Ritesh Yadav

A highly motivated and experienced engineer with over half a decade of hands-on experience, passionate about developing innovative solutions to real-world challenges across fire safety, manufacturing, education, and healthcare industries. Specialized in augmented reality systems, thermal imaging technology, deep learning, computer vision, and mixed reality technologies, with expertise in fault detection, convolutional neural networks, and XR environments. Seeking opportunities to apply skills and knowledge to contribute to cutting-edge projects in fire safety, rescue operations, industrial automation, quality control, remote education, and healthcare. Dedicated to advancing technology to improve safety, efficiency, and quality of life in various sectors

Manufacture Assembly Fault Detection Method based on Deep Learning and Mixed Reality 

• Developed an advanced fault detection system utilizing deep learning algorithms and mixed reality technology to improve efficiency and accuracy in manufacturing assembly processes.
• Led the design and implementation of the system architecture, including the integration of convolution neural networks for target detection and Microsoft HoloLens for mixed reality interaction.
• Conducted extensive experiments and analysis to demonstrate the effectiveness and practicality of the proposed method, resulting in significant improvements in assembly efficiency and error reduction.

Cross-Reality Box Application for Educational Platform using Mixed Reality

• Developed MR and AR applications for teachers and students respectively.
• Enabled real-time synchronization of 3D object manipulations between teacher and student applications.
• Implemented hand-interaction system for intuitive object manipulation in MR application.
• Utilized networking protocols and relay servers for efficient data transmission.
• Released project as open-source software, fostering collaboration and innovation in XR-based education.

Cross-Device Augmented Reality Systems for Fire and Rescue 

• Led a multidisciplinary team in the development of innovative augmented reality systems for enhancing safety and operational efficiency in firefighting and rescue operations.
• Designed and implemented a Thermal Imaging System integrated with Microsoft HoloLens 2 to provide firefighters with enhanced visibility in low-visibility conditions.
• Developed a Live Tracking System for real-time tracking of firefighting team members and displaying their locations on a 3D map accessible remotely.
• Conducted rigorous proof-of-concept testing with professional firefighters to evaluate the effectiveness and usability of the systems