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Search results for: HYBRID INVERTER

Search results for: HYBRID INVERTER

  • Hybrid and additive manufacturing processes

    e-Learning Courses
    • D. Zieliński
    • A. Mroziński

  • Random Processes 2022/2023

    e-Learning Courses
    • B. Czaplewski

    The e-learning course page for the purpose of the remote or hybrid learning for Random Processes.

  • Random Processes 2023/2024

    e-Learning Courses
    • B. Czaplewski

    The e-learning course page for the purpose of the remote or hybrid learning for Random Processes.

  • Random Processes 2024/2025

    e-Learning Courses
    • V. Waladi
    • B. Czaplewski

    The e-learning course page for the purpose of the remote or hybrid learning for Random Processes.

  • Introductory CDIO Project [Energy Technologies][2021/22]

    e-Learning Courses
    • J. Guziński

    Design of complete prototype of Simple electronic circuit (DC-DC converter) with control based on integrated circuit.

  • Introductory CDIO Project [Energy Technologies][2021/22]

    e-Learning Courses
    • J. Guziński

    Design of complete prototype of Simple electronic circuit (DC-DC converter) with control based on integrated circuit.

  • Hybrid and additive manufacturing processes (PG_00057409), 2023/2024 Winter semester

    e-Learning Courses
    • M. Deja

  • PROJEKT ZESPOŁOWY - WYCENA PRZEDSIĘBIORSTW - 2022/2023 - nstac. - hybryd.

    e-Learning Courses
    • B. Prusak

  • PROJEKT ZESPOŁOWY - WYCENA PRZEDSIĘBIORSTW - 2023/2024 - ZII - nstac. - hybryd.

    e-Learning Courses
    • B. Prusak

  • PROJEKT ZESPOŁOWY - WYCENA PRZEDSIĘBIORSTW - 2023/2024 - AGII - nstac. - hybryd.

    e-Learning Courses
    • B. Prusak

  • Hybrid and additive manufacturing processes, W, L, second-cycle studies, sem. 2, 2022/2023

    e-Learning Courses
    • D. Fydrych
    • T. Seramak

  • [AiU] 20232024Research methodology in architecture and urban planning

    e-Learning Courses
    • J. Borucka
    • M. Dymnicka

    This course is compulsory for PhD students assigned to Architecture and Urbanism tracks at Doctoral School at Gdańsk University of Technology. The course is conducted by prof. Sandro Parrinello, Department  Architecture of University of Florence Course type: workshops Total hours of training: 30 teaching hours Classes in hybrid mode (classes conducted online and at the GdańskTech)

  • [AiU] 20232024_Contemporary research methodology, evaluation and preservation of historic architecture_final

    e-Learning Courses
    • J. Borucka
    • M. Dymnicka
    • A. Karpińska

    This course is compulsory for PhD students assigned to Architecture and Urbanism tracks at Doctoral School at Gdańsk University of Technology. The course is conducted by prof. Sandro Parrinello, Department  Architecture of University of Florence Course type: workshops Total hours of training: 30 teaching hours Classes in hybrid mode (classes conducted online and at the GdańskTech)

  • [AiU] Contemporary research methodology, evaluation and preservation of historic architecture

    e-Learning Courses
    • J. Borucka
    • S. Kowalski

    This course is compulsory for PhD students assigned to Architecture and Urbanism tracks at Doctoral School at Gdańsk University of Technology. The course is conducted by prof. Sandro Parrinello, Department of Civil Engineering and Architecture of University of Pavia Course type: workshops Total hours of training: 30 teaching hours Classes in hybrid mode (classes conducted online and at the GdańskTech)

  • GRAFIKA INŻYNIERSKA (Ch) - WYKŁAD

    e-Learning Courses
    • R. Aranowski

    Kuras grafiki inżynierskiej - część wykładowa Student po ukończeniu kursu powinien znać środowisko rysunkowe Autodesk Inventor, umieć samodzielnie wykonywać rysunki techniczne (np. maszynowe, schematy (technologiczne) instalacji stosowanych w technologii chemicznej). Docelowym efektem kształcenia jest nabycie przez studenta umiejętności wystarczających dla praktycznego czytania i wykonywania rysunków technicznych z wykorzystaniem...

