AGH University of Science and Technology

AGH University of Science and Technology
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    Socrative – space race

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

    Quizlet – gra grupowa

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

    Wordwall – interaktywne ćwiczenia

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

    AJAJAJ czy AI? Jak projektowałyśmy kursy ze wsparciem

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    Masz mało czasu i temat, którego nie czujesz, a musisz przygotować kurs. Jak zmienić AJAJAJ w AI? W trakcie webinaru odpowiedziałyśmy na to pytanie, a w szczególności: Jak dobrze można zaprojektować kursy online z wykorzystaniem sztucznej inteligencji (AI)? Na co należy uważać korzystając z pomocy AI? Jakich kompetencji potrzebujesz jako projektant/ka kursu? Posiłkując się modelem ADDIE w trakcie webinaru omówiłyśmy kluczowe etapy tworzenia angażujących i skutecznych kursów. Pokazałyśmy jak na bazie otrzymanej analizy potrzeb oraz założeń bazowych wykorzystałyśmy AI do przeprowadzenia szczegółowej analizy tematu (desktop research). Opowiedziałyśmy też jak na etapie projektowania wykorzystałyśmy AI do tworzenia struktury kursu i ćwiczeń. Zaprezentowałyśmy w jaki sposób AI pomogła nam dokonać poprawek po pilotażu. Korzystając z przykładów zrealizowanych projektów pokazałyśmy, jak AI wspiera proces tworzenia doświadczeń edukacyjnych. Z webinaru możesz dowiedzieć się, jak łączyć metodykę opartą na cyklu Kolba z interaktywnymi narzędziami i jak zastosować AI do tworzenia animacji, scenariuszy oraz infografik. Na podstawie własnego doświadczenia opowiedziałyśmy również w jakie pułapki możesz wpaść korzystając z pomocy AI.webina

    Solar Energy

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    The exponential increased use of PV panels for energy production would also lead to enormous volumes of PV waste that need to be dealt with in an environmentally responsible manner. In this work we present experimental results for recycling crystalline silicon (c-Si) PV panels using recently developed electrohydraulic shock wave-based fragmentation of PV panels. The electrohydraulic fragmentation process allows for the efficient delamination of the modules and subsequent recovery of almost all valuable materials used in the manufacturing of PV panels, without thermally decomposing the polymers and eliminates creation of any toxic or hazardous waste during the process. We study the impact of the type of panel, size of the feed material and process duration on the quantity and quality of material recovered after the process.sprawozdaniewersja wydawnicz

    Quizziz – tryb papierowy

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

    Geomatics and Environmental Engineering

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    Urbanization significantly contributes to environmental changes, increasing carbon emissions, and resource consumption. This study quantifies the carbon footprints (CFs) and biocapacities (BCs) of urban settlements in Poland by focusing on household consumption levels in 18 regional cities. The research assesses CF in categories like waste generation, energy use, mobility, and food consumption, converting it into global hectares [gha] in order to measure the environmental impact. BC is evaluated by land use types in order to understand urban sustainability. The results showed considerable disparities, with Warsaw having the highest level CF and Zielona Góra the lowest. Mobility, electricity, and food contributed more than 80% of the total CF in our study. All of the cities exhibited ecological deficits, with CF levels exceeding those of BC, this indicated unsustainable resource use. Warsaw, for example, required more than 28 times its BC to support its consumption patterns. The study emphasizes the need for targeted interventions in transportation, energy efficiency, and public awareness in order to reduce urban environmental impacts. Local governments must prioritize sustainability efforts – especially in high-impact sectors. The research highlights the importance of urban planning strategies that align with sustainability goals in order to achieve a long-term ecological balance and resilience against climate change, thus offering insights that could guide policy development beyond Poland.Krakówwersja wydawnicz

    MS Teams – interaktywna prezentacja

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

    Renewable Energy

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    Agricultural digestate is a by–product of biogas plant processes. Its composition is variable and depends on the type of raw feedstock used. Due to its high moisture content the digestate is suitable for hydrothermal carbonization (HTC). The HTC process is performed in a reactor where the feedstock is heated to a high temperature in an aqueous environment. As a result of the reaction, a solid product, process water and a gaseous product are generated. The gaseous product is obtained in trace amounts unlike the process water where the amount is significant. The rich in carbon solid product of the HTC process is hydrochar. Hydrochars can be used as an alternative to non–renewable fossil fuels. The aim of this paper was to investigate and characterize hydrochars derived from agricultural digestate at 190 ◦C, 200 ◦C and 210 ◦C and residence times of: 0.5, 1, 1.5, and 2 h. In addition, the fuel properties and combustion performance supported by an activation energy determination were evaluated. In brief, it was found that a higher temperature and longer residence time produced a more carbonaceous biofuel.innypreprin

    Symbaloo

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    Cykl: Dasie i Niedasie: https://www.cel.agh.edu.pl/dasie-i-niedasie/film instruktażow

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    AGH University of Science and Technology is based in Poland
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