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Indian Institute of Technology Hyderabad / Bachelor of Technology, in Engineering Physics
3rd-year Engineering Physics student at Indian Institute of Technology with experience as a Business Development Intern. Passionate about combining technology and business strategies to drive innovative solutions in consulting and beyond
I developed a Python program to compress and decompress text files using Huffman Coding, achieving significant file size reduction and improving storage efficiency, and implemented frequency analysis to create a dictionary of character frequencies from the input text, facilitating the construction of the Huffman Tree by providing the necessary data for priority-based node creation. Also, I built a min-heap and Huffman tree by leveraging the frequency dictionary, combining nodes with the lowest frequencies to form the tree, and assigning optimal binary codes to each character, thus minimizing redundancy and maximizing compression. Encoded text into a compressed binary format by using the generated Huffman codes, padding the encoded text to ensure it is a multiple of 8 bits, and converting it into byte arrays for efficient storage in a binary format. Accurately decompressed files by reading the compressed binary file, removing the padding to retrieve the original encoded text, and decoding the binary data back to the original text using the reverse of the Huffman codes, ensuring data integrity and correctness.
I developed the 2048 game using Python and Tkinter, featuring smooth tile movements and an intuitive GUI, and implemented core game mechanics, including tile movement, merging, and new tile generation. Designed an interactive GUI with Tkinter, handling key events for seamless and responsive gameplay and including a real-time score display. Organized modular code structure by separating the project into distinct modules for game logic, GUI components, and utility functions, promoting code reuse and maintainability. Overcame challenges by optimizing algorithms for efficient tile movements and merges, ensuring a responsive GUI, and enhancing the user experience with an intuitive interface.
My ambition is to leverage my technical expertise and business development experience to drive innovation in the consulting sector. I aspire to work in roles where I can solve complex challenges at the intersection of technology and strategy, ultimately contributing to the growth of businesses through smart, data driven solutions
In addition to my studies in programming and data structures, I have explored fields such as artificial intelligence and machine learning. I also engaged in computational physics with a focus on business consulting, which has equipped me with a unique blend of technical skills and business acumen. Furthermore, courses in entrepreneurship
I am currently developing machine learning models to analyze astronomical data for exoplanet detection. Also, I am engaging in data preprocessing, feature extraction, and initial model training. and I am aiming to contribute to the understanding of planetary systems beyond our solar system.
I initially learned about the role, and shortly after, I was assigned to consult for a Japanese company aiming to expand into the Indian market. I worked as part of a team of six, providing strategic insights on market entry, including cultural adaptation, regulatory compliance, and identifying potential partnerships. I played a key role
Completed my 12th standard with 96 percent
Indian Institute of Technology Hyderabad / Bachelor of Technology, in Engineering Physics
I am currently developing machine learning models to analyze astronomical data for exoplanet detection. Also, I am engaging in data preprocessing, feature extraction, and initial model training. and I am aiming to contribute to the understanding of planetary systems beyond our solar system.
