Embry-Riddle Aeronautical University
Undergraduate Research Assistant | Dr. Aroh Barjatya | Space and Atmospheric Instrumentation Lab | February 2023 - Present

A Research Assistant in the Space and Atmospheric Instrumentation Lab, I work under the guidance of Dr. Aroh Barjatya, supporting graduate and postdoctoral researchers in their endeavors. This experience has provided an excellent introduction to the world of academic research and has allowed me to develop a multitude of skills that will prove useful in my graduate endeavors. Notable contributions include:

• Developed a Python script to parse Ionogram readings from the Global Ionospheric Radio Observatory during the 2024 total solar eclipse.

• Integrated a Feather M0 microcontroller and 9DOF IMU to calculate RPM and angular acceleration of a rocket spin table for sensor deployment.

• Developed a wireless communication system using MATLAB and Arduino IDE to transmit live IMU readings across LoRa radio modules.

• Assembled and deployed GPS receivers to assess the impact SpaceX’s Falcon Heavy had on ionospheric wave propagation. 

• Soldered and constructed several payloads for GPS radiosonde balloon satellite launches.

Engineering Sciences Tutor (CRLA Certified) | August 2022 - Present

As a CRLA certified engineering tutor, I provide targeted support to students who are facing challenges in their coursework. Notable contributions include:

• Mentored over 200 students in foundational engineering subjects, including Statics, Dynamics, Solid Mechanics, MATLAB, and Computer‑Aided Design.

• Awarded for providing impactful guidance to students, consistently receiving positive feedback, and contributing to a 9% improvement in pass rates.  

Carnegie Mellon University
Robotics Insititute Summer Scholar | Steven Willits | AirLab | May 2024 - August 2024

The Robotics Institute Summer Scholars program is an NSF-funded REU that provides an 11-week, research-intensive experience. During the program, I participated in engaging robotics lectures, hands-on workshops, and visits to cutting-edge labs and industry partners, all of which deepened my understanding and preparation for graduate school. Notable contributions include:

•  Conducted preliminary design and feasibility analysis for the inception of a 3‑year initiative to develop a semi‑autonomous eVTOL emergency aircraft.

• Optimized mission critical factors through iterative design, with a personal focus on aircraft sizing, weight distribution, power, and propulsion systems. 

• Mentored residents in an underserved community to develop a smart air quality sensor network, enabling them to monitor and address growing health concerns, while introducing them to STEM concepts in a hands-on, approachable manner.

• Strengthened research communication skills through oral and poster presentations in the NSF REU program, culminating in a published paper.

NASA Glenn Research Center
OSTEM Intern | Dr. Herbert Schilling | Graphics and Visualization Lab |  August 2023 - December 2023

As an intern at NASA's GVIS Lab, I supported the modeling and development of concept vehicles in a state-of-the-art flight simulator, while simultaneously working on other related visualizations in virtual reality. My primary responsibilities revolved around conceptual electric aircraft designs and hardware prototypes, with notable contributions including:

• Created detailed models of the X‑66A, an experimental aircraft developed by Boeing and NASA to validate the transonic truss‑braced wing concept.

• Developed a virtual twin of the NASA Electric Aircraft Testbed and surrounding facilities to aid in the construction of a new testing facility.

• Volunteered at numerous outreach events, where I got the opportunity to both teach and inspire the public about the exciting research and technology being explored at NASA.

• Served as the primary liaison for the Glenn Research Center within PAXC, an intern-led organization aimed at fostering communication and collaboration across NASA centers.

Honeywell Aerospace
Electrical & Systems Engineering Intern | Trish Lueck | May 2023 - August 2023

Following the conclusion of my spring courses, I expanded upon my involvement in an industry research program by transitioning to an internship at the Clearwater facility. Notable contributions include:

• Further refined and optimized both the design and implementation of a knowledge-based diagnostic tool. 

• Coordinated with site engineers and technicians, ensuring alignment between system functionality and manufacturing requirements. 

• Presented the completed tool to facility leaders, highlighting a projected annual labor savings of $250,000 while also establishing a framework to extend these savings to other product lines. 

Student Researcher | Warren La Chance | November 2022 - May 2023

• Selected for an industry research program to streamline the diagnosis and repair procedures for malfunctioning inertial navigation systems, addressing a pressing bottleneck at Honeywell facilities. 

• Organized weekly sessions to identify the prevalent failure modes in faulty units and developed effective diagnostic trees to resolve them.