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Electrical Engineering

Abstract Project Details

VII – Semester - Section –[A]

A-1

Title

IoT-Based Condition Monitoring of Electric Motors

Projectees

Himani  Chavhan, Poonam  Pise, Nayna  Kahate, Priyanka  Lanjewar, Nikita  Bhandarge, Vaishali  Pardhi, Nikita  Bhoyar.

Guide
Co-Guide (Designation, Company name)

Guide
Mr. Akshay D Kadu,Asst.Prof. Dept.Of Eletrical Engineering,RGCER.

Abstract

The most used machine in any section of the society including industries is Induction machine. Induction motor is used to perform various task in industries such as lathes, mills, routers and grinders. Any small fault occurred in a motor will led to complete motor failure if not addressed in time so condition monitoring of IM is desirable to avoid downtime of any industry. This work deals with condition monitoring in electric Motor using IoT technology. Experimental results reveal the effectiveness of above mention technology.

Keywords

Induction Motor, Sensor, IoT.

A-2

Title

A Case Study of Solar PV system at RGCER

Projectees

UMANG ARUN WASEKAR, SAURABH RAMKRISHNA RAUT, LUMDEV SURESH SAWARKAR, AMIT MITARAM GURAV, UJWAL DIPAK GADEKAR, SHUBHAM PRAMOD BAHADURE

Guide
Co-Guide (Designation, Company name)

Guide :
Mrs. A.A.Munshi (Asst.Prof.,RGCER)
Co-Guide:
Dr.R.M.Moharil (Prof, YCCE)

Abstract

Solar  PV energy conversion has drawn the attention of many researchers in last decade.Also there is need to look  for alternative for conventional energy resources due to rising global energy crisis.The project emphasizes on solar PV installation  system installed at our College . It describes it use , the changes in tariffs due to pv system.Project basically about the case study of solar pv system The actual data of generation and predicted values will be calculated by using the data from metrological department.

Keywords

Solar PV, renewable energy sources, RGCER.

A-3

Title

Zig Bee Based Fault Detection in Overhead Transmission Line & Monitoring System.

Projectees

ADWAIT NAMDEO LADE, ANKIT RAHUL MESHRAM, CHETAN ANIL TURARE, KUNAL DIGAMBAR DAHATONDE, PRANAY SHARAD NINAWE, SHADAB KALIM KALIMULLAH

Guide
Co-Guide (Designation, Company name)

 

Guide :
Mrs.S.D.Patil (Asst.Prof. and head-EE, RGCER)

Abstract

. Transmitting power in overhead transmission line during faulty conditions creates serious damages in the power system. To prevent this, Zig Bee Based fault detecting & protecting system is introduced in this project. It consists of Microcontroller, ZigBee device, CT, PT, LED display, Relays. The monitoring of parameters (current and voltage ) and detection of various faults occurred on overhead transmission line is done. Also during fault, the system gets automatically switch off  for protection & correction purpose, with exact fault location given to control unit.This ensure a safe & reliable operation of transmission line, which further extends the life of grid components,reduces accidents,improve performance of electricity board & mainly reduces maintenance time.

Keywords

Transmission line, Microcontroller, ZigBee device.

A-4

Title

Short circuit alarming and protection system (SCAPS) during overload condition

Projectees

NEHA ROMHARSH KALMEGH, PAYAL RAJU KHODE, DARSHAN RAMCHANDRA KAMDE, ABHISHEK PRAKASH WANKHEDE, ASHISH WALMIKRAO BHANDAKKAR, PAWAN KUMAR SINGH

Guide
Co-Guide (Designation, Company name)

Guide :
Mrs.S.D.Patil (Asst.Prof. and head-EE, RGCER)
Co-Guide:
Dr.S.G.Kadwane (Prof.,YCCE)

Abstract

. To protect the human beings and electrical equipments from getting damage due to short circuit, smart protection and alarming system during overload condition is designed in this project. Here wire temperature is sensed before the fault occurs with temperature sensor DS18B20. It operates from  -50 to 125 ℃    and sense the current upto 1.5mA within 750 ms. The aurdino  ATmega328p will provide signal before occurring of  short circuit. It also provides signal for LED to display the message. Same message is also provided with GSM module coupled with microcontroller. This system is very cost effective and provides safety and security.

