PROJECTS

[6] "NEUTRINO DETECTOR"

Custom FPGA board design of 14 Layer and 6 layer PCB Design with components of  high density footprints, Softcore Processor (NIOS, Microblaze, RISC-V), high voltage (5000V) and low voltage (5,3.3,7,-7) power supply design, design and testing of 32 MAX10 FPGA boards for IEEE workshop, ClassA EMI test of FPGA Boards and other electronics system (Both emission and susceptibility), Socket programming in hardware level using Wiznet, Custom JTAG programmer for altera FPGA using pic microcontroller, Characterization of ASDQ ASIC and convert its non-standard LVDS signal to TTL using MAXIM OPAM as comparator.

[ 5 ] “WEARABLE CUFFLESS NON-INVASIVE BLOOD PULSE PRESSURE WAVEFORM DEVICE BASED ON RADIAL ARTERY”

Analog Force Sensitive Resistor (FSR) interfacing circuit design ,  Embedded System design using  ARM  Cortex-M4 microcontroller, PCB Design for data acquisition, Software Development on Visual studio using  C#, Algorithm Design, Sensor Calibration using UTM and NI-6009 DAQ card through Artificial Neural Network, Digital Filters, FFT, 3D printing using Ultimaker 2+, SMD Components Soldering , SD card Interfacing, ECG and PPG circuits, Wireless data transfer using HC-05 bluetooth module.

[ 4 ] “DEVELOPMENT OF MICROCONTROLLER-BASED EMBEDDED NEURAL SYSTEM FOR COMPUTING DIFFERENT PARAMETERS OF MICROSTRIP ANTENNAS"

RBF and MLP Neural Network, Neural Network Matlab toolbox, Train the network using LM algorithm, Implement the neural network on AVR microcontroller using embedded C,  Flash memory interfacing  to store  the floating point  Weights and Bias, LCD Keypad interface, Microstrip antenna design using double sided PCB.

[ 3 ] “IMPROVEMENT OF A RUNTIME RECONFIGURABLE ARCHITECTURE REMORPH"

Reconfigurable multicore processor design with custom ISA, Improve the core working frequency from  393.393 Mhz to 501.814 Mhz., Verification of the core with application such as shorting, FFT etc on Vertex-5 FPGA board, Understand IP Blocks such as DSP48E, BRAM, DCM, Microblaze etc , JTAG debugging and testing using chipscope,

[ 2 ] “IOT ENABLE LOW COST AND COMPENDIOUS HOME AUTOMATION SYSTEM”

IoT enable using ESP8266 Wi-fi module, Electromagnetic Door Lock system with finger print sensor and RFID card, AC switching circuit using opto-isolator and Traic, Gas Sensor, Humidity Sensors, Light Sensors, Dust Sensor, Temperature sensor, Earthquake detector using MEMS sensor, Motion sensor, Complete circuit soldering on veroboard, GSM module for emergency SMS.

[ 1 ] “FLIGHT STABILITY CONTROL SYSTEM OF NANO QUADCOPTER AND DESIGN OF WIRELESS RC CONTROLLER”

10-DOF AHRS Design using Accelerometer, Gyroscope and Magnetometer MEMS Sensor, PID controller for Flight Stability, Razor IMU, ROS, Schematics and PCB Design, power supply distribution design, 6-Channel  RC  Controller design using 2.4 GHz NRF24L01 wireless module, Brush motor control circuit design using N-channel MOSFET,  Kalman Filter, Battery monitoring  and charging circuit using INA219, Connection with android phone using HC-05 bluetooth module for PID tuning.