  • Wastewater Engineering 2020/21 (Environmental Engineering, II stopnia, stacjonarne, II semestr))

    e-Learning Courses
    • K. Czerwionka
    • J. Mąkinia

    Wastewater sources and flows Wastewater characterization based on physical and biodegradation criteria Preliminary treatment unit operations (screens, grit chambers, primary clarifiers) Biological processes (suspended growth vs. attached growth, hybrid systems, granular sludge) for wastewater treatment. Principles of biological nutrient removal (nitrification, denitrification, enhanced biological P removal,  anammox). Implementation...

  • Wastewater Engineering 2021/22 (Environmental Engineering, II stopnia, stacjonarne, II semestr))

    e-Learning Courses
    • K. Czerwionka
    • J. Mąkinia

    Wastewater sources and flows Wastewater characterization based on physical and biodegradation criteria Preliminary treatment unit operations (screens, grit chambers, primary clarifiers) Biological processes (suspended growth vs. attached growth, hybrid systems, granular sludge) for wastewater treatment Principles of biological nutrient removal (nitrification, denitrification, enhanced biological P removal, anammox) Implementation...

  • Wastewater Engineering 2022/23 (Environmental Engineering, II stopnia, stacjonarne, II semestr))

    e-Learning Courses
    • K. Czerwionka
    • J. Mąkinia

    Wastewater sources and flows Wastewater characterization based on physical and biodegradation criteria Preliminary treatment unit operations (screens, grit chambers, primary clarifiers) Biological processes (suspended growth vs. attached growth, hybrid systems, granular sludge) for wastewater treatment Principles of biological nutrient removal (nitrification, denitrification, enhanced biological P removal, anammox) Implementation...

  • Wastewater Engineering 2024/25 (Environmental Engineering, II stopnia, stacjonarne, II semestr)

    e-Learning Courses
    • J. Mąkinia

    Wastewater sources and flows Wastewater characterization based on physical and biodegradation criteria Preliminary treatment unit operations (screens, grit chambers, primary clarifiers) Biological processes (suspended growth vs. attached growth, hybrid systems, granular sludge) for wastewater treatment Principles of biological nutrient removal (nitrification, denitrification, enhanced biological P removal, anammox) Implementation...

  • Wastewater Engineering 2023/24 (Environmental Engineering, II stopnia, stacjonarne, II semestr)

    e-Learning Courses
    • J. Mąkinia

    Wastewater sources and flows Wastewater characterization based on physical and biodegradation criteria Preliminary treatment unit operations (screens, grit chambers, primary clarifiers) Biological processes (suspended growth vs. attached growth, hybrid systems, granular sludge) for wastewater treatment Principles of biological nutrient removal (nitrification, denitrification, enhanced biological P removal, anammox) Implementation...

  • Computer Controlled Systems Lab - 2023/2024

    e-Learning Courses
    • P. Raczyński

    Computer Controlled Systems Lab The course includes 5 individual projects and their laboratory implementation. The topics:- Job analysis and tuning digital servo- Usage of a PC computer and MatLab package for controlling the dynamic object as a model of the tethered helicopter- Use of C language and the PC to control the plant in real time- Use of assembly language, and a microcontroller to control the plant in real time- Use...

  • Computer Controlled Systems Lab - Nowy - Nowy

    e-Learning Courses
    • P. Raczyński
    • M. Niedźwiecki

    Computer Controlled Systems Lab The course includes 5 individual projects and their laboratory implementation. The topics:- Job analysis and tuning digital servo- Usage of a PC computer and MatLab package for controlling the dynamic object as a model of the tethered helicopter- Use of C language and the PC to control the plant in real time- Use of assembly language, and a microcontroller to control the plant in real time- Use...

