I am a student pursuing an MSc in Robotics at Cranfield University, building on a strong foundation with a Bachelor's degree in Computer Science Engineering (completed in 2023). I am eager to apply my knowledge and skills to tackle exciting challenges in the field of robotics.
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I have made multiple projects in Artificial Intelligence, Machine Learning and Robotics along with a few research papers and Internships.
At Cranfield University, I am pursuing an MSc in Robotics, delving into advanced modules such as Robotics Control, Machine Vision, and Human-Robot Interaction, while developing expertise in automation, Artificial Intelligence, and robotics to tackle cutting-edge challenges in the field.
During my time at Vellore Institute of Technology, I specialized in AI and ML, focusing on innovative projects such as a Personal Assistant Humanoid for my thesis and group projects like Android Malware Detection, while also leading and contributing to technical clubs and national-level competitions.
In my capacity as an Avishkaar robotics instructor, I was a key figure in acquainting freshmen with the exciting field of robotics. Using a practical approach, I led the students in creating and developing over 25 creative projects from scratch, in addition to teaching them the fundamentals of robotics. This helped them gain a thorough understanding of robotics fundamentals and applications.
Worked with Ozu Logistics to provide them with an Unmanned Automated Vehicle (Drone) for their required problem statements. I executed the entire project, from component selection to coding, making the drone autonomous and implementing Machine Learning.
During the IIT Delhi CEP Robotics course, I gained hands-on experience in robotics fundamentals, exploring topics like robotic control, automation, and sensor integration, which strengthened my foundation in designing and developing intelligent robotic systems.
Worked as an AI research intern to develop an image processing algorithm with a team of engineers to predict myocardial infarction using only ECG signals. We developed the algorithm to have 95% accuracy on our datasets. A research paper was also written on the same.
I specialized in developing facial mask recognition algorithms using machine learning for a healthcare humanoid. Furthermore, I was in charge of improving an industrial hoover cleaner's performance by developing creative circuits and putting pathfinding algorithms into practice, which helped to create cleaners that were smarter and more efficient.
I led the operations of importing and distributing cutting-edge controllers as the co-proprietor of FlashWell. My responsibilities include selecting and introducing cutting-edge products, guaranteeing their quality, and offering customised control solutions to satisfy our clients' unique needs. I also implement Machine Leaning to increase the customers base
If you have any projects or tasks in the field of automation, feel free to contact me!
I have made multiple projects in Artificial Intelligence, Machine Learning and Robotics along with a few research papers and Internships.
To know more about me or to contact me, use the information given below
Bedford, United Kingdom