Drafted 2D floor plan of an engineering office in AutoCAD and created layers for architectural elements.
Inserted and scaled blocks for ADA compliant restrooms and desks, chairs, doors, and windows that followed the basic floor plan rules.
Imported AutoCAD DWG file to use as a base for BIM model setup in Revit.
Created levels to define floor heights and modeled walls, floors, ceilings, doors, windows, and stairs based on AutoCAD plan.
Added furniture and lightingfor visual realism.
Set up camera paths and calibrated speed and perspective.
Exported Revit walkthrough video to Dropbox and presented it.
Arduino Car and Bridge Project Development
Florida Atlantic University
Boca Raton
09.2023 - 12.2023
Designed and assembled a line-following robotic car using an Arduino Uno, DC motors, and infrared sensors for autonomous navigation along a predefined path.
Adjusted speed and direction based on real-time sensor input.
Programmed sensor feedback algorithms in Arduino C to detect line edges and maintain alignment.
Calibrated IR sensorto detect black line on white surface under different lighting conditions.
Constructed bridge with 350 popsicle sticks by assembling base, sides, and top structures separately, then combining them using layered glue techniques.
Used clamps and drying schedules to ensure strong adhesive bonds and maintain geometric precision.
Attached black tape in the middle of the bridge and recorded time taken for the car to go across it.