Master of Science degree in Electrical Engineering, Bachelor of Technology in Electronics and Communications Engineering 3 years of extensive work experience in Schematic Design and PCB layout, Embedded Systems, Circuit analysis, IC Design, Testing, Microcontroller interface, assembling, designing, prototyping, testing, Agile methodologies, deploying wireless communication systems and designing medical devices within schematic specifications Semiconductor Fabrication Experience in Clean room class 10 and 100 Software programming experience in several of the following areas: data communication (UART, RS485, RS232, USB, Wi-Fi, Bluetooth, etc.), data logging, A/D, D/A, data acquisition, controls & intelligent sensor networks Familiarity in using communications lab equipment which includes spectrum analyzer, oscilloscope, CAN bus and experience with designing medical devices. Good knowledge in IEEE standard codes and standards Very good verbal, written, communication skills with editing and proof reading experience Strong skills in methodical aptitude, research with an innate ability to analyze, coordinate and synthesize technical problems Very much interested to work in a challenging environment as an active team player and multitasker Authorized to work in US, has a valid driver's license and does not require a H1B sponsorship right now
AutoCad, ORCAD, Eagle, Cadence
Microsoft office tools : Microsoft Word, Excel, Power Point
Programming Languages : C, C++, MATLAB / SimulinkTM, SQL, & Embedded C
Real Time Experience : Schematic and PCB design, RF Modules, IC Design, Circuit analysis, testing, optical sensors, Sensor & Peripheral Interfacing, Handheld/wearable/portable device experience Antenna integration, Electronic module integration (Display, battery, speaker, etc.) and interconnect (FPC, springs, ACF, etc.) Motor & Communication Protocols - USB, I2C, WIFI, ZigBee
Lab Equipment : Logic analyzers, high-speed electrical and Optical oscilloscopes
08/2014 to 12/2015
Research AssistantUniversity of Arkansas
Research Focused on Wearable Devices for monitoring Bio-potential signals like ECG, EMG, EEG, Pulse rate, Body Area Network, Brain Machine Interface, Human Machine Interface, Human Subjects Experience in using various communication devices like Bluetooth, ZigBee, WLAN, LAN and I2C Experience on interfacing various wireless modules for transferring data from microcontrollers Hands on experience in Micro and Nano Fabrication and Designing PCB Experience with software development for Embedded Systems applications such as Arduino, Raspberry Pi, ARM Research includes Analyze the feasibility studies related to the design, development, and implementation of firmware and algorithms for various research projects Undertaking research works by preparing, setting up, conducting and recording the outcome of experiments and field work, the development of questionnaires and conducting surveys, using straightforward mathematical modeling or scientific computation Digital design principles and understanding of techniques in the following areas: Digital Logic, VLSI CMOS circuits, VLSI layout, and CAD tools Designed RTL modules in Verilog HDL to develop algorithms in Matlab/SimulinkTM, and verified them by writing test benches in Verilog Conducting research on human subjects with test protocols.
12/2013 to 07/2014
Worked on Prototyping a Device to detect of Electrocardiogram Signals using Bluetooth Based Band Aid bio potential sensor Introduced new hardware design called Bluetooth based wireless Band Aid-sensor using Body Area Network (BAN) to monitor ECG signals Used Gold wire Nano sensor replacing tradition Ag/AgCl electrodes in order to eliminate wired system to monitor ECG signals Used MEMS fabrication technique to fabricate gold wire Nano sensor Analyzed and performed feasibility study on various wireless protocols and also compared the signal quality of various ECG systems available.
01/2012 to 06/2012
Co-Op at BSNL Telecommunications － Chennai, India
Project was elaborated in the purpose physical channels in an 3G network and study the impact of its HSDPA upgrade in later phase.
The main aim was to list to optimization and isolation between coexisting antennas (2G/3G and 3G/3G).
A baseline drive test using TEMS (Test Mobile system software by Ericson) was conducted to assess the network performance.
Gained Knowledge on Radio communication basics, Cellular concepts and Mobile Communication Protocols, GSM architecture, GSM interfaces, radio link, Mobility management, Call management, CDMA basics, GPRS & EDGE, IMT-2000 and value addition services.
