Research Project Abstract:  Protonic Ceramic Fuel Cells (PCFCs) are essential in the fabrication and enhancement of energy resources, concentrating on improved production methods of high efficiency and longevity. This work focused on how to apply ultrasonic spray coating and laser, direct metal deposition, in producing thin and highly dense ceramic over layers on low-density supports. Research findings reveal enhanced PCFC repeatability and performance that can be associated with the enhancement of the spray parameters and fabrication processes. This research not only increases production efficiency but also brings down costs and thus makes PCFCs attractive for large-scale energy storage and for generating zero-emission electricity. Thus, this work fills the gap in current research findings in the area of manufacturing while contributing to the global agenda of sustainable energy production and consumption by pointing to the possibility of delivering highly efficient and low-emission energy production through the use of PCFCs. The results can help the subsequent innovations in the field of materials and techniques for the production of fuel cells.

Video made by Harika Etha about her research results and experience in this RET program (Click Here). 

Lesson Plan Submitted to TeachEngineering: Constructing an Anemometer with Readily(Status: under review)