Keywords

Microcontroller, Overload Protection

A-5

Title

Distribution End Power theft protection using frequency control scherme

Projectees

Vrushabh Patil,Jay Tijare,Rajat chaudhary,Prajwal Mule,Nayan Charde,Pratik Dehankar,Pratik Damedhar

Guide
Co-Guide (Designation, Company name)

Guide:
Mrs.Priyanka A.Khunkar,Asst.Prof. Dept Of Electrical Engineering ,RGCER

Abstract

The proposed project is to implement a device to alter the frequency of power transmitted  through out the transmission line to avoid power theft while maintaining the decorum of the system. An advanced protection method to protect the theft of electric power at distribution end . This project focuses on the fundamental procedures of power theft and demonstrates a method to protect power theft. This proposed method is totally done by frequency variation in distribution system

Keywords

Frequency controlled scheme,power theft,cycloconverter

A-6

Title

Design and Implementation of Biogas Plant at RGCER.

Projectees

DARSHAN M BALPANDE, SAURABH MADHUKAR MUSALE, KRUNAL JAGDISH GAJBHIYE, SONALI PRADEEP WANKHADE, ASHUTOSH P. SATHAWANE, POOJA PRAVIN RANGARI

Guide
Co-Guide (Designation, Company name)

Guide :
Mrs. A.A.Munshi (Asst.Prof.,RGCER)
Co-Guide:
Dr.Mrs.S.P.Adhau (Asso.Prof, YCCE)

Abstract

This project deals with the Design and implementation of biogas plant at RGCER campus. The main aim of the project is to generate the biogas using the cow dung and food waste of RGCER canteen. The biogas generated can be used for cooking purpose and further it can be used to generate electricity after analysis of gas produced. This project will be a new facility creation which will emphasis on proper waste management. This project is one step towards “SWACHHA BHARAT ABHIYAAN”.

Keywords

Biogas Plant, RGCER, biogas

A-7

Title

Improvement of power using direct current control method of STATCOM

Projectees

Tushar giripunje, pankaj dhongale, sanjyot ramtake, tinkesh bhanarkar, toshik ghormare, takshak raul, piyush ganorkar

Guide
Co-Guide (Designation, Company name)

 Guide:
Ms.TriptiRai,Asst.Prof. Dept. Of Eletrical Engineering,RGCER

Abstract

This project introduced the working principle of STATCOM by using direct current control method of triangle carriers waves to detect both the harmonics and reactive power also reduces the switching noises and pulsating current and improves the reliability, controllability and power factor. With the help of MATLAB to build the model of STATCOM and the simulation result verified the feasibility and effectiveness of this method and accurate, fast and steady compensation effect

Keywords

STATCOM; direct current control; reactive power; MATLAB

A8

Title

Case study of substation automation system

Projectees

Kalyani burdkar ,  Kalyani tamsatwar ,   Pallavi burade
Shital gaikwad,  Sneha moon, Sneha niwant,  Devyani shende        

Guide
Co-Guide (Designation, Company name)

Guide:
Mr.Rajesh Rane,Asst.Prof.,Dept. Of Electrical Engineering,RGCER.

Abstract

Substation has a critical role in power network because it is a subsidiary station of an electricity generation, transmission and distribution system where voltage is transformed from high to low or the reverse with power transformers. All devices in substation are controlled, protected and monitored by substation automation system (SAS) that collect information from the power equipment ( process) and performs action of it. Communication network is a fundamental element in all automation system and network performances can have a critical impact on the control process. in the past decade, new communication standard have been designed and retrofitted into substation. IEC61850 is a new international standard for substation automation. In this paper, the authors describe some important feature IEC61850 as an international communication standard in substation automation system, that separate this standard from other communication standard in substation

Keywords

SAS   substation automation system

A-9

Title

DESIGN OF SMART ATTENDENCE MONITORING SYSTEM AND ENERGY CONSERVATION

Projectees

Mahima Ganar ,Mayuri Diwate, Prajakta Ghadge,Renuka Dhamankar,Shivani Gedam, Sudhnya Patil

Guide
Co-Guide (Designation, Company name)

Guide:
Ms. Anagha Gajbhiye,Asst.Prof. Dept. Of Electrical Engineering,RGCER.

