

Reaching for the Stars, One Robot at a Time
New York Tech feature describing the ERRSELA E2 robotic surgery assistant and NASA rover collaboration through ETIC.
Portfolio
Robotics builds, automation platforms, transit signal systems, technical presentations, software projects, and published work. Every document in this build is locally packaged with the site.


New York Tech feature describing the ERRSELA E2 robotic surgery assistant and NASA rover collaboration through ETIC.



An autonomous plant-watering robot built around a custom chassis and image-recognition system that located plant targets with more than 20 successful identifications. Programmed in Python across V5 and Raspberry Pi microcontrollers, with an adjustable water-feeding mechanism.
Contribution covering Long Island electrical and electronic history for IEEE Long Island membership.
def solve_maze(grid, start, goal):
frontier = [start]
visited = set()
while frontier:
current = frontier.pop()
if current == goal:
return reconstruct_path(current)
visited.add(current)Designed and programmed an autonomous pathfinding algorithm in Python to solve and visualize complex maze structures efficiently.
Teaching signal controls at the Local 3 Union Transit School in Long Island City, including relay logic, block control, axle counters, track circuits, and CBTC theory.



An autonomous robot built to map and solve a maze on its own, combining custom PCB design, CircuitPython, sensors, motor control, and real-time decision making.
Presented Communications-Based Train Control to the IEEE Long Island Consultants Network, covering the need for CBTC, its history, architecture, use in subways and high-speed rail, and future design considerations.
Co-authored coverage of the IEEE Region 1 and Region 2 summit in Boston, exploring responsible AI, professional growth, humanitarian technology, and regional collaboration.




Episode One of IEEE Young Professionals Unplugged. Presented Communications-Based Train Control at Cleveland State University with IEEE YP Amplified and IEEE Cleveland.
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Whether it’s a robotics build, signal systems challenge, PLC demonstration, or speaking opportunity, I’d love to hear about it.