Farah Deeba
Papers
1
Total Citations
28
H-Index
1
About
Farah Deeba is a researcher specializing in optical fiber sensing technologies, with a particular focus on developing low-cost, practical measurement solutions. Her most cited work, "A simple and cost-effective optical fiber angle measurement sensor using polymer optical fiber based on the TMBC" (2019), has garnered 28 citations, demonstrating its relevance in the field of fiber-optic sensors. Deeba’s major contribution lies in designing accessible, high-performance sensors that leverage polymer optical fibers and innovative configurations like the TMBC (Tilted Multi-Bend Coupler) to measure physical parameters such as angle with precision and affordability. This work addresses a critical need for robust, economical sensing systems in industrial and structural health monitoring applications. Her research bridges the gap between advanced photonics and real-world usability, making sensor technology more deployable in resource-constrained settings. Deeba’s achievements highlight her commitment to engineering simplicity without sacrificing accuracy, positioning her as a promising voice in the evolution of fiber-optic instrumentation. Her work continues to inspire students and researchers exploring practical optical sensor designs.
Research Focus
Key Achievements
Top Papers
- 1