Abstract

In today’s era maintaining manually record of particular person attendance is most difficult task in the industries, schools, universities or working places. The first and foremost important aim in our project to replace this manually maintaining monitoring system with automatic monitoring by using sensors RFID or NFC. It’s help to generate monthly monitoring sheet. Manual attendance system required lot of paper work and calculations and there will be great chances of errors. To save the time of maintain lecture swapping data and average attendance of each student we can use automatic report generation MMS technique. This automatic monitoring system includes designing cost effective automated system which can be easily incorporated in academic institutions to conserve the energy . As per present scenario of energy crisis not only demand to increase generation of energy but also to utilize it .If we can't generate electricity at our own but if we are able to save at least one unit by proper on/off control of fan/ light when our classroom is empty it means we directly help our generation sector.

Keywords

NFC/RFID,GSM,MMS

A-10

Title

ONLINE MONITORING OF SOLAR PV ARRAY SYSTEM

Projectees

Ankush Shukla,Diksha alone ,Mayur Borkar ,                          Pratik Virkhede ,Sanyukta Ambekar ,Shital Zade
Shripad Tagalpallewar

Guide
Co-Guide (Designation, Company name)

Guide:
Mr.Manish Kurwale.Asst.Prof.Dept. Of Electrical Engineering,RGCER

Abstract

When fault is occurred in solar PV array then we have to shut down whole array for clearing fault but in this project we does not shut down whole array system. In this project, we continue the power generation through rest of the PV’s by passing the current using contactor without shutting down the system. Due to availability of solar energy across country unlike other renewable source which have geographical limitation, solar photovoltaic among all renewable source is proving to be most beneficial .If photovoltaic solar panel made up of individual photovoltaic cell connected together then photovoltaic array also known as solar array. Multiple solar panel electrical wire together to form much large PV installation form an array. In present existing system if any fault occurs then we have to shut down the whole system. In our project if the fault occurs in any PV panel then the only particular panel will automatically disconnected.

Keywords

Solar PV, Converter, PI Controller, Switch gear

A-11

Title

Theft Control By Digital Fuel Meter Using Arudino.

Projectees

Purvesh Sawarkar, Roshan Jadhav , Sumed Bhoyar , Pranit Ninawe , Abhinay Rindhe , Shankit Kambke, Ravindra Jagnam

Guide
Co-Guide (Designation, Company name)

Guide:
Mr.Manish Agrawal.Asst.Prof.Dept. Of Electrical Engineering,RGCER
Co Guide:
Prof. Abhijeet Dhondse
(Lecturer ,SDMP Nagpur)

Abstract

 In India, mileage issue has risen to be a major issue prompting clients stalling out in obscure zone since they neglect to check the fuel level. This proposed configuration can give an approach to stop this issue and control the exorbitant utilization of the fuel to the client by demonstrating mileage.This proposed configuration will be useful to control the theft of the fuel and stream of the fuel in the vehicle, additionally persistently shows the fuel.

Keywords

Arudino Kit, Microcontroller, GPS System, Load Cell,                LCD, Battery.

A-12

Title

Harmonic Mitigation in a Distribution System using Single Phase Series Active Power Filter (SAPF)

Projectees

Ankita Giradkar, Rahul Sable, Ritesh Tagde, Mayur Bhute

Guide
Co-Guide (Designation, Company name)

Guide:
Ms. Nivedita Pande, Asst. Professor, Dept. of Electrical Engineering, RGCER

Abstract

This project deals with the single phase Series Active Power Filter (SAPF) integrated with a rectifier for harmonic mitigation in low voltage distribution system. The DC link capacitor of the series compensator is he wide variation in the voltage of AC mains, thus avoids thshared with a voltage fed type harmonic load. This suggested system configuration leads to an advantage of reduced component and immune to te derating of the load. SAPF provides an effective harmonic compensation in the distribution system under non-linear load. The behavior of the SAPF for the mitigation of harmonics will be analyzed on the basis of harmonic indices and an extensive digital simulation will be carried out in MATLAB/Simulink software to validate the system performance.

