Ing. Yagnik Patel

Architecture developed and sustained a unified software framework platform. Designed, developed, and maintained Functional and Semiconductor software test systems using NI TestStand, LabVIEW, VeriStand, and PXI platforms. Conducted commissioning and testing of industrial control systems, including hardware and software installation and configuration, troubleshooting, and debugging. Provided training and coaching to customers and staff on test system design and implementation.

•Performed functional safety tests for Medical Device with IEC 60601-1 •Design and implementation of the system and functional tests on the dialysis machine ADVOSmulti under ISO 13485 •Upgrade a complex LabVIEW application to the latest development version including FPGA programming •Student support in the implementation of unit and integration tests in LabVIEW •Carried out Life-cycle management task for Medical Device testing software •Data Acquisition handling with NI DAQ system.

•Development of HIL(Hardware In Loop)-Simulator for Control and Protect System of Multi-Organ Dialysis Machine focusing on Load-Cell Sensors: - Design and implementation of the electronics hardware - Design and implementation of the software including functional tests

•Developed a Testing and Monitoring stand-alone real-time application named by " ADVOS Multi Tester " for control system using Ethernet protocol communication: - Requirements analysis - Architectural Design - implementation - Conducting functional and usability tests

Temperature measurement using Arduino Uno and Mega 2560. Multiple temperature sensor, notify automatic temperature change within specific range.

•Gained excellent industrial experience on Packed Drinking Water Automation project using DCS control system with IEC 61131-2. •Vision over the process control (Flow, Level, Pressure and Temperature) throughout the firm. •Worked with the Simatic manager with PG/PC Interfaces Module like ISO IND, Ethernet and TCP/IP.

•Mobile Robot using ARM Processor for Line Following Application. •The robot can follow the track and detect the presence of any object on its track and will stop automatically near the obstacle without hitting it. •Used hardware: Microprocessor ARM LPC2148, Microcontroller Atmega8L, IR Sensor, Motor driven I.C. (L293D), DC motors, 2X16 LCD Display, Comparator I.C., Voltage regulator I.C. (7805).

•Obtained experience on Programmable Logic Controller automation project of Packed Drinking Water. •Technical documentation and User Manual for non-technical staff.

•Photoelectric Detection•Automotive Electronics•Digital Signal Processing•Medical Imaging Technology•Interferometric Testing•Nanometrology•Computer Simulation of Sensors

•Sensor Technology•Computer Based Measurement Technology•Mathematical Data Analysis•Flow Measurement in Waste Water Systems•Chemical Sensors•Risk of Investment in Emerging Technology•Methods of Instrumental Analysis•Microacoustic Sensors•Microoptical Sensors•Computer Simulation

•Signal Processing and Communication•Basic and Automotive Electronics•Control System: Architecture, Components&Designs•Industrial Data Communication•Industrial Measurement•Instrumentation for Bio-Medical and Nanotechnology•Programmable Automation Controller•Simulation and Design Tools