  • Materials for energy storage and conversion devices 2022/2023

    e-Learning Courses

    Electrodes: Metals as electrodes in aqueous and non-aqueous systems, metal nanoparticles. Collectors current. 3D, 2D, 1 D carbons, carbon nanomaterials. Organic semiconductors "Synthetic metals" - p-type, n-type. Inorganic semiconductors: oxides, selenides, sulfides, others. Intercalated electrodes. Mixed conductors (MIEC). Photo-active semiconductor materials. Electrolytes. Water electrolytes in commercial products. Electroactive...

  • PROJEKT ZESPOŁOWY [DK][2023/24]

    e-Learning Courses
    • D. Karkosiński

    CCCLECTURE and Classes: Power supply systems for industrial facilities. Devices and main circuits of MV power stations. Short-circuit calculation. Power protection automation. Security classification according to American ANSI standards used in the EU. Microprocessor protection relays. Drive systems for medium power and medium voltage pumps. Roving inverters. PROJECT: Design of a MV switching station for a medium-power pumping...

  • PROJEKT ZESPOŁOWY [ET][DK][2024/25]

    e-Learning Courses
    • D. Karkosiński

    CCCLECTURE and Classes: Power supply systems for industrial facilities. Devices and main circuits of MV power stations. Short-circuit calculation. Power protection automation. Security classification according to American ANSI standards used in the EU. Microprocessor protection relays. Drive systems for medium power and medium voltage pumps. Roving inverters. PROJECT: Design of a MV switching station for a medium-power pumping...

  • Mathematical and numerical modelling,W,IDE-EMSS,IIst,sem.01,lato,2023/24 (PG_00057379)

    e-Learning Courses
    • K. J. Kaliński

    Modelling of controlled mechanical systems by the mixed method of rigid and flexible finite elements: The finite element volume problems. Dynamics of multibody systems. Modelling of stationary closed loop systems. Modelling of systems whose configuration changes with time. Modelling of nonlinear controlled systems. Optimal control at energy performance index: Control of continuous nonstationary systems in domain of generalised...

  • Mathematical and Numerical Modelling, L, IDE IInd, sem.01, summer, 2022/23(00057379)

    e-Learning Courses
    • K. J. Kaliński

    Modelling of controlled mechanical systems by the mixed method of rigid and flexible finite elements: The finite element volume problems. Dynamics of multibody systems. Modelling of stationary closed loop systems. Modelling of systems whose configuration changes with time. Modelling of nonlinear controlled systems. Optimal control at energy performance index: Control of continuous nonstationary systems in domain of generalised...

  • Elective seminar: Designing Urban Lighting for the Built Environment – from Theory to Practice

    e-Learning Courses
    • K. Zielińska-Dąbkowska
    • A. Zdanowicz

    Goal of the course:    Understanding the basic design issues related to illumination of the exterior spaces in the built environment  Course content / class schedule:   1.Student will learn the difference between Functional versus Decorative lighting in exterior spaces 2. Student will learn how artificial lighting can shape the appearance of an urban space 3. Student will learn necessary tools (luminaires, light sources,...

  • Grafika Inżynierska, Chemia, 2023-24, semestr zimowy - nowy

    e-Learning Courses
    • R. Aranowski

    Cel zajęć Celem przedmiotu jest uzyskanie przez studenta wiedzy z zakresu podstaw geometrii wykreślnej i zapisu konstrukcji (rysunku technicznego). Studenci powinni samodzielnie opanować wskazany system CAD, który zostanie zaprezentowany na zajęciach seminaryjnych. Uzyskana wiedza ma umożliwiać przede wszystkim czytanie rysunku technicznego maszynowego i schematów technologicznych.Wykład:Graficzne odwzorowanie elementów przestrzennych...