Keywords

Series Active Power Filter, harmonic mitigation, voltage fed type harmonic load, non-linear load, DC link capacitor

A-13

Title

Design and simulation of dynamic voltage restorer  for  voltage sag/swell mitigation

Projectees

Akshay talapelli, Ashwajeet sakharkar, Suraj kharwade, Prashant poinkar, Prashish kamde,Mithunkumar Bagde

Guide
Co-Guide (Designation, Company name)

Guide:
Mr.Manish Agrawal, Asst. Professor, Dept. of Electrical Engineering, RGCER

Abstract

 To study power quality issue related with distribution system such as frequency variation, transient, continuty of supply,sag &swell.
Due to sag/swell in distribution system their is huge capital loss of country.For mitigate the problem of voltage sag/swell we have using DVR technique to minimize losses.
.Our proposed plan is to design & simulate the DVR for voltage

Keywords

MATLAB Software


VII – Semester - Section –[B]

B-1

Title

DC to DC Charger for Electric Vehicle using Super Capacitor.

Projectees

Divya  Kapse, Mayuri  Mehatre, Surabhi  Kachhawa, Sonali  Khorge,  Ashwin  Gaidhane , Prashant  Satpute  

Guide
Co-Guide (Designation, Company name)

Guide:
Mr. Akshay D Kadu,Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

Electric vehicle technology has several advantages such as less environmental pollution (eco-friendly), conservation of conventional source of energy. Apart from these advantages it suffers from few disadvantages such as battery maintenance, slow speed, short driving range, longer recharge time. this work deals with short driving range, longer recharge time of Electric vehicle battery by designing DC DC charger using super capacitor. The validity of such an approach is supported by simulation and experimental results performed on a battery and super capacitor.

Keywords

DC DC charger, Super capacitor, Electric vehicle

B-2

Title

Design and Implementation of Automatic Gas Valve Control Mechanism for Biogas Plant at Sanjivan old Age Home

Projectees

Mayuri Nakhate, Nikita Bagde, Shivani Nandanwar, Rohan Lokhande, Vrushabh Dhomne, Parag Joshi

Guide
Co-Guide (Designation, Company name)

Guide:
Ms. Nivedita Pande, Asst. Professor, Dept. of Electrical Engineering, RGCER
Co-Guides:
Dr. S. Mahakalkar, Associate Professor, Dept. of Mech. Engg., RGCER
Dr. S. Adhau, Associate Professor, Dept. of Elect. Engg., YCCE,

Abstract

Biogas plants are slowly becoming popular due to the benefits associated with them like these are non-polluting and renewable energy source, reduces landfill and cheaper. They are already being used for public transport, industrial heating and many more applications. However, users from rural communities are still facing problems due to the absence of automation in biogas plants. Hence, the demand for automation and control is increasing so as to enhance the plant performance
The project proposes a hardware implementation of automatic gas valve control mechanism for biogas plant installed at Sanjivan old age home, Kanholi bara, Hingna. The automatic gas valve control system will be designed using Valve Control Microcontroller (VCM). An automatic opening and closing of the ball valve will be carried out by motor fitted to the valve. Based on the pressure inside the dome, VCM allows motor to perform the on and off operation of the valve if the pressure inside the dome exceeds or fall below the preset value.
          This advanced mechanism will provide more efficient and reliable solution to the existing biowaste systems by reducing human intervention and by avoiding the gas leakage.

