Projects Highlights:Camera Driver in C++: Engineered a versatile camera driver in C++, enabling seamless switching between various cameras without the need for extensive code rewriting.GUI Interface for Camera: Designed a user-friendly GUI interface , laying the foundation for future functionalities like calibration and image processing algorithms. This interface effortlessly displays images captured by the camera.User Management Module: Developed a robust user management system, utilizing SQLite for data storage and incorporating advanced encryption techniques to safeguard user data. This module ensures secure user authentication during login.Login Interface Architecture: Architected the login system, leveraging the User Management Module to deliver personalized login control based on user roles, enhancing security and user experience.Backend Workflow Enhancement Tools: Spearheaded the development and integration of a query builder tool, streamlining the management of large table schemas and queries. This innovation reduces errors and boosts efficiency in handling complex data.Results Database Module: Created a dynamic module, the "Results Database," with two key functions:Acts as a repository for post-inspection data, facilitating efficient data storage after inspection processes.Paves the way for future data analysis, enhancing Quality Assurance through valuable insights.

This robot proposes to solve a very dangerous issue that exists in some parts of the world which is nuclear waste. Using embedded microprocessor technology of the Atmega 32a chip we will formulate an appropriate solution for the detection of dangerous radiation materials.