Netiquette concept at the assessment of college student social competence with TOPSIS method

Social competence of students college is important during the process of implementing the practicum, from social competence we can find out capable the students are in several ways such as the ability to collaborate, speak in forums, reduce social conflicts in the environment, make a network and much more. In this study, it provides a model solution for assessing social competence in students college when carrying out practicum. The purpose of the study was to develop an assessment model by measuring students' social competence during the implementation of the practicum. The number of correspondents in the study was 78 students taken from the number of practicum students in Aerospace Engineering. The data analysis technique uses the TOPSIS method, where the results of this study will obtain the best ranking of 78 KP students who have the highest social competence value. The model of the assessment can be used by lecturers of the Aerospace Engineering, Adisutjipto Aerospace Technology Institute during the practicum process or after. With this assessment model, the advantages of the Adisutjipto Aerospace Technology Institute can synergize in creating graduates with a global and humanistic character.

25 years of Scientific and Educational Cooperation between the Department of Natural Sciences at New Bulgarian University and the Space Research and Technology Institute at the Bulgarian Academy of Sciences

The paper presents the results of the scientific and educational cooperation in the field of earth sciences and ecology between the Department of Natural Sciences at New Bulgarian University (NBU) and the Space Research and Technology Institute at the Bulgarian Academy of Sciences (SRTI-BAS) for the period 1996-2021.

ACHIEVEMENTS IN SPACE EXPLORATIONS OF SPACE RESEARCH AND TECHNOLOGY INSTITUTE AT THE BULGARIAN ACADEMY OF SCIENCES

The paper is devoted to the achievements in space explorations of the Space Research and Technology Institute at the Bulgarian Academy of Sciences. There are considered the research activities and shown the projects and perspective directions for work and their applications.

Influence of Continuous Provision of Synthetic Inertia on the Mechanical Loads of a Wind Turbine

In many electrical grids, the share of renewable energy generation increases. As these generators are typically connected to the grid via inverters, the level of grid inertia decreases. Such grids may therefore suffer from high rates of change of frequency during power imbalances. Modern wind turbines can help in controlling the frequency in such grids by providing synthetic inertia. A controller to provide synthetic inertia with wind turbines was developed at the Wind Energy Technology Institute in collaboration with Suzlon Energy. For this controller the influence of providing synthetic inertia on the mechanical loads of the wind turbine is assessed for different grid frequency scenarios. Such a scenario-based load analysis has not been published before, especially as the scenarios are derived from real measurements. The effect of the loads strongly depends on the analyzed grid frequency behavior. Ten months of high quality grid frequency measurements of the Indian grid are analyzed in order to derive inputs for the load calculation. Different types of grid frequency abnormities are identified and categorized with respect to their severity. Based on the observed occurrences of the grid frequency abnormities, realistic scenarios for the load calculations are chosen. The load calculations are performed for a state-of-the-art Suzlon wind turbine generator. The load increases caused by the supply of synthetic inertia are calculated for individual components assuming an otherwise undisturbed power production of the wind turbine in turbulent wind. Furthermore, a hardware-in-the-loop test bench is used to show how the measured grid frequencies are actually perceived by the control system of a typical wind turbine. The original frequency data were recorded with high quality measurement equipment, which is faster and more accurate than a multi-function relay, often used in wind turbines. For exemplary time traces, the effect of the reduced measurement accuracy on the reaction of the wind turbine is shown. This aspect has not been investigated in the literature yet. The results show that wind turbines can provide synthetic inertia without a considerable effect on the lifetime of the wind turbine. However, there are still problems with providing synthetic inertia reliably at high power operating points, which have to be solved.

Perancangan stasiun kerja instruktur laboratorium desain produk dan inovasi menggunakan metode ergonomic function deployment

The Product Design and Innovation Laboratory (Desprin), Faculty of Technology, Institute of Technology is a necessary facility in an effort to support the implementation of an educational process that implements a competency-based curriculum. This study aims to produce an ergonomic instructor workstation design in the laboratory by applying the Ergonomic Function Deployment (EFD), 12 ergonomic principles, and anthropometric data with the 5-95th percentile with selecting concepts from several concepts that have been designed. The final result of this research is a workstation design in the form of a drawing table, computer desk, and instructor chair designed using Solidworks 2018 software. The drawing table can be folded when not in use and attached to a computer table so that user movement is more effective and the selected chair is able to work synergistically with the two tables.

ONTOLOGI RIBA DALAM HADIS (Kajian Tematik Hadis Ahkam)

This article contains a thematic study of Ahkam's hadith on the ontology of riba. This study is included in the library research category. The study method used is descriptive analytical. Primary data in this study came from nine primary hadith books, namely Al-Kutub Al-Tis'ah consisting of Sahih Al-Bukhari, Sahih Muslim, Sunan Abu Daud, Sunan Al-Tirmizi, Sunan Al-Nasa'I, Sunan Ibn Majah. , Muwatha 'Malik, Sunan Al-Darimi, and Musnad Ahmad. As for data collection techniques, the author uses the android application "Jami 'Al-Kutub Al-Tis'ah" from the Arabia for Information & Technology institute. The results of this study indicate that riba can be mapped into two classifications; riba al-Ba'i and riba of al-Duyun. The categorization of riba into these two types is a simple and simple division. If riba occurs in a buying and selling transaction, it is called riba al-Ba'i. Furthermore, if riba occurs in accounts payable transactions, it is called riba al-Duyun. Then not all buying and selling occurs riba, and not all accounts payable transactions are considered riba.

Organisation of the educational process and scientific activity at Ivanovo Institute of Chemical Technology in 1941–1943

World War II posed new and complex challenges for the higher education system. It was necessary not only to preserve the system of training personnel for the national economy of the USSR, but also to focus on the development of the new materials necessary for the front and the rear. Ivanovo Chemical Technology Institute (ICTI) took a worthy place in this process. This article is devoted to the activities of the ICTI in 1941–1943, its role in the training personnel for the chemical plants, in the development of the dyes for the textile industry, in the manufacture of Molotov cocktails in the most difficult military conditions in the fall of 1941, etc. In addition, we examine the problems of the organising the educational process, the participation of the students in the procurement of fuel, the harvesting, the work at industrial enterprises. The information presented in the article about the labour heroism of the students and the scientists of the institute, strengthens the general knowledge about the contribution of the ICTI to meeting the needs of the front and the rear in 1941–1943. In the article we use the documents of State Archive of Ivanovo Region, introduced into scientific circulation for the first time, which gives it a special novelty, as well as sources of personal origin, which are the memories of the students of the ICTI during the war years which make it the most interesting to read.

MGRP: Enabling Boundary-Breaking Innovation Through Academia and High Tech Industry Collaboration

In 1996, the Florida High Tech Corridor Council was established as an economic development initiative of the University of Central Florida, the University of South Florida, and the University of Florida with a mission to attract, retain, and grow high tech industry and innovation—and the workforce to support it—in a 23-county region. Recognizing the importance of high tech innovation to the overall region's economic health and growth, it established its cornerstone Matching Grants Research Program (MGRP), connecting local high tech companies with university researchers to further technological innovation and introduce new technologies into the marketplace. Since its inception, the MGRP has contributed to more than 120 patents and generated more than $1 billion in downstream economic impacts. The MGRP model for economic development has been internationally recognized by organizations such as the State Science & Technology Institute for its support of technology commercialization and regional workforce development. This paper demonstrates the far-reaching impacts of partnering with MGRP through three success stories of National Academy of Inventors Fellows who have become leaders within their respective industries thanks to the boundary-breaking collaborations introduced by MGRP.