F W Zanah
Papers
1
Total Citations
3
H-Index
1
About
F W Zanah is an emerging researcher in robotics education, with a focused interest in developing accessible, simulation-based learning tools for young students. Their most-cited work, "Teaching analog Line-Follower (LF) robot concept through simulation for elementary students" (2021), introduces a novel pedagogical approach that bridges abstract engineering principles with hands-on, virtual experimentation. By designing a simulation environment for analog line-follower robots, Zanah enables elementary learners to grasp fundamental concepts in automation and control systems without requiring expensive physical hardware. This contribution addresses a critical gap in STEM education, making robotics more inclusive and scalable for primary school curricula. Though early in their career, Zanah’s work has already garnered 3 citations, signaling growing recognition among educators and researchers interested in low-cost, high-impact teaching interventions. Their research aligns with broader efforts to democratize technical education, preparing students for an increasingly automated workforce. As Zanah continues to develop and refine simulation-based methodologies, their work holds promise for shaping how foundational robotics concepts are taught globally, particularly in resource-constrained classrooms.
Research Focus
Key Achievements
Top Papers
- 1