Praktikalitas Modul Asam Basa Berbasis Inkuiri Terbimbing Kelas XI MIPA

This study aims to determine the practicality of the guided inquiry-based acid-base module in class XI MIPA. This study uses a plomp development model consisting of 3 stages, namely initial research, prototype development, and the assessment stage. The instrument used in the practicality test is in the form of a questionnaire given to teachers and students. The practicality value is calculated by using Aiken V formula. The result of this study indicates that the module developed has a practical value of 0,89 with a high category.

Practical Types

These are preliminary notes about Practal’s logic and its system of practical types. This is ongoing research, and I expect updates to this document over time. Practal Light is a research prototype implementing (part of) what is presented in this document.

Development of a web-based collaborative PPGIS to support municipal planning

The use of computing technologies to support workflows related to the planning and development of a municipality dates back to the late 1950s. The main boosts of computing technologies and applications, Geographic Information System (GIS) and Geographic Information Technology (GIT), in relation to a planning and decision-making context, became evident when the use of Public Participation GIS (PPGIS) started in the 1980s. Collaboration is an important part of many tasks involving people from different organizations, in which maps often play a central role in informing and improving debates and facilitating the decision-making process. It allows diverse stakeholders to share and view maps or spatial images interactively over the Web in real-time, among other platforms. The geospatial collaboration technology not only provides an effective solution to decision makers, but also facilitates scientific and public debates with real-time geospatial information. More recently, some efforts have been made using open map services to develop simple map-sharing applications. However, little has been done on designing and developing such online open source tools in the context of municipal planning and management. Further, a literature review indicates the lack of scientific publications on empirical studies of their practical applications. Web-based PPGIS applications, among others, have now been widely recognized as an efficient and integral part of sound planning and development processes to support public participation. However, GIS alone cannot make the planning process more participative. Demands for Web-based PPGIS tools, integrated with other information and computer-supported cooperative work (CSCW) tools, have rapidly become increasingly important for supporting collaborative participation during a decision-making process. Therefore, the establishment of public participation in GIS-based applications is an optimistic step taken by the researchers that are progressively working on municipal planning projects that incorporate public participation. The main aim of this research is to provide a Collaborative PPGIS (Co-PPGIS) to enhance public participation in municipal planning related workflows. A research prototype has been developed and its usability is evaluated by adopting the evaluation criteria for the research prototype, as only proper testing will demonstrate whether the prototype is usable or the Co-PPGIS design framework is successful in meeting end-users’ requirements.

Development of a web-based collaborative PPGIS to support municipal planning.

The use of computing technologies to support workflows related to the planning and development of a municipality dates back to the late 1950s. The main boosts of computing technologies and applications, Geographic Information System (GIS) and Geographic Information Technology (GIT), in relation to a planning and decision-making context, became evident when the use of Public Participation GIS (PPGIS) started in the 1980s. Collaboration is an important part of many tasks involving people from different organizations, in which maps often play a central role in informing and improving debates and facilitating the decision-making process. It allows diverse stakeholders to share and view maps or spatial images interactively over the Web in real-time, among other platforms. The geospatial collaboration technology not only provides an effective solution to decision makers, but also facilitates scientific and public debates with real-time geospatial information. More recently, some efforts have been made using open map services to develop simple map-sharing applications. However, little has been done on designing and developing such online open source tools in the context of municipal planning and management. Further, a literature review indicates the lack of scientific publications on empirical studies of their practical applications. Web-based PPGIS applications, among others, have now been widely recognized as an efficient and integral part of sound planning and development processes to support public participation. However, GIS alone cannot make the planning process more participative. Demands for Web-based PPGIS tools, integrated with other information and computer-supported cooperative work (CSCW) tools, have rapidly become increasingly important for supporting collaborative participation during a decision-making process. Therefore, the establishment of public participation in GIS-based applications is an optimistic step taken by the researchers that are progressively working on municipal planning projects that incorporate public participation. The main aim of this research is to provide a Collaborative PPGIS (Co-PPGIS) to enhance public participation in municipal planning related workflows. A research prototype has been developed and its usability is evaluated by adopting the evaluation criteria for the research prototype, as only proper testing will demonstrate whether the prototype is usable or the Co-PPGIS design framework is successful in meeting end-users’ requirements.

Development of a web-based collaborative PPGIS to support municipal planning.

