Founded a 501(c)(3) fiscally sponsored NPO centered towards providing STEM-focused educational resources and lessons for students around NJ. Managing leadership team of 5+ members, founded and fundraised $1K+ for novel initiatives, and mentored dozens of students in various topics in STEM.Visit our website for more information on our fundraisers, lessons, and impact!

Currently mentoring dozens of children across grades K-12 in various levels of mathematics. Collaborating alongside other instructors to facilitate a productive learning environment for students.

Accepted into the selective Civic Innovators Fellowship: an 8-week-intensive civic leadership program that prepares civic-minded high school students each year with the knowledge and skills to produce novel solutions to well-defined community and societal problems.Over the course of the program, Fellows examine the most vexing problems facing the U.S. and the world and create solutions that bridge foundational principles with emerging technology and new schools of thought. They will also have the option to learn the fundamentals of personal development, systems thinking, democratic theory, and community building.

Researched energy minimization within mono/bilayer graphene sheets. Utilized CMD software including LAMMPS & OVITO alongside data visualization in Python to study and model atomic interactions. Analyzed relationships between interfacial stress and strain within graphene systems. Worked under Prof. Dibakar Datta at NJIT's school of Mechanical and Industrial Engineering.

Researched and co-authored a paper & presentation delving into the integration of terrestrial sifting technology for sustainable polymetallic nodule extraction in deep-sea mining systems. Led an international team of 6 students to collaborate via meetings, setting deadlines, and collaborating with industry professionals to provide insights into our research. Awarded a Team of Distinction Award for placing within the top 10 (12.5%) of research teams internationally within the program for research findings and presentation.

Researched under Doctor Kalyan Mondal at the Gildart Haase School of Computer Sciences and Engineering. Read through multiple literature reviews & papers to research microcontroller-based design with Arduino. Compiled multiple research reports involving circuit analysis, persistence of vision in electronic circuits, and developed software in C++.