* Performed integration of Fanuc robotic systems using C++ with a variety of sensors including proximity and infrared (IR), enhancing automation capabilities.* Conducted extensive embedded testing on the integrated systems to ensure optimal performance and reliability. This included: * Designing and executing test plans to validate sensor integration and data accuracy. * Identifying and resolving issues through systematic debugging and root cause analysis. * Collaborating with hardware engineers to refine embedded system designs and improve sensor responsiveness.* Engineered and developed user-centric Windows applications utilizing C# and .NET frameworks to create intuitive and robust Human-Machine Interfaces (HMIs) and Graphical User Interfaces (GUIs).* Implemented embedded testing protocols for HMIs and GUIs to ensure seamless interaction with underlying hardware and sensors.

• Developed and optimized an object detection model using YOLO for Windows OS.• Adapted the input source to HDMI port (/dev/video11) for real-time detection.• Enhanced performance to maintain an inference rate of at least 10 frames per second, using RKNN for improved efficiency.• Configured Secure Shell (SSH) access to ensure secure and remote management of the system.

• Designed, implemented, and deployed machine learning algorithms in Python, leveraging the PyTorch and TensorFlow libraries. These algorithms significantly improved forest fire detection by seamlessly integrating RGB and Thermal images, enhancing the accuracy of early detection and response strategies.• Designed and engineered a drone utilizing the PX4 microcontroller, effectively integrating it with RGB and Thermal cameras within the Robot Operating System (ROS). This custom drone platform served as a pivotal tool for the successful implementation of our advanced forest fire detection algorithm.

• Efficiently conducted simulations of custom boards containing the Zynq-7000 processor, utilizing specialized software and tools. This approach not only ensured optimal performance and functionality but also eliminated the dependency on hardware boards, streamlining the testing process.• Designed and developed testing frameworks using Pytest, instrumental in rigorously testing and validating code to ensure strict compliance with industry standards and best practices.• Proficiently worked with project management tools such as Jira and Confluence, as well as version control system Git, to effectively manage project timelines, collaborate with team members, and streamline workflows.

• Led the development, production, and manufacturing of a range of Escape games, managing all aspects of operations to ensure high-quality customer experiences and business growth.• Demonstrated strong technical skills and expertise in designing complex logic circuits during the development of proprietary Escape games. Utilized industry-standard tools and techniques to optimize game functionality and performance.

• Led a multidisciplinary team through the entire lifecycle of game development, installation, training, maintenance, and operations for virtual reality, sport simulation games, and go-karts. Demonstrated exceptional project management skills and an acute attention to detail in orchestrating complex, multi-faceted projects to successful fruition.• Directed the strategic execution of software programs including Semnox, Aloha, SMS Timing, and ADP to streamline operations and enhance efficiency.• Leveraged profound software development expertise in both C++ and Python to optimize game functionality and performance, contributing to the seamless operation of cutting-edge entertainment experiences.• Applied advanced problem-solving skills to swiftly identify and resolve technical challenges, ensuring minimal disruptions and maintaining a high level of customer satisfaction.• Collaborated closely with cross-functional teams to define project scopes, allocate resources effectively, and deliver high-quality products in alignment with business objectives.

• Pioneered the conception, design, and implementation of a bespoke virtual reality and simulation game architecture and framework for a Minnesota, USA location, meticulously adhering to business and stakeholder requisites. Expertly integrated microcontrollers and sensors through C++ and Python programming, heightening the level of immersion and interaction for an unparalleled customer experience.• Played a pivotal role in the strategic delineation of game architecture and design across Smaaash's global locations, conducting exhaustive research and analysis of international integration strategies. Formulated comprehensive process flows, frameworks, prototypes, and technical specifications, all meticulously aligned with Smaaash's worldwide directives.• Expertly harnessed microcontrollers and sensors, skillfully coded in C++ and Python, to orchestrate seamless interactions and real-time responsiveness within the gaming environment. Transcended technical boundaries by ingeniously integrating cutting-edge technologies, resulting in a remarkable fusion of innovation and entertainment.• Managed end-to-end project execution, deftly coordinating cross-functional teams to ensure flawless implementation. Effectively balanced complex requirements, optimized resource allocation, and diligently met project timelines while maintaining the highest standard of product quality.

Membership no.:7130528013(2013-14)Membership no.:7140528393(2014-15)

Team Vaayushastra competes in SAE Aero Design Series an international UAV competition held in United States of America.The competition is held in March and have participated in this competition for two consecutive years in March 2014 and 2015.I was involved with the Data Acquisition System and Fabrication of the UAV.

Event Management,Public Realtions