Keywords

Biogas, automatic gas valve control, Valve Control Microcontroller, servomotor, pressure

B-3

Title

Energy Efficient Induction Motor Drive

Projectees

Kunal Mahant, Vaishali Waghmare, Priya Bhoyar, Kalyani Vilayatkar, Bhavik Shelke, Samiksha Kute, Mayuri Thote

Guide
Co-Guide (Designation, Company name)

 

Guide:Dr. P D Debre Asso.Prof.& Dean  Academic,  RGCER
Co-Guide: Mr. Sunil Mahabal (DGM, Mahindra & Mahindra)

Abstract

In an electrical power system, 80-85% of the generated power is consumed by induction machines and induction motor have low lagging power factor. The low lagging power factor is highly undesirable as it causes an increase in current and result in additional losses of active power. While developing the energy-saving or power quality correcting devices, the power factor measurement and its control are important issues.AC controller can be used to adjust the stator voltage of an induction motor running under variable load in order to maintain better efficiency. With the present semiconductor technology, many solutions exist to alter the power factor of dynamic ac loads through an ac controller. In this project, the performance evaluation of the extinction-angle control technique has been illustrated. This method will be suitable for fan, pump and blower load coupled to a single phase induction motor which is used in almost all industries. The advantages of proposed method are its high power factor, high efficiency and less power consumption. The control technique used  is easy and convenient.

Keywords

An extinction angle control scheme, high power factor, single phase induction motor, VVVF drive

B-4

Title

Cenosphere Extraction from Fly Ash

Projectees

Sahil Bhure, Priyank Zilpe, Yash Kimmatkar, Aditya Bhake, Girish Kale, Ankush Deshmukh, Vaibhav Wahale

Guide
Co-Guide (Designation, Company name)

 Guide:
Ms. Anushka Tekade Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

Cenosphere are one of the most value added fractions of coal fly ash. They have a hollow spherical structure and can be applied in many industrial applications, due to their superior properties, such as low bulk density, high thermal resistance, high workability and high strength. The idea is to extract this Cenosphere with very little or no human effort by using electronic, chemical, electrical and else technologies. These are- Lagoon method, reflux classifier, inverted reflux classifier, closed type pneumatic separator etc. Present cost of  Cenosphere is Rs. 23000/ Kg.

Keywords

Cenosphere, coal fly ash, Lagoon method, pneumatic separator, reflux classifier

B-5

Title

Performance improvement of solar PV power generation system using cleaning mechanism

Projectees

Ankush Mehare,Shubham Kolte,Sushil Zadode,Mitali Ramteke,Pooja More,Prakarsha Dhanjode

Guide
Co-Guide (Designation, Company name)

Guide:
Ms.Priyanka Kubade , Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

A solar is an electronic device that provide electricity by conversion of solar energy. But there are some factors which reduces the efficiency of panel. Among these factors, the dust and soiling losses play major role of reducing output power and efficiency. In order to operate panel at maximum efficiency with a zero energy loss, the surface panel need to be dust free. Generally the dust, dirt reduces the efficiency of panel of around 15 to 20%(including inverter loss). In order to compensate these losses there is a need of automation that is automatic solar panel cleaner which will help in cleaning of surface of panel, reduces the labour cost and water consumption, manual inspection and increase the speed of cleaning as compared with traditional method.

Keywords

Solar panel, dust cleaning , efficiency

B-6

Title

Automation&Real Time Monitoring of Effluent Treatment Plant at Mahindra & Mahindra

Projectees

Abhishek kohale, Akash khadse, BhushanGhaywat,
GovindSonwane, PrajwalRaut, Swanandpachghare

Guide
Co-Guide (Designation, Company name)

Guide:Dr.Prashant Debre Asso.Prof &  Dean of Academics ,RGCER
Co-Guide:Ms.Snehal Baviskar (Asst.Manager,Mahindra&Mahindra)

Abstract

The Effluent Treatment Plant (ETP) plant is basically water treatment plant which process industrial waste water for its reuse or safe disposal to the environment. The influent water comes from the various parts of the industry, then the influent water goes through various treatment procedures such as screening, equalization, PH corrections etc.., So that it may be reuse or released to a sanitary sewer. To achieve this induction motors are used with several controllers as per the system requirements. We are working on ETP present in Mahindra which has no automation present yet.. so our main objective  is to  make these process automated and increases the plant efficiency in terms of reducing manpower,reducing manual correction.We are implementingArtificial intelligence , so that our purpose can be met. For this reason we are going to examine the current control procedures of the plant  using sensors. Sensors will collect all the data of motors and plant and will send all information to the receiver, according to which they will monitor , make decisions and prediction to avoid any motor failure and stoppage of treatment process .

