Aswin Palanisamy

Department : Power Converter Systems Responsibilities: - Analytical dimensioning and component selection for Power electronic Circuits - Simulation and analysis of electronic circuits - Characterization of Power Electronic Topologies - Drafting Schematics and PCB layouts - Commissioning and debugging of electronic circuits - Programming of control and evaluation tools for prototypes and laboratory equipments (LabVIEW)

Title: "Development of a Three-Phase Three-Level Boost Inverter“ - System dimensioning in Mathcad. - Topology analysis and System evaluation in PLECS Simulation. - Schematic drafting and PCB design in Altium designer. - Hardware commissioning. - Test and measurement. - Procurement and planning.

- Functionality improvement and Bug analysis of Labview program for, a. Online Oscilloscope (On-line Ozsi). b. In-house system monitoring software(ISE-MON).

Project: "Test Environment for Inverter Performance Analysis" - Development of Graphical User Interface based on Labview environment. - Control program for AC Source Simulator (Spitzenberger) - Control program for DC Source Simulator (Spitzenberger) - Programming for the control of Power Analyzer unit (Yokogawa) - Implementation of additional functionalities such as Data acquisition, analysis and logging. - On-site commissioning

Business Unit: Robotics Project: "Mahindra & Mahindra Roller Hemming" - Implementation of OLP into the real-time system. - Fine tuning and improvement via Teach-pendant programming. - Quality analysis and production trials. - Robot cell synchronization and system planning.

Title: Investigation of mechanical properties of Aluminium Alloy 7075 Reinforced with Tungsten Carbide/Silicon Carbide and Flyash, Hybrid Metal Matrix. Supervisor: Prof. Dr. P. Vivekanandan.

Business Unit: Robotics - After sales and service - On-site Service and System Diagnosis - Programming assistance for welding, palletizing and custom defined applications. - After sales planning and procurement. - Remote access monitoring and support Sub-Fields: Applications - Programming support. Project: Project: "Renualt-Nissan Roller Hemming" - Fine tuning and improvement via Teach-pendant programming. - Quality analysis. - Robot cell synchronization and system planning.