Anirudh Ganapathy

• Knowledge about plane and principal stresses & strains in 2-Dimensional and 3-Dimensional Planes.
• Hands on training on computational finite element method for solving beam problems with various boundary conditions using ABAQUS software.

• Primary mechanism in use is slider crank mechanism.
• Project's primary objectives are to assist disabled who face transportation challenges and to create an environmentally friendly tricycle.
• It is designed in an effective manner to guarantee long-range operation.
• Its main power source is a series of solar panels mounted on top.
• Primary motivation for this was to offer a cost-effective, long-lasting product that would fit into any budget.

Simulation & Robot Handling using Robot Studio software. Learned & delivered daily key operations, simulation & testing. Closely observed & gained experience in the ABB Shopfloor for the following Robotic projects.

1. Palletizing Operation through PowerPac – A sample simulation was created adhering to customers requirements and was reviewed by Department Lead.

2. Use of Flexpicker Robots tool to pick and place items from one conveyer.

3. Usage of robot tools to identify non damaged products from Conveyor and place them near the blade for precise cutting.

4. Sorting application using vision system through GOFA -collaborative robot

5. Mouse assembly using a YuMi - collaborative robot.