Education and Information Technologies, 1-36
https://doi.org/10.1007/s10639-023-12399-9 (SSCI-Q1)
Ph.D. Research Project | NIT Rourkela
2021 – Present
As part of my Ph.D. research, I developed a gesture-based interactive digital game aimed at enhancing alphabet learning for young learners. The project leverages intuitive gestures to create an engaging and effective educational tool that fosters active participation and improves letter recognition skills. The game's design incorporates user-friendly interfaces and real-time feedback to adapt to the learning pace of individual users.
Key Contributions:
Game Design and Development: Created an immersive gesture-based digital game, allowing users to learn the alphabet through interactive movements and tactile engagement.
Usability Studies: Conducted extensive user evaluations to measure the effectiveness of gesture interactions in improving learning outcomes and user satisfaction.
Content Personalization: Designed adaptive mechanics that tailor the difficulty level and content progression based on user performance, promoting personalized learning experiences.
Educational Impact: Demonstrated significant improvements in alphabet recognition and learning retention through gamification techniques.
International Journal of Engineering Research & Technology, Vol. 3, Issue 9, September 2014
M.Tech. Thesis | Prasad V. Potluri Siddhartha Institute of Technology
2013-2014
This thesis focused on the development and characterization of hybrid composites reinforced with bamboo fiber and fly ash filler. The study aimed to investigate the mechanical properties of these composites and explore their potential as sustainable alternatives in various engineering applications. The research combined experimental testing with analytical evaluations to assess properties such as tensile strength, flexural strength, and impact resistance.
Key Contributions:
Composite Material Development: Fabricated hybrid composites with optimized proportions of bamboo fiber and fly ash filler to evaluate their mechanical performance.
Mechanical Testing: Conducted extensive experimental analysis to measure tensile, compressive, and flexural strengths, as well as impact resistance, to determine the material's suitability for engineering applications.
Sustainability Analysis: Highlighted the environmental benefits of using natural and industrial waste materials in composite development, contributing to sustainable engineering practices.
Published Research: Shared findings that showcased the potential of bamboo fiber and fly ash composites in reducing dependency on synthetic materials while maintaining high performance.
Design and Analysis of a High-Efficiency Wind Turbine
B. Tech. Final Year Project | Prasad V. Potluri Siddhartha Institute of Technology
2010 – 2011
In my final year of B. Tech., I worked on a project aimed at designing and analyzing a high-efficiency wind turbine. The project explored aerodynamics, material selection, and energy efficiency, focusing on improving the performance of small-scale wind turbines. My work involved simulating airflow patterns and optimizing blade designs to enhance energy capture and reduce operational costs, contributing to the growing field of renewable energy.
Key Contributions:
Designed turbine blades using aerodynamics principles to maximize energy capture.
Conducted performance testing and simulation to validate design efficiency.
Worked on material selection to ensure durability and efficiency in low-wind conditions.
Development of a Prototyping System for Rapid Manufacturing
Collaborative Research Project | NIT Rourkela
2020 – 2021
This project aimed to develop a prototyping system that could rapidly produce physical models from digital designs for mechanical components. The system integrated additive manufacturing (3D printing) with advanced CAD software to enable quick iteration and testing of design concepts. The project was a step towards reducing time-to-market in product design and manufacturing, focusing on efficiency and cost-effectiveness in prototyping processes.
Key Contributions:
Developed a rapid prototyping system using 3D printing technologies and CAD software.
Integrated different design iterations to test and improve the prototyping process.
Worked with cross-disciplinary teams to improve manufacturing processes and reduce time-to-market.
Multifunctional Material Development for Aerospace Applications
Research Collaboration | Prasad V. Potluri Siddhartha Institute of Technology
2013 – 2014
In this research collaboration, I explored the development of multifunctional materials that can be used in aerospace engineering applications. These materials aimed to combine multiple properties, such as thermal insulation and electrical conductivity, into a single composite material for lighter and more efficient aerospace components. The project led to the development of a prototype material that could reduce the overall weight of aerospace structures while maintaining or enhancing their functionality.
Key Contributions:
Designed multifunctional composite materials combining thermal and electrical properties.
Conducted testing to evaluate the effectiveness and potential applications in aerospace engineering.
Collaborated with researchers to create a viable prototype material for aerospace use.