Projects
From my PhD journey, these are the projects I researched.
Design of Paper-based Sensor for Urea Detection
2020 - 2021
Designed and developed a flexible, economical, and environmentally friendly urea sensor, resulting in a novel solution that addressed a key challenge in the field of biosensors. The sensor showed promising results in detecting urea levels with high accuracy and precision.
Catalyst Synthesis for Electrochemical Sensor
2018-2019
Conducted a chemical synthesis study of NiO for an efficient urea sensor, resulting in a more organized and complex catalyst shape for easier detection. This research project resulted in two folds increase in the efficiency of urea detection compared to previous methods and being prepared in a leading international journal.
Simulation Study for PEMFC
2017-2018
Conducted simulation study for a PEMFC, including modeling and design of flow channel and evaluating its effectiveness using ANSYS Fluent. The simulation results showed improved performance in terms of fuel efficiency, output power and stability, demonstrating a strong grasp of simulation techniques and fuel cell design.
Protective Coating for Bipolar Plate in PEMFC
2016-2017
Developed a protective coating process for bipolar plate in PEMFC using EPD of TiN to prevent corrosion from an engineering perspective. The coating process was demonstrated to effectively prevent corrosion and improve the durability of the fuel cell, leading to a longer lifespan for the device.
Mechanical Property of 3D printed Structure
2012-2014
Studied the mechanical properties of 3D-printed PLA honeycomb structures, including behavior of deformation. The findings from this research project have been applied in the development of lightweight, low-cost and sustainable structural materials in various industrial applications, demonstrating expertise in mechanical engineering and materials science.
