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Electrical Engineering is a well-respected and growing field of engineering that centers on the practical application of electricity, electromagnetism and electronics. The field is of considerable necessity to modern life and infrastructure, having applications in many diverse branches of modern life. Some of these include telecommunications, energy and power distribution, transportation, manufacturing and consumer electronics. In this report we will go over the education and coursework requirements, fields of the industry, the work environment, salary, tools of the trade, and professional organizations of electrical engineers.

The soldiers unit consists of a microprocessor, GPS tracking device, heart beat sensor, temperature sensor, etc. Where, GPS device is use to track the location of the soldiers. The heart beat sensor is use to sense the pulses or heart beats of human heart, and temperature sensor is used to sense the temperature of body. All the processed and sensed data are transmitted through a module. In this project, our main aim to improve the communication between soldiers and army control room by using advance and effective powerful systems.

As rightly said by Nikola Tesla, “We crave for new sensations but soon become indifferent to them. The wonders of yesterday are today common occurrences”. The sweeping changes in the Technological world with the advent of Electronics have made the role of electrical and electronics engineering a really indispensable one. My fascination for engineering was from an early stage though not a conscious one. It has been my deepest desire to be a part of this proliferating community. While my Bachelor’s degree has given me a well-rounded strong fundamental platform and exposure in the Electrical and Electronics field, I am keen to pursue Graduate education to advance my knowledge as well as contribute to specific areas in Electronics and advancements in technology. I thereby seek to pursue graduate studies in Electrical Engineering at University of Texas at Dallas.

I Introduce myself as an undergraduate student specialized in Electronics and Communication Engineering from “Sree Vidyanikethan Engineering College”, Andhra Pradesh which has empowered me to gain an open mindset and intense bits of knowledge. The course curriculum has been a fine blend of theory and practical knowledge during which I developed a keen interest on applying theory in practical.

ABSTRACT: The aim of this work is to develop an embedded system directed at automating appliances in an industry via Ethernet. Previously Anish NK , Kowshick B , S.Moorthi presented paper on “Ethernet based Industry Automation using FPGA” in year 2013 whereas GopinathS, BhanuprasadP, Harish, SindhuraG, Gautam R.P, Shivas.v.c,Sindhu.B,James.C presented paper on “Bluetooth Communication using touch screen interface with Raspberry Pi”. Considering their results we have designed a system which employs server/client architecture; switching commands for the appliances which are connected to the client can be received and displayed at either end. The data containing information about the control commands are transferred between the end points of communication using Transmission Control Protocol (TCP). The remote host processes the commands received and translates them into actions of switching particular appliances ON or OFF. This type of control system gives the liberty for control of appliances from remote locations connected through Ethernet. A novel embedded system has been designed, implemented on Raspberry Pi and a small-scale prototype is developed and tested.

The purpose of this project is to design a functional prototype of monitoring system for a security purpose and the system use WIFI as a transmission medium.

In this paper, a brief review of the IoT is shown and four fundamentals of the IoT proposed. These fundamentals can be listed as Unique Identity, Network, Senses, and Control. RFduino which includes these four fundamentals is reviewed in terms of the usage in the IoT.

Abstract-Wireless communication is widely used in various fields like automation, military etc. The advanced technologies in wireless sensor network (WNS) lowers he data rate failure and increases its productivity in automation. This paper proposes a design and implementation of industrial process monitoring by using raspberry pi and wireless communication. The system consists of a single master and multiple slaves with wireless communication based on WSN and a raspberry pi system that can either operate on raspbian linux operating system. The parameters that can be tracked are current, voltage, temperature, and water level. The Android app is made to control industrial automation automatically using cloud. Manager manages this app with specific username and password. Manager can control this app automatically or manually.

Monitoring physical parameters such as temperature, pressure, humidity, etc. of process plant is important to continuously know the health of plant. Presently the various process parameters are monitored using conventional smart transmitters, transducers, etc. They need wiring, which not only increases cost of transfer of signal but also their reliability decreases due to physical interconnections, attenuation to the signal and general system becomes complex. Even in the presently available wireless system, they are either available for small range or are high power consuming if available for longer ranges and are very expensive. In order to overcome these problems, the author has suggested a distributed wireless environment to monitor the parameters of interest and send SMS alert to the operator in case of any predefined abnormality. The author has attempted to design and implement open architecture low cost medium range

With increased capabilities and decreased costs, mobile wireless sensor network rapidly gained popularity and interest that greatly enhanced ability to monitor any phenomena. The idea of needs for monitoring has been around for a long time. However, a mobile wireless sensor network became available because of microelectromechanical systems and implementation of wireless communication such as satellites and GSM networks to transmit the gathered data. Further development in semiconductor technologies enabled miniaturization, low power consumption and decreased cost (Kumbhare, Rangaree, & Asutkar, 2016). Even though the monitoring with the use of sensor network have been around for a couple of decades the implementation was done more in stationary approach rather than mobile. Similarly to

The electric grid is a large interconnection of both generation and transmission electrical subsystems usually managed by utilities to facilitate efficient distribution of electricity to consumers and businesses [1]. Providing adequate, reliable and sustainable energy has always been the focus as well as a perennial challenge for utilities. This challenge

This Question Paper Consists of Eight (8) Printed Pages (Including Cover Page) With Six (6) Questions. INSTRUCTION(S) TO CANDIDATES

Utility based automation system is a scalable system that works independently based on automated sensor inputs. Upon completion, it will be able to detect movement, temperature, luminosity etc. and respond with corresponding output. The proposed system comprises of two main parts: first, the web app, which can be used to control the hardware components such as the movement of the doors and windows, the intensity of lights, control AC temperature, etc. Through this, the users can locally or remotely control the security of their house and various other utilities. Second part is the hardware interface module, which provides the appropriate interface to actuators and sensors of the automation system. Opposed to many other home automation systems available, this system is scalable in the way that many hardware interface modules can be added and controlled using the web app. System will be able to support wide range of necessary residential facilities such as security and power management.

Embedded system is a combination of hardware and software, it is also named as “Firm ware”. An embedded system is a special purpose computer system, which is completely encapsulated by the device it controls. It is a computer-controlled system. An embedded system is a specialized system that is a part of a larger system or machine. As a part of a larger system it largely determines its functionality. Embedded systems are electronic devices that incorporate microprocessors with in their implementations. The main purpose of the microprocessors are simplify the system design and improve flexibility. In the embedded systems, the software is often stored in a read only memory (RAM) chip. Embedded systems provide several major functions including monitoring of the analog environment by reading data from sensors and controlling actuators.

One of my subject in engineering degree required me to learn how to design and implement a microcontroller in a practical way. My lecture required me to work in a team to learn how to implement it by creating an automated system using for electrical grid.