Astronomy driven coder bridging theoretical insights and real-world cosmic data
I'm Mrutyunjaya Muduli, a Computer Science and Engineering student at Visvesvaraya Technological University with a deep passion for astronomical research and computational astrophysics. Currently serving as a Research Intern at the Indian Institute of Astrophysics, Bengaluru, where I conduct comprehensive studies of solar radio bursts and their association with solar flares and coronal mass ejections.
My research integrates multiwavelength data from space-based instruments including GOES X-ray observatory and LASCO coronagraphs, contributing to enhanced understanding of solar activity and space weather events. From developing exoplanet detection simulators to modeling neutron stars and analyzing JWST images, I bridge theoretical astronomy with practical computational applications.
Standalone Python script for downloading calibrated FITS images with logarithmic visualization, WCS overlays, and automated source detection via photutils
Machine learning web tool using Random Forest regression trained on 600 NASA Exoplanet Archive entries with Euclidean distance-based similarity modeling
Scientific simulator using Python and Plotly-Dash visualizing radial velocity curves with interactive planetary parameters adjustment
Developed numerical models using Newton-Raphson and Runge-Kutta methods to simulate neutron star properties and theoretical characteristics
Blockchain-based system for secure idea and patent registration using decentralized technology
Machine learning model for predicting drought conditions using environmental data analysis
Pursuing Bachelor's of Engineering in Computer Science and Engineering with focus on astronomical computing, machine learning applications in astrophysics, and space technology development.
Volunteered at astronomy camp organized by Bengaluru Astronomy Club at Gulapura, Karnataka, ensuring smooth conduction of camp activities and promoting astronomical education.
Three-stage competition (Germany), June 2023
Recognition for perfomance in Space Satellites Design Course and paper presentation, December 2024
Solar physics research at Indian Institute of Astrophysics
Global space advocacy organization (June 2023 - Present)
Technical Member (January 2024 - Present)
Active Member (February 2024 - Present)
May - August 2025
Advanced training in satellite design principles and space science applications.
8-week intensive program (2025)
Data science and ML integration with astronomical research, including capstone project.
July - August 2024
8-week program with Fei Dai (University of Hawaii) and Howard Isaacson (UC Berkeley).
July 2024 - NASA Caltech
Direct imaging advances from Young Jupiters to Habitable Earths (hybrid workshop).
November 2023 - January 2024
30-day program on multi-messenger astronomy with NASA HEASoft and Python programming.
September 2023
Flash talk: "The Cosmic Enigma: Analysis of Question Mark Galaxy discovered by JWST".