01/2011 to 07/2011
InternHVS Technologies － Hyderabad, India
Worked Hands on circuit practices, sensor interface, PCB layout, programming in PIC controller, hardware training, Soldering SEMICONDUCTOR DEVICE FABRICATION EXPERIENCE: CLASS 10 & 100 Experience in Assembly Laboratory integration processes Including wafer dicing, wire bonding, and device/module attachment.
Prepare wafers and run various process conditions Analyze process results by film thickness measurements and other techniques Document all processes and results in a laboratory notebook Draw conclusions and purpose additional experimental work Prepare and present a final project report Have experience in Photolithography, E-beam lithography, PVD, PEVCD and Wet Etch CURRICULUM PROJECTS Wireless Monitoring of Drivers Pulse Rate and Temperature Using Hand Gloves Approach - Wearable Wireless Medical Device December-2015 Master's Thesis project Received best innovative project award from Graduate school.
Designed, Developed and Prototyped a new design to monitor health of car driver using hand gloves while driving Introduced a new design to monitor physiological signal of a person while driving.
Interface controller with Zigbee, I2C and Used GSM, GPS and Bluetooth technology to wirelessly transmit the data to health care monitoring unit for analyzing abnormalities and track location Programmed PIC Micro-controller in transmitter and Receiver end using Embedded C programming.
Developed software for embedded system application using MATLAB and Embedded C Interfaced various wireless communication modules with transmitter and receiver and a data-storing device.
Tested the wearable device using Agile Methodology Real Time monitoring of Drivers Respiration and other disorders using Seat belt approach December-2014 Introduced a new design to monitor respiration while driving using seat belt of a vehicle to monitor respiration and various other disorders of the driver health using piezoelectric sensor.
Developed Software and a BAN (Body Area Network) to detect abnormalities while respiration.
Performed various test in real time with test scenarios Developed a wireless communication platform to transfer the data in real time to monitor health.
Video Capture and Restoration using VIRTEX II PRO FPGA board March-2013 Implemented the video capturing and image processing system on FPGA board Developed image-processing functions and also Developed VHDL code and test benches to verify the functions.
Designed algorithms for logic module; developed VGA module that shows pictures loaded from ROM Implemented the system using EDK tool (Xilinx Platform Studio) tool, C and HDL on VIRTEX II pro development board Set up the FPGA test environment, including collecting all related design modules and checks for syntax errors, PIN assignment, running the simulations and synthesis, and report the timing.
Master of Science: Electrical EngineeringElectrical Engineering
Master's ThesisUniversity of Arkansas － Fayetteville, ArkansasGPA: GPA: 3.6 / 4.0GPA: 3.6 / 4.0 Advanced Wireless Communication, Electronic Packaging, Power Semiconductor Devices, Micro Fabrication, Nano Fabrication, Control Systems and Modern Control Systems
Bachelor of Engineering: Electrical and Communications EngineeringSaveetha University － ChennaiIndiaGPA: GPA: 8.3 / 10Electrical and Communications Engineering GPA: 8.3 / 10
VLSI Design, C Programming, Embedded Systems, Analog and Digital IC Design, Data Structure, Micro Processors and Controllers, Semiconductor Devices
3G, ACF, Agile, Approach, AutoCad, C, C Programming, C++, CAD, Cadence, car driver, hardware, controller, Draw, Designing, Digital design, Drivers, driving, EDGE, Embedded C, embedded system, Embedded Systems, experiments, feasibility study, feasibility studies, film, GPRS, GPS, GSM, hardware design, image processing, image-processing, LAN, layout, Logic, MATLAB, Excel, Microsoft office, Power Point, 2000, Microsoft Word, works, modeling, Network, optimization, ORCAD, oscilloscopes, Packaging, processes, Processors, Programming, Protocols, Prototyping, speaker, quality, Radio, Real Time, recording, Research, scientific, software development, Soldering, SQL, surveys, upgrade, USB, Verilog, VHDL, Video, VLSI
Master of Science : Electrical Engineering Master's Thesis Bachelor of Engineering : Electrical and Communications Engineering VLSI Design, C Programming, Embedded Systems, Analog and Digital IC Design, Data Structure, Micro Processors and Controllers, Semiconductor Devices
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