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All Journal Community Service Journal : Jurnal Pengabdian Masyarakat Mardira Journal of Multimedia Technology and Applied Software
Enang Rusnandi
Politeknik Mardira Indonesia

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Journal : journal of multimedia technology and applied software

 1 
Implementation Of The AHP Algorithm In The Performance Assessment Of Production Section Employees At PT XYZ Uus Rusmawan; Enang Rusnandi
Journal of Multimedia Technology and Applied Software Vol. 1 No. 2 (2024): Software Engineering Technology
Publisher : Politeknik Mardira Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.71266/jmtas.v1i2.28

Abstract

Employee performance assessment is an important element in human resource management, especially in the production sector, which affects the company's efficiency and productivity. PT XYZ, as a manufacturing company, requires appropriate methods to objectively assess employee performance. The Analytical Hierarchy Process (AHP) algorithm was chosen to overcome this problem, because of its ability to handle complex and multi-dimensional assessment criteria. This research aims to apply AHP in the production employee performance appraisal system at PT XYZ. The methods used include collecting performance data, mapping performance criteria and sub-criteria, as well as using AHP to calculate the weight and priority of these criteria. The output of this research is expected to be a more accurate system for assessing performance, which can be used by PT XYZ management for better decision making. Outcome targets include national scientific publications and development of an assessment system that can be applied directly
APPLICATION OF THE DESIGN THINKING METHOD FOR THE UI/UX DESIGN OF THE MASBON APPETIT CAFE APPLICATION TO IMPROVE USER INVOLVEMENT Davit Hermawan Davit; Nurdiansyah Permana; Endra Abdul Hadi; Raden Deden Ahmad Hidayat; Enang Rusnandi
Journal of Multimedia Technology and Applied Software Vol. 2 No. 1 (2025): Software Engineering Technology
Publisher : Politeknik Mardira Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.71266/jmtas.v2i1.42

Abstract

This research focuses on designing an intuitive and engaging user interface (UI) for the food ordering app at Cafe Masbon Appetit. In the rapidly evolving digital technology landscape, the challenge of interface design often arises when it fails to match actual user needs. This directly impacts low levels of user satisfaction and engagement, a crucial issue that needs to be addressed to ensure the app's adoption and sustainability. To address this issue, we adopted a Design Thinking approach. This methodology was chosen for its ability to foster innovative, human-centered solutions, to improve user convenience, ease of use, and overall interaction with the app. The research process began with the collection of comprehensive user needs data through in-depth interviews and questionnaires distributed to the target audience. The collected information was then analyzed to identify pain points and user preferences. Based on the data obtained, the design solution was realized in the form of an interactive prototype. This prototype was then tested for effectiveness through a series of user tests to validate its functionality and usability. The research results consistently showed that the app successfully provided significant convenience in the food ordering process, increased time efficiency, and delivered a significantly better user experience. This was reflected in the high usability scores, which reflected a substantial level of user satisfaction.
Automation of Technical Documentation Validation Workflows Based on GitHub Using n8n During Software Development Stages Raden D Ahmad H; Endra Abdul Hadi; Enang Rusnandi
Journal of Multimedia Technology and Applied Software Vol. 2 No. 2 (2025): Software Engineering Technology
Publisher : Politeknik Mardira Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.71266/jmtas.v2i2.62

Abstract

This research addresses a significant gap in workflow automation literature by investigating the integration of technical documentation validation with developer-centric notification mechanisms. Employing Rapid Application Development methodology coupled with quasi-experimental design, the study developed and validated an end-to-end automation system leveraging n8n, GitHub, and WhatsApp integration for README.md validation. The implementation employed JSON-based workflow scripting to establish automated trigger sequences initiated by repository commits, facilitating real-time validation through content parsing and format verification. Execution testing demonstrated system reliability through iterative debugging and successful notification delivery across multiple test scenarios. The research successfully establishes a practical framework demonstrating the viability of comprehensive documentation automation solutions that extend beyond isolated CI/CD functions, providing immediate, actionable feedback to development teams through preferred communication channels while minimizing implementation complexity.
Implementasi Smart Lighting IoT Lapangan Voli dengan NodeMCU dan Blynk untuk Kontrol RGB Anis Nurcahya; Enang Rusnandi; Raden Deden Ahmad Hidayat
Journal of Multimedia Technology and Applied Software Vol. 3 No. 1 (2026): Software Engineering Technology
Publisher : Politeknik Mardira Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.71266/jmtas.v3i1.111

Abstract

Lighting on a volleyball court plays a critical role in ensuring visual comfort and player safety during evening training sessions and matches. However, many existing installations still rely on conventional, manually operated lighting that lacks dynamic control over color and intensity, limiting both user experience and energy efficiency. This study proposes the design and implementation of an Internet of Things (IoT)–based smart lighting system for a volleyball court that incorporates color-control capabilities using RGB LED luminaires. The system is built on a NodeMCU (ESP8266) microcontroller as the main controller, a Wi‑Fi network for communication, and the Blynk application as a mobile interface for remote operation. The research follows a system design and development methodology, covering requirements analysis, hardware–software co‑design, implementation, and experimental evaluation. Test results demonstrate that the system can reliably control on/off status, brightness levels, and RGB color in real time through the Blynk interface while maintaining stable wireless connectivity. These findings indicate that the proposed IoT-based smart lighting solution simplifies lighting management, enhances the flexibility of illumination, and offers potential gains in energy efficiency, making it a promising approach for modern, efficient, and interactive volleyball court lighting. Keywords: Internet of Things; smart lighting; NodeMCU; RGB LED; Blynk
Co-Authors Anis Nurcahya Davit Hermawan Davit Egi Badar Sambani En Tay En Tay Endra Abdul Hadi Fadli Emsa Zamani Fikri Emsa Silmi Hidayatuloh, Ade Taopik Marjito Nurdiansyah Permana Raden D Ahmad H Raden Deden Ahmad Hidayat Roni Ilham Subagja Rosena Shintabella Susanto Uus Rusmawan Yuda Purnama Putra