Python
Robotics innovator versed in independent and team-based projects to enhance research, design, development and testing of robotic systems. Experienced in completing complex calculations and reviewing designs. Excellent resilience, resourcefulness and data analytics skills useful in code debugging and project management.
Qualitative research
Python
Microsoft office
ROS
Inventor
Autocad
MATLAB
Gazebo
C
OPCUA
HMI
Thesis: Smart and efficient Hand-Eye Calibration of 3D Sensor
Developed advanced calibration techniques for 3D sensors, achieving a significant improvement in robotic precision and sensor alignment that enhanced overall system performance by reducing error margins to less than five millimeters.
Project: Design, Fabrication and Analysis of Solar and Wind Hybrid Electric Bike
Orchestrated multidisciplinary collaboration efforts throughout all phases of this transformative project, ensuring seamless integration between mechanical engineering principles and renewable energy technologies while safeguarding timeline adherence within six months.