Industrial Experience
Industrial Experience
Friendly, Positive Attitude
Problem-Solving
Teamwork and Collaboration
Self Motivated
Excellent Communication
Industrial Automation
Automation Engineer
Robot Simulation
Robot Programming
PLC Programming
KUKA Robot Language (KRL)
MATLAB
KUKASim
Simulink
RoboDK
RHINO 7 - Grasshopper
Computer Aided Design (CAD)
Autodesk Inventor
Beckhoff TwinCAT 31
Python
Arduino
MS Office (Word, Excel, PowerPoint)
USE OF KUKA ROBOT FOR SORTING OBJECTS (master’s thesis), Stade
MAY 2024 — OCTOBER 2024
● Engineered an automated color-based object sorting system leveraging computer vision, and robotic control for high-precision industrial automation.
● Developed 6 Degrees of Freedom (6-DoF) forward and inverse kinematics models, for accurate manipulator positioning.
● Conducted multibody dynamics simulation in KUKA.Sim 4.3 to validate motion planning strategies and ensure collision-free path execution.
● Developed real-time image processing in MATLAB, employing edge detection, morphological filtering, and contour analysis for object classification.
● Utilized thin lens equations and camera calibration for accurate pixel-to-world transformation in object localization.
● Deployed KUKA Robot Language (KRL) scripting for real-time robot control, to coordinate pick-and-place operations.
● Integrated Basler industrial camera with adaptive threshold to enhance shape detection in dynamic lighting.
● Studies about grippers of various operations and optimized robotic grasping with electric grippers, ensuring precision handling based on object geometry.
SELF BALANCING TRIPOD (bachelor thesis), Mumbai
AUGUST 2020 — JULY 2021
● Designed and implemented a 3-DOF Stewart Platform-based self-balancing tripod for automatic height and orientation adjustment.
● Developed inverse kinematics algorithms to compute extensions based on orientation errors.
● Integrated MPU6050 IMU sensor for orientation sensing using Euler angles and sensor fusion (complementary filtering).
● Designed a lead-screw-based linear actuation system with self-locking capability, ensuring stability in dynamic conditions.
● Programmed an Arduino-based microcontroller system for real-time data processing and motor control.
● Designed and simulated a CAD-optimized structure to enhance stability, reduce setup time, and improve orientation accuracy for photography, surveying, and astronomy.