Sahil Basumatary

A self-motivated, passionate, and mature high school graduate, I possess strong academic achievements in Advanced Mathematics and the sciences. Keen to explore the multifaceted aspects of computer engineering, ranging from software to signals and systems, and to apply these insights to drive technological advancement. Eager to deepen my understanding and skills with a Bachelors in computer engineering.

• Top 3/100 ranked state lawn tennis player.
• Top 30/1500 India nationals ranked lawn Tennis player.
• Placed 2nd at the 2018 Inter-State All Assam Lawn Tennis Championship.
• Leader of School Guitar band Inter-school Cultural fest, 2019

• University of Michigan's online 9 weeks Python specialization course by Coursera.
• Microsoft Excel: Beginner to Advance course by Udemy.
• Amazon Web Services Cloud Technology Professional Certificate.

    Golden Ratio Checker Tool                                                                                                                                                                         March, 2023

• Developed a Python-based tool to calculate and analyze the proximity of two given measurements to the Golden Ratio, demonstrating an intersection of mathematical theory and practical application.
• Utilized Python programming, including mathematical operations and user input handling, to create an interactive and educational tool.
• Enhanced understanding of the Golden Ratio's significance in nature and design, honed programming skills in algorithm development and problem-solving.
• Conducted a survey with a sample size of approximately 2000 individuals, resulting in a 40% increase in awareness and understanding of the Golden Ratio among participants.

   Solar-Powered Miniature Car - “Upamanyu”                                                                                                                                  February, 2022

• Engineered and led the construction of "Upamanyu," a solar-powered miniature car, showcasing a commitment to sustainable and innovative engineering solutions.
• Demonstrated advanced technical skills in applying mathematical models to maximise energy efficiency, integrated chemical principles to enhance battery performance and sustainability, and programming microcontrollers for precise vehicle control and automation.
• Integrated a simple yet effective photovoltaic panel tilting mechanism with manually adjustablility for optimal solar energy capture, demonstrating a practical understanding of solar energy utilization in engineering applications.
• Achieved a notable 28% efficiency improvement in energy conversion, was showcased at inter-school science exhibitions and receiving accolades for innovative use of sustainable technology.