Marianah Masrie

Papers

Total Citations

H-Index

About

Marianah Masrie is a researcher whose work bridges mechanical design, robotics, and Internet of Things (IoT) applications. Her key research areas include automation systems, embedded control, and sensor-based monitoring technologies. One of her most cited contributions is the design and simulation of a pick-and-place system using Solidworks, where she modeled mechanical components such as cylinders, sliders, and grippers, and analyzed their performance through simulation—a foundational study in automated manufacturing with 8 citations. She also developed a prototype firefighting robot that integrates IoT and ban-level techniques for real-time environmental monitoring and remote control, demonstrating practical applications of connected sensor systems for safety and emergency response (7 citations). Though her citation counts are modest, her work reflects a hands-on, applied engineering approach that combines mechanical design with smart technology. Masrie’s contributions are particularly relevant for students and researchers interested in low-cost automation, robotics for hazardous environments, and the integration of IoT into mechanical systems. Her projects exemplify how simulation and prototyping can lead to functional, real-world solutions in mechatronics and cyber-physical systems.