Keywords

ETP plant, Artificial intelligence, RaspberryPI.

B-7

Title

Detection of fault in phase of induction motor by using GSM technology

Projectees

Akshay R. Dakhale ,Pravin D. Bondre ,Harish K. Ingale Rakesh M. Dhanvijay Pranay B. Akare  ,Shubham D. Patil

Guide
Co-Guide (Designation, Company name)

Guide:
Mr.Manish Kurwale, Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

To detect fault automatically in Single or Three phase system To do automatically ON-OFF the motor in the industrial purpose Physical effort and inconvenience Losses/frequent damage of irrigation equipment, In this case will study about the automatic ON-OFF motor in irrigation/industrial purpose. In some place discontinuous availability of Three Phase supply. In this case we are going to use the capacitor as an auxiliary winding to convert Single-phase to Three-phase to start the motor. At an instant if supply is OFF the    we have to do again connection for availability of Three phase supply so this problem can be overcome using automatic technique and also there is content of automatic ON-OFF. Maximum temperature detection of motor, water reservoir and also to detect automatically moisture level of soil. So we are minimizing above problem related to irrigation/industrial automatically

Keywords

Induction motor, Sensor, switch gear, fault detection

B-8

Title

 Supercapacitor based metro train

Projectees

Shreya  Tamgade , Kyalhavina Raut, Apurva  Mahajan Kajal Kuthe, Prashant Mandaokar, Nikhil Bhoskar, Krushna Diware

Guide
Co-Guide (Designation, Company name)

 Guide: Ms  Geraldine Mathew 
Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

Metro train aim to provide safe and comfortable journey to a large number of passenger in a short period of time, which make then become an important part of public transportation to relieve traffic congestion.In recent days we are using the batteries for Solar based Metro Trains, as discharging of batteries takes less   time & to keep the batteries charged we need to keep the overhead lines to provide continous charging.In this project   we propose to make a  prototype  of  charging  system making use of super-capacitor. As super-capacitor has capabilities of storing more power hence the discharge time of this capacitor is much more, so it is efficient to drive  motor of the metro train. This super-capacitor also get discharge by supplying continuous energy to motors of metro train so the charging of this capacitor is necessary to give continuous and trouble-free operation of metro.

Keywords

 Supercapacitor , Metro train

B-9

Title

Intelligent bomb diffusing robot

Projectees

 Sanket Joshi , Jayesh Chintale,  Jwapnil Umap, Nikita thombre Priyanka Mothghare Nikita Mngle Mukesh dasriya

Guide
Co-Guide (Designation, Company name)

Guide:Ms  Geraldine Mathew 
Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

In this project we propose to make an  a cost efficient and intelligent robot which will be useful in providing an extra layer of safety to the bomb disposal Squad . Our robot wil aim to provide protection to the bomb disposal squad by allowing them to check and analyse  any suspicious packet before actually approaching for  its disposal . Even if a robotr cannot reach an item for disruption it can still be used to relay information to aid in tool and procedure  selection to moving downrage

Keywords

Robot

B-10

Title

IMPROOVE  FLOOR  CLEANING MACHINE  WITH  SEATING  ARRANGEMENT

Projectees

Sagar Denge ,Rupali BorkarShikha Tiwari , Paritosh Ueekey,Siddhant Agarkar , Manish Maskar Mrunali Raut
 

Guide
Co-Guide (Designation, Company name)

Guide:
Mr. Rahul Jawale, Asst.Prof. Dept .Of Electrical Engineering, RGCER.

Abstract

 With the inception of cleaning machine in early 19th century, automated machine controlled floor cleaners were introduced for the sake of the betterment of mankind. Automatic floor cleaner with seating arrangement is system that enable cleaning of the floor with the help of electrical and mechanical control system.The cleaