Anikethana M R

Education
2016 - 2018 MTech,Mechatronics Engg Manipal Institute of Technology, Manipal CGPA: 9.03 Specialization: Industrial automation and Robotics
2012 - 2016 BE.,Electronics and Instrumentation Sri Jayachamarajendra College of Engineering, Mysore CGPA: 8.21 Specialization: Instrumentation technology
2010 - 2012 PUC Alvaâ??s PU college, Moodbidri Percentage: 82.6 Specialization: PCMB 2009 - 2010 SSLC Sri Ramakrishna Vidyalaya, Hosanagara Percentage: 85.28

Experience
April 2018 Oct 2018 System Engineer National Instruments Design and development of control loops for aircraft high lift system
� Design and development of di�erent control loops for Power drive unit of high lift system using Simulink tool kit. � Responsible for understanding the customer requirements and generating the requirement document for development of control loops. � Integrating the models developed in Simulink with NI veristand in real time and validating the models. � Validated the models bydeploying into NIPXIe system using PXIe Embeded controller and Various PXI/PXIe cards. � Responsible for Preparing Design,veri�cation and validation document of di�erent control loops. � Been a part of application debugging and upgrading the application as and when requirements changes. � Responsible for executing veri�cation and validation of models integrated with NI Versistand for di�erent control loops. � Responsible for tuning the controller models to match the test cases.
June 2017 March 2018 System Test Engineer MOOG India Technology Centre Design & development of Simulink model of TEGRA (trailing edge gear rotary actuator) endurance rig for test system simulator.
� Development of Mathematical model of TEGRA (trailing edge gear rotary actuator) endurance rig & Validate the model. � Responsible for understanding the system requirements and generating the requirement document for simulink model development. � Modelling the drive unit of TEGRA (Trailing edge gear rotary actuator) endurance rig using sliding mode control technique. � Preparing and executing test cases for di�erent control loops. � Integrating the models developed in Simulink with NI veristand and validating the models. � Preparing Design, veri�cation and validation document of Endurance test rig. � Implementing of di�erent controller designs like PID and Sliding mode controllers and tuning those controllers to match the test cases.
Projects AutomaticBatterybankchanger
â?¢ Responsible for understanding the Project requirements. â?¢ The project aim here is to design a PLC based 24VDC power supply that will ensure spike less uninterrupted power with the use of battery banks. â?¢ The system will operate in either automatic or manual mode. Manual control buttons are de-activated during automatic operation. â?¢ The PLC system monitors bus bar voltage when the power supply isrunning.Incasethebusbarvoltagedropsbelowcertainpointthe other battery will take over to prevent bus bar volatge from dropping further. â?¢ Responsible for preparing the thesis report for academics. â?¢ Tools : Rexorth Bosch PLC, relays, LED,Potentiometer.
SmarthomeusingLabVIEW
â?¢ Responsible for understanding the Project requirements. â?¢ Itwasasensorbasedeï¬?cienthomesecuritysystem. TheIdeawas to design a system that detected intrusion and alerted the owner and also helps in reducing power consumption. â?¢ The system can monitor the temperature, lighting, burglar alarm, and camera of the house these parameters are connected to LabVIEW software as the main controller for these systems. â?¢ AllthesensorsisconnecteddirectlywithNIDAQâ??s(DataAcquisition system).LabVIEWreadsthesignasfromsensorsasvariableanalog values. After processing the signal, the LabVIEW will send a signal for actuation of components(Light,Fan,Alarm,Camera). â?¢ Responsible for preparing the project report for academics. â?¢ Tools: LabVIEW , NI DAQs, Sensors and camera
Solar based advanced water quality monitoring system using wirelesssensornetwork
â?¢ Responsible for understanding the Project requirements. â?¢ This project involves in design a Solar powered system that can sensethepH,temperatureandsalinityoftheliquidsandtomonitor the same through wireless ï¬?rmware device. â?¢ All sensors and Zigbee modules are connected to the controller board and collect data from various sensor nodes and send it to base station by wireless channel. â?¢ simulate and analyze various parameters for quality control and publish the corresponding record over web for public information and further assessment of water resource. â?¢ Responsible for preparing the thesis report for academics. â?¢ Tools: Solar pannel, Arduino, Zigbee module InternshipTraining â?¢ Summer internship program at center for system design, NITKSurathkal based on the â??Study on sensors & data acquisition system using graphical programmingenvironmentâ??. â?¢ Responsible for preparing the internship report for academics.