
WashU Design Build Fly
Avionics Subteam Member
Integrated and calibrated servo motors with the aircraft's primary control systems, debugged transmitter/receiver firmware.
Mechanical Engineering
I'm a Mechanical Engineering and Mathematics student at WashU with hands-on experience in precision component design, Machining, FEA, and process automation. I've built and iterated on hardware for rocketry and avionics systems, analyzed data for regional planning on sustainability and automated data pipelines that delivered a 20x throughput.

I'm a Mechanical Engineering, Robotics & Mathematics student at Washington University in St. Louis, with a mathematics degree already behind me from St. Edward's University. That dual background is the point—I'm comfortable moving between the whiteboard and the workshop, formulating the model, then machining, printing, wiring, and testing until the real thing behaves like the math said it should.
My work spans flight avionics and a soil-sampling rocketry payload, bulk-metallic-glass materials research, and Python automation that reduced a regional agency's QA workload by 95%. Across all of it I've learned to define problems clearly, respect constraints, iterate through failure, and communicate technical findings to people who don't speak engineering.
I'm looking for an engineering or robotics internship where I can own a piece of hardware from concept to testing, learn from experienced engineers, and leave the team with something that actually works.
BS Mechanical Engineering
WashU • 2025–2027
BS Mathematics
St. Edward's • 2025
Robotics • Aerospace
CAD • Manufacturing
Engineering / Robotics Internship
English • Hindi
Selected engineering projects showcasing expertise in avionics, rocketry, and electronic systems design.

Avionics Subteam Member
Integrated and calibrated servo motors with the aircraft's primary control systems, debugged transmitter/receiver firmware.

Structures and Payload Subteam Member
Designed and manufactured a high-precision, 3D-printed payload housing for a high-powered competition rocket.

Vice President
Collaborated with PhD students and faculty to apply machine learning techniques for identifying promising metallic glass alloy compositions.

Electromagnetism Project
Applied gate-level logic principles and hands-on prototyping skills to implement a hardware-based PIN verification mechanism.
Professional experience applying engineering and automation skills to real-world problems.

Air Quality Intern
Austin, TX
Automated environmental-data workflows using Python, Selenium, and Pandas, reducing QA time by 95%.

Climate Resiliency Research Intern
Austin, TX
Monitored tree growth, water stress, and microclimate with ePlant wireless dendrometers to assess how freeze and heat events affect species to inform urban-forestry and climate-adaptation guidance.

STEM Education and Program Management Intern
Austin, TX
Utilized Instructional design, technical communication, and problem-solving to lead a Robotics course on BattleBots, simplifying complex mechanical engineering concepts for diverse learners.

A/V Specialist
Austin, TX
Engineered and calibrated complex hardware and control systems across 50+ environments, prioritizing mechanical and systems design principles to ensure optimal performance.
Research and technical experience applying data, engineering, and systems skills to real-world problems.

Identify which metal alloys are best to form metallic glasses
St. Louis, MO
Collaborated with PhD students and faculty to apply machine learning techniques for identifying promising metallic glass alloy compositions.Assisted with experimental validation by preparing and processing alloy samples using specialized laboratory equipment.Contributed to research aimed at accelerating the discovery of high-performance metallic materials for structural applications.

Gray Paths in Integer Partitions
Austin, TX
Explored problems in combinatorics, studying Gray paths through integer partitionsto formulat and testing hypotheses, then documenting and visualizing the results.

Monitoring and Managing Trees in the Wildland-Urban Interface for Climate Resilience
Austin,TX
Installed and monitored wireless dendrometers on Texas Live Oak, Red Oak, and Ashe Juniper trees acrossWildland-Urban Interface (WUI) and interior forestsites to measure growth patterns and physiological stress indicators, including Tree Water Deficit (TWD)and Maximum Daily Shrinkage (MDS).

Atmospheric Physics
Austin, TX
Prepared and launched ozonesondes and analyzed ozone-monitor data to deepen understanding of atmospheric conditions, contributing to state air-quality research.
Technical competencies spanning software development, mechanical design, and electrical systems.
Would love to connect with fellow Engineers and Mathemagicians.