B.S. Aerospace Engineering
Exploring flight, computation, materials, physics, and engineering design while building toward work in autonomous aerospace systems and space technology.
I'm Saatvik Sunilraj, an Aerospace Engineering student at Georgia Tech and undergraduate researcher interested in autonomy, embedded systems, atmospheric intelligence, and the technologies that make future aerospace systems more capable.

In Fall 2026, I began studying Aerospace Engineering at Georgia Tech. I'm combining foundational engineering coursework with hands-on undergraduate research in the Daniel Guggenheim School of Aerospace Engineering.
Exploring flight, computation, materials, physics, and engineering design while building toward work in autonomous aerospace systems and space technology.
Working with Dr. Lee Whitcher ↗ on Indoor Flight Lab infrastructure and flight-test tooling, including ESP32-based Vicon data handling and GPS-spoofer integration.
Part of Team Elara, which won first place at EF Hult Prize @ Georgia Tech on October 21, 2026, and will represent Georgia Tech at the national stage in Boston in April 2027. ParkinSense is an early-stage concept pairing a skin-swab sample with a handheld reader to help identify people who may benefit from specialist evaluation for Parkinson’s disease. The current proof of concept uses simulated data; sensor hardware development and real-sample testing are next steps.
View team announcement on LinkedIn ↗
Projects spanning machine learning, environmental sensing, mission design, and aerospace systems.

Developed a deep-learning framework for forecasting surface ozone across the continental United States using meteorological and air-quality data.
View repository ↗
Built a low-cost water-quality system using multi-frequency impedance spectroscopy (1–100 kHz) and machine learning to identify ionic contaminants. An ESP32 connects results to a mobile app and GPS-tagged contamination heatmap.
View repository ↗
Developed concepts in lunar-base design, adaptive radiation shielding, robotic Mars exploration, space agriculture, asteroid utilization, and crewed Mars mission architecture.

Applied machine-learning methods to evaluate lower-impact alternatives to sulfur hexafluoride for electrical-insulation applications.
View repository ↗A growing research path that began before college and now continues through hands-on work at Georgia Tech.
A few recognitions across research, service, entrepreneurship, and aerospace.
Engineering is only part of the story. Badminton taught me discipline under pressure; debate sharpened how I build an argument; volunteering keeps the work grounded in community.
National-level competitor with years of tournament experience.
450+ hours of service supporting food rescue and community programs.
Competitive debate experience focused on research, evidence, and clear communication.
Tutor supporting students through individualized instruction and academic problem-solving.