About Me |
|---|
- Devices
- Fabrication
- Circuits
- IOT in Agriculture
- Analog Electronic Circuits
- Basic Electronic Circuits
- Digital Electronic Circuits
- Analog and Digital Electronic Circuits
- Micro-processors and Micro-controllers
- Digital IC Design
- Micro-system Principle and Design
- Digital VLSI Design
- Embedded System Design using LABVIEW
- Electronic Devices and Systems
- Microcontroller Based Embedded System Design(LPC2148)
- Fabrication
- Sensors
- Devices
- Embedded Systems
- Fabrication
- Circuits
- DIY Projects
- Live Projects using minimal resources
- Smart Devices
- Smart Agriculture
Research Fields
Agriculture being the Lifeline of modern society, it is neglected at various levels. Still more than 80% of the agriculture is done through traditional methods, hence attention towards upgrading agriculture to achieve the maximum with minimal investment using the help of modern technology has to be the goal of the modern educational community.
Recent Publications (International Journals)
| Sl. No. | Title | Issuer |
|---|---|---|
| 1 | Certificate for Reviewer | IEEE Bangladesh Section and IEEE Bhubaneswar Section |
| 2 | Jury for Odisha Skill Competition | HN Shashidhara, World skill Member |
| 3 | Trainers Certificate for Solar PV Installer(Suryamitra) | National Skill Development Corporation, India |
| 4 | Trainers Certificate for Solar PV Installer(Electrical) | National Skill Development Corporation, India |
| 5 | Trainers Certificate for Solar PV Installer(civil) | National Skill Development Corporation, India |
Academic Honors & Awards
Surface Traping in Silicon Nanowire Dual material engineered Cylindrical gate MOSFET
Designing of Sensing Element for Bolometer Working at Room Temperature
Simulation Study of ZnO Based Ultrasonic Micro-Electronics Mechanical Systems Model for Blood Glucose Level Measurement
Development of Working Electrode for Sensor Application using ZnO film.
Design of Ultrasonic transducer MEMS model for distance measurement using Multiphysics
Studies of Lead Free Piezo-Electric Materials Based Ultrasonic MEMS Model for Bio Sensor
Studies of Lithium Niobate (LiNbO3) Based Ultrasonic Transducer MEMS Model for Distance Measurement
Classroom Attendance System with IoT Notification
Voice Based Electronic Guidance System for Visually Impaired Pedestrians
Study of Iris Flower Classification using Logistic Regression and Principal Component Analysis
Self -Driven Metro and Biometric Reservation System using ARM Microcontroller
Wireless Temperature Humidity Monitoring Controlling and Analysis of Multiple Room
Smart Shoping Basket: An Application of Radio Frequency Identification Technique
ARM-7 Based Alcohol Detection and Accident Prevention of Vehicle
Remote Monitoring Controlling and Automation of Protected Environment Cultivation
LPG Leakage Detection and Automated Booking System using LPC2129
Real-Time Slide Door Automation and Security System with RF Technology
Implementation of Weighing Machine using Strain Gauge Load Cell and Monitored through Bluetooth
Multi-Level Security and Control System of Vehicle using Smart Technology
Implementation of Hand Gesture System for Speech
IOT based Smart Garbage System for Efficient Waste Management
Open Field Remote Irrigation System using Hand-Held Devices
Design of Low cost Indigenous Insulin Pump
Digital Manufacturing: IIOT based Apparel Tracking System using Delmia AprisoDigital Manufacturing: IIOT based Apparel Tracking System using Delmia Apriso
IOT based Real Time Growth Monitoring for Plants
Internet of things based Plant Diseases Detection and Early Waring System
IOT Based Smart Garbage System for Efficient Waste Management through Color Code
Polyhouse Monitoring and Controlling for Gerbera Cultivation
Automatic Control system for Water Sprinkler and Ventilation
Patent No: 201731043327
Abstract :
The present invention proposes an automatic control system for water sprinkling and ventilation. The system comprises a circuit board
that mechanically supports and electrically connects the components using conductive tracks and thereof. The system uses an Arduino-based ATmega microcontroller that is specifically programmed to compute the input signals. The signals are received from the various
sensors that sense moisture content of beds, humidity and ambient temperature, and thereof. This is achieved by using a detecting unit
with a plurality of detectors arrangement for an effective system. Once the controller receives this signal, it begins the process of
computation in order to carry out the necessary action for comparing the precise parameters that are pre-fed and displayed in a visual
means, which makes it very much informative. The system reduces human intervention and takes care of proper maintenance of
growth parameters and minimizing wastage of resources in the mushroom cultivation chamber
Smart monitoring System of Soil Moisture
Patent No:.201731043328
Abstract :
An integrated handheld soil moisture sensor device comprising a controller for controlling a soil moisture sensor and integrated to the
microcontroller, an oscillator to generate an electrical signal of precise frequency, and a sensing unit to determine the moisture content
of the soil. The controller may be a microcontroller of 8051, AVR, PIC and the like controllers. The controller controls the sensor
circuit in accordance to the program dumped in the controller. The soil moisture sensor may be a capacitance sensor, granular matrix
sensor, and the like sensors. The oscillator may be a crystal oscillator, Hartley oscillator, and the like oscillators to provide clock signals
based on the type of said controller. The sensing unit may be a neutron probe, gravimetric probes, and the like sensing units and the material
of the sensing unit may be a conducting material such as copper, aluminum, metal, and thereof. The sensing unit is inserted into the
soil to determine the moisture content of the soil wherein the moisture content is displayed with precise value. The invention consists of
a portable soil moisture sensor and a common display unit. This makes it possible for the user to observe the moisture level of the soil in
multiple locations from a single conveniently positioned display unit.
Automated Portable Diagnostic System and Method for Patients in COVID Hospitals
202031035658
Method and Automated Safety Equipment for Quick Detection of Biological Events of Hospitalized Patents for COVID
202031039046
Smart Attendance and body Temperature monitoring system at working site
202131001373