• Worked on several projects, handling a wide range of responsibilities including writing firmware(microcontrollers, PLC, PC), technology assessment, feasibility studies, checking schematics, building circuits, designing PCB layouts, component selection and assembly, board-bring up, sensor validation, hardware software system integration and test • Projects done independently as well as in collaboration with cross-functional teams such as industrial design engineers, mechanical engineers… Show more • Worked on several projects, handling a wide range of responsibilities including writing firmware(microcontrollers, PLC, PC), technology assessment, feasibility studies, checking schematics, building circuits, designing PCB layouts, component selection and assembly, board-bring up, sensor validation, hardware software system integration and test • Projects done independently as well as in collaboration with cross-functional teams such as industrial design engineers, mechanical engineers, technicians, manufacturing engineers, test and verification engineers. • Have developed a good ability to understand the big picture and satisfying the customer requirements while managing the time and cost limitations.HARDWARE: -Worked with MSP430, Arduino, AMD Am188ES , Imote2 sensor node, Allen Bradley PLC- Basic knowledge of ARM7, 8051, PIC, AVR micro-controllers- Sensors: Load cells, LVDTs, Hall sensors, capacitive and inductive detectors, ultra-sonic detector, camera, PIR motion sensors.- Actuators: AC/DC motor controllers,DAQs, relays, switches.SOFTWARE:- Strong experience in C and MATLAB- Project experience with PLC ladder logic programming- DASYLab 11. Basic familiarity with LabView- Basic knowledge of C++, VB.net, Python- IDE's: Code Composer Studio v5 ,RS Logix 500, Visual Studio, Eclipse- CAD Tools: Orcad Schematic Capture, Eagle PCB 6.3- Debug: JTAG, CC tools for TI chipsCOMMUNICATION:- Worked with RS232, SPI, I2C, Bluetooth, Zigbee, Wifi, GPS Show less

•Develop an energy efficient and loss resilient wireless camera sensor node platform. •Use of sleep and event-based wake-up strategy for conserving idle sensing. •Compressed Sensing for loss resilience and efficient transmission

Assisted Professor in grading of assignments of the graduate level Digital Signal Processing course