Publication Search

SD Mardi Rahayu 01 Ungaran is an elementary school. The learning process still uses conventional methods which make students less enthusiastic in participating in learning and tend to get bored with the material presented. The purpose of this research is to develop interactive Javanese script learning media based on multimedia. The development method in this study uses the Research and Development method. Multimedia-based interactive Javanese script learning media is an alternative in the learning process. Based on the results of the validation, the learning media got a feasibility percentage of 92.5% from internal validator, 90% from external validator, and 81% from the results of user trials, so it can be concluded that the learning media developed was categorized as very feasible to use.

This research produces Artificial Fiber Spinning Learning Media that applies Augmented Reality (AR) for Class XI Students of TPSB SMK Texmaco Semarang as a learning aid. so that it can be used as a modern, effective, and interactive learning medium. This application was made with the aim of completing the limitations of depicting objects in existing learning media, helping students to more easily learn the material, improving student learning outcomes, and increasing the variety of media in learning. This study uses the Research and Development (RnD) method, using 6 out of 10 research stages, namely potentials and problems, data collection, product design, design validation, design improvement and product testing. The final result of making this learning media is an application in the format android application, used on every android-based mobile phone. The validity value of the media expert obtained a value of 3.2 which was declared feasible, the results of the material expert validation test obtained a value of 3.6 which was declared very feasible, and was able to increase the average value of the artificial fiber spinning subject class XI TPSB SMK Texmaco Semarang which Initially 61.5% with 17 students who had not reached the KKM to 80.5% with 4 students who had not reached the KKM.

Multimedia learning software development requires design methods, development tools, examination models and proficiency in Information Technology systems. It is necessary to formulate a Holistic Method which considers all related aspects in order to guide the quality of good design in designing Multimedia Learning. Implementing the findings of the Holistic Method formulation to build multimedia learning with good design quality. This study formulates the stages of multimedia development which include: Creative Brief, Design, Material Preparation, Compiling, Testing, Distribution. The multimedia software development process will be guided by 15 guiding elements which are grouped into 5 elements, include : content, appearance, utility aspect, user caracter, and didactic. These guiding elements are used to produce good quality learning multimedia designs. The methodology is called Holistic Multimedia Development Model (HMDM).

The aim of this research was to develop a practical guide based on guided inquiry on the interaction material of living things. This type of research was Research and Development with the ADDIE development model (Analyze, Design, Development, Implement and Evaluation). Practicum guides were validated by 2 media experts and 2 material experts. The research was carried out until a small scale test with the research subjects were 5 grade students of MTs Darul Amin Palangkaraya. The results of the study were a practical guide with 3 topics whose activities were designed according to the guided inquiry learning model. The practicum guide developed was declared feasible by material and media experts with a very valid category. Based on small-scale trials, the practicality value was produced with a percentage of 83.00% which was categorized as very good. These results showed that the practicum guide was declared valid and practical after a small-scale trial was carried out. The practicum guide still needs to be refined for further trials on a large scale