  • Grafika Inżynierska, Chemia, 2023-24, semestr zimowy

    e-Learning Courses
    • R. Aranowski

    Cel zajęć Celem przedmiotu jest uzyskanie przez studenta wiedzy z zakresu podstaw geometrii wykreślnej i zapisu konstrukcji (rysunku technicznego). Studenci powinni samodzielnie opanować wskazany system CAD, który zostanie zaprezentowany na zajęciach seminaryjnych. Uzyskana wiedza ma umożliwiać przede wszystkim czytanie rysunku technicznego maszynowego i schematów technologicznych.Wykład:Graficzne odwzorowanie elementów przestrzennych...

  • Techniki amplifikacji kwasów nukleinowych -2024-2025 - Nowy

    e-Learning Courses
    • B. Krawczyk
    • I. Sinkiewicz
    • A. Brillowska-Dąbrowska

    Specjalność: Biotechnologia molekularna (WCh), II stopnia, stacjonarne Prowadzący wykład: dr hab. Beata Krawczyk, prof. uczelni - stacjonarnie na uczelni Prowadzący laboratoria: dr hab. Beata Krawczyk, prof. uczelni - zajęcia stacjonarne na PG, sala 304 WCH B. Kontakt: (58) 347-23-83 Beata Krawczyk (wykłady): e-mail: beata.krawczyk@pg.edu.pl; WCH B; p.217; Konsultacje: stacjonarnie we wtorki o godzinie 13.  Opis kursu Kurs...

  • Techniki amplifikacji kwasów nukleinowych -2022-2023

    e-Learning Courses
    • B. Krawczyk
    • I. Sinkiewicz

    Specjalność: Biotechnologia molekularna (WCh), II stopnia, stacjonarne Prowadzący wykład: dr hab. Beata Krawczyk, prof. uczelni - forma stacjonarna Prowadzący laboratoria: mgr inż. Bartosz Ostrowski - zajęcia stacjonarne na PG, sala 17 WCH C. Kontakt: (58) 347-23-83 Beata Krawczyk (wykłady): e-mail: beata.krawczyk@pg.edu.pl; WCH B; p.218; Bartosz Ostrowski, WCH B, p.218 tel. (58) 347-13-83 Konsultacje: stacjonarnie we wtorki ...

  • Techniki amplifikacji kwasów nukleinowych -2021-2022

    e-Learning Courses
    • B. Krawczyk
    • I. Sinkiewicz
    • M. Burzyńska
    • A. Brillowska-Dąbrowska

    Specjalność: Biotechnologia molekularna (WCh), II stopnia, stacjonarne Prowadzący wykład: dr hab. Beata Krawczyk, prof. uczelni - stacjonarnie na uczelni Prowadzący laboratoria: mgr inż. Magdalena Fordon - zajęcia stacjonarne na PG, sala 17 WCH C. Kontakt: (58) 347-23-83 Beata Krawczyk (wykłady): e-mail: beata.krawczyk@pg.edu.pl; WCH B; p.218; Magdalena Fordon (laboratoria): magda.fordon@gmail.com; WCH B; p.218 Konsultacje:...

  • Techniki Amplifikacji Kwasów Nukleinowych -2024-2025

    e-Learning Courses

    Specjalność: Biotechnologia molekularna (WCh), II stopnia, stacjonarne Prowadzący wykład: dr hab. Beata Krawczyk, prof. uczelni - forma stacjonarna Prowadzący laboratoria:  dr hab. Beata Krawczyk, prof. uczelni- zajęcia stacjonarne na PG, sala 304 WCH B (bud.7); III piętro. Kontakt: (58) 347-23-83 Beata Krawczyk (wykłady): e-mail: beata.krawczyk@pg.edu.pl; WCH B; p.217;tel. (58) 347-23-83 Bartosz Ostrowski, WCH B, p.218 tel....