The use of computing technologies to support workflows related to the planning and development of a municipality dates back to the late 1950s. The main boosts of computing technologies and applications, Geographic Information System (GIS) and Geographic Information Technology (GIT), in relation to a planning and decision-making context, became evident when the use of Public Participation GIS (PPGIS) started in the 1980s. Collaboration is an important part of many tasks involving people from different organizations, in which maps often play a central role in informing and improving debates and facilitating the decision-making process. It allows diverse stakeholders to share and view maps or spatial images interactively over the Web in real-time, among other platforms. The geospatial collaboration technology not only provides an effective solution to decision makers, but also facilitates scientific and public debates with real-time geospatial information. More recently, some efforts have been made using open map services to develop simple map-sharing applications. However, little has been done on designing and developing such online open source tools in the context of municipal planning and management. Further, a literature review indicates the lack of scientific publications on empirical studies of their practical applications. Web-based PPGIS applications, among others, have now been widely recognized as an efficient and integral part of sound planning and development processes to support public participation. However, GIS alone cannot make the planning process more participative. Demands for Web-based PPGIS tools, integrated with other information and computer-supported cooperative work (CSCW) tools, have rapidly become increasingly important for supporting collaborative participation during a decision-making process. Therefore, the establishment of public participation in GIS-based applications is an optimistic step taken by the researchers that are progressively working on municipal planning projects that incorporate public participation. The main aim of this research is to provide a Collaborative PPGIS (Co-PPGIS) to enhance public participation in municipal planning related workflows. A research prototype has been developed and its usability is evaluated by adopting the evaluation criteria for the research prototype, as only proper testing will demonstrate whether the prototype is usable or the Co-PPGIS design framework is successful in meeting end-users’ requirements.

Development of a web-based collaborative PPGIS to support municipal planning

The use of computing technologies to support workflows related to the planning and development of a municipality dates back to the late 1950s. The main boosts of computing technologies and applications, Geographic Information System (GIS) and Geographic Information Technology (GIT), in relation to a planning and decision-making context, became evident when the use of Public Participation GIS (PPGIS) started in the 1980s. Collaboration is an important part of many tasks involving people from different organizations, in which maps often play a central role in informing and improving debates and facilitating the decision-making process. It allows diverse stakeholders to share and view maps or spatial images interactively over the Web in real-time, among other platforms. The geospatial collaboration technology not only provides an effective solution to decision makers, but also facilitates scientific and public debates with real-time geospatial information. More recently, some efforts have been made using open map services to develop simple map-sharing applications. However, little has been done on designing and developing such online open source tools in the context of municipal planning and management. Further, a literature review indicates the lack of scientific publications on empirical studies of their practical applications. Web-based PPGIS applications, among others, have now been widely recognized as an efficient and integral part of sound planning and development processes to support public participation. However, GIS alone cannot make the planning process more participative. Demands for Web-based PPGIS tools, integrated with other information and computer-supported cooperative work (CSCW) tools, have rapidly become increasingly important for supporting collaborative participation during a decision-making process. Therefore, the establishment of public participation in GIS-based applications is an optimistic step taken by the researchers that are progressively working on municipal planning projects that incorporate public participation. The main aim of this research is to provide a Collaborative PPGIS (Co-PPGIS) to enhance public participation in municipal planning related workflows. A research prototype has been developed and its usability is evaluated by adopting the evaluation criteria for the research prototype, as only proper testing will demonstrate whether the prototype is usable or the Co-PPGIS design framework is successful in meeting end-users’ requirements.

Developing human movement system booklet as a biology teaching material suplement for XI grade students

Learning is a process of interaction between students and educators as considerable as learning resources in learning environment. The use of media in learning plays an important role in providing clearer explanation for difficult materials or concepts for students. This research aimed at developing booklet as a biology teaching suplement, especially in human movement system material for XI grade. This R&D research used the Plomp model which consisted of preliminary research, prototype development phase, and assessment phase. The data were analyzed qualitatively and quantitatively. The booklet developed was validated by 3 validators. The human movement system booklet for XI grade was categorized as very valid (94.11), stated as very practical by students (94.59) and teachers (92.19). It is suggested for teacher to use the human movement system booklet developed for XI graders.

Results of the Development of the Research Prototype of the Interactive Electronic Technical Guide for the MSV Simulator.

The paper considers the designation and requirement for the research prototype of the interactive electronic Technical Guide for the simulator of the Manned Space Vehicle (MSV) as well as the results of its development.