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Dian Wacana Demak Christian Kindergarten-Kindergarten School, which is one of the agencies engaged in the science and early childhood education. The type of data used is qualitative and quantitative data. The research objective is to design an effective and efficient school financial administration recording information system and design a school financial administration recording information system that has a system security that can maintain the correctness of the data. The research method used is the Borg and Gall R&D Development Research model, the Prototyping System Development Method to produce a product in the form of a prototype with 6 stages: Research and Data Collection, Planning, Initial Product Development, Product Testing, Product Revision, Final Trial. The conclusion from the results of this study is that this system can facilitate the recording of cash in and cash out transactions so that there are no mistakes in recording, users can easily present cash reports more quickly so that they can minimize recording time and recording errors, and make it easier for users to print. cash reports with accurate results so as to support and speed up decision making.

This study generally aims to design an information system that can handle problems in putting and sorting goods into warehouses at CV. Sekar Intan KIC Gatsu, Semarang. In terms of using the Information System, CV. Sekar Intan KIC Gatsu, Semarang. In the transfer and sort of goods in the warehouse still using a manual system when the implementation, warehouse employees must take and place the goods to the warehouse that has been determined each - each type of item, so employees must calculate the number of items when the goods take place, here various problems occur, because it requires some HR to manage the warehouse performance process at CV. Sekar Intan. To support the research, researchers used Research and Development (R & D) research methods through the microcontroller-based moving robot design simulation design stages that have been tested by experts declared valid with Valid validity levels and final product development design simulation prototypes carried out. goods transfer robot uses Arduino IDE development software that is integrated with Arduino Mega 2560, 6 pin line sensor, dc motor, motor driver, servo motor, motor driver, lcd, and has been tested in the field by General Adv. Administration and HRD as users / users and stated to be very effective. Based on the results of the research and discussion, it can be concluded that the robot design system developed can overcome the problems in the old system on the CV. Sekar Intan KIC Gatsu Semarang, so as to produce a system that can facilitate work processes and parking processes for employees to be more effective and efficient.

financial information in schools. Payment information which is the basis for schools to determine future policies. The object of research in this thesis is the Demak Development High School which is one of the agencies engaged in the field of science and education. The research objective is to design an effective and efficient school payment administration recording information system and design a school payment administration recording information system that has a system security that can maintain the accuracy of the data. The research method used is the Borg and Gall R&D Development Research model, the Prototyping System Development Method to produce a product in the form of a Prototype with 6 stages: Research and Data Collection, Planning, Initial Product Development, Product Testing, Product Revision, Final Trial. The conclusion from the results of this study is that this system can facilitate the recording of administrative payment transactions so that there are no mistakes in recording, users can easily present payment reports more quickly so that they can minimize recording time and recording errors, and make it easier for users to print payment reports with affectic and efficient results so as to support and accelerate decision making

This study aims to produce an Islamic learning module integrated with reproductive system material that has valid, practical and effective criteria so that the module can be used in learning and can improve student learning outcomes. This research uses the Research & Development method and is developed using the ADDIE model with Analyze stages, namely requirements analysis, Design which is the design / draft module, Development which is product development based on material validation, design validation, Islamic validation, small-scale trials, module revisions, Implementation ie the application of modules in large-scale trials of experimental classes (learning using modules), Evaluate is the final module. The results of this study indicate that the modules developed are suitable for use in learning science reproductive system material obtained from the validity value of the material experts obtained from the value of 86.03% with valid criteria, design experts 82.44% valid, Islamic experts 85.52% valid. The practicality of using modules was obtained from observations of learning accomplishments of 98.65% with very successful criteria and the questionnaire responses of students showed a value with a percentage of 91.47% with the practical module category used. The effectiveness of the use of modules is obtained from an increase in student learning outcomes with N-Gain of 0.82 in the high category compared to the control class of an N-Gain value of 0.29 with a low category. Thus, the learning modules developed are valid, practical, and effective for use in learning.Keywords: Development; Module; Islamic integration

This study departs from field observations which state that the low student learning outcomes in 2013 that is with a percentage of 52.38% getting grades below the KKM, it needs the existence of more efficient teaching materials, to support student learning processes independently. This study aims to determine the validity, effectiveness and practicality of the Islamic integrated learning module in the High Plant Botany course for liliopsida class angiosperms material. This research uses the Research & Development method that was developed using the ADDIE model with stages: Analyze namely needs analysis, Design is the design / draft module, Development is product development / prototype based on design validation, design revision, small scale trial, revision I module, Implementation is the application of modules in large-scale trials of the control class / without modules, and the experimental class / using modules, Evaluation, namely revision II modules, final modules. The results of this study indicate that the module developed is feasible to be used in learning botanical lectures of tall plants obtained from the validity value of material experts 83.60% very good / valid, 80% good / valid design experts, 82% good / valid religious experts. The practicality of the use of modules obtained from observations of the implementation of learning by 91.41% was very successful and the student response questionnaire showed 99.15% of the practical modules used. The effectiveness of the application of the module is obtained from the increase in student learning outcomes with N-Gain of 0.77 in the high category compared to the control class of the value of N-Gain of 0.20 in the low category. Thus, the learning modules developed are valid, practical, and effective for use in learning.keyword: Modules, Integrated Islamic, Angiosperms, Liliopsida