Chintan Gandhi

Project: Development of Centroid Axis based Multi-Direction Slicing algorithm for STL models for Robot Based Additive Manufacturing Tasks: 1) Investigation and intensive research on 3D formats, Multi-Axis systems 2) Development of Automated Multi-direction Slicing algorithm for STL Models using Centroid Axis Extraction of Design Model 3} Robot path planning, Robot programming and optimization of developed tool Tools: MATLAB

Field: Digitalization and Industry 4.0, Digital Twin Tasks:  Development and study of existing system model of Mobile Riveting Robot and modeling of the same in AutomationML  Development of User interface based Application which automates generation of AutomationML model from Robot specifications in SQL server data-base Tool: Enterprise Architect, AutomationML editor, AutomationML- Engine, Microsoft Visual Studio 2015

Project :Research on Business and Technical Processes in the Perimeter of a Secure Chain-of-Trust for Additive Manufacturing in Additive Manufacturing Field Tasks:  Research on Existing Conventional Supply Chain ,Additive Manufacturing Process chain and Technical Process  Development of system model of 3D Printing integrated supply chain  Development and simulation of System model representing framework to control 3D Printer through remote access. Tool: Cameo systems Modeler

Stationed in assembly, heavy machining, Grinding, electrical and Turret Division for CNC m/c manufacturing  Panel designing ,panel Assembling, PLC programming  Alignment tests of CNC m/c  Observation on Assembly of Ball screw and turret mechanisms  CNC programming and Spindle Calibration and Quality Inspection Of 2-3 Axis CNC m/c

Project: Design and Development of Semi-automated system for measurement of railway tracks Tasks: 1) Inductive Proximity Sensors and Arduino interfacing, Sensor calibration 2) Development of Mechanical System based on Rail specification 3) Electronic System Testing Tools: Arduino programming, Inventor

Fabrication and Assembly department  Observation on assembly and operation processes (Welding) of Pelton and Francis Turbine.

Rapid Production, Laser Systems and Metallic Materials, 3D Printing Laboratory, Robotics,Computer Aided Design and Computation, Industrial Process Automation,Quantitative Research Methods, Project Management Methods, International Business

Object Oriented Programming, Micro-controller and Microprocessors, Modern Control Systems, Programmable Logic Controllers, Automated Manufacturing, Machine Vision