nd-year PhD students

Academic teacher: dr Iwona Mokwa - Tarnowska

Total hours of training: 30 teaching hours

Course type: 

[Soft Skills] Basic didactic methods

Discipline: soft skills

Obligatory course for 1st-year PhD students

Academic teacher: dr hab. Astrid Męczkowska-Christiansen

Total hours of training: 15 teaching hours

Course type: 

[ITiT] Transmission Channel in Radio Communication Systems

Discipline: technical informatics and telecommunications

Elective course for 2nd-year PhD students

Academic teachers: dr hab. inż. Sławomir Ambroziak, prof. PG

Total hours of training: 15 teaching hours

Course type: lecture

The course is designed to deliver to students knowledge on transmission channel used in radio communication systems and the methodology of its measurements and modelling.

Subject contents:

  1. Basic notions, logarithmic measures of signal level.
  2. Overview of radio communication services and systems.
  3. Characteristics of radio channel and radio frequency bands.
  4. Radio waves propagation mechanisms.
  5. Role of the antenna in radio communication system.
  6. Link equation and link budget.
  7. The effect of the atmosphere.
  8. Propagation of radio waves in different environments.
  9. Multipath phenomenon and Doppler effect.
  10. Slow and fast fading phenomena.
  11. Diversity.
  12. Radio channel modelling.
  13. Instrumentation for radio communication systems.
  14. Radio channel measurements methodology.
  15. Statistical analysis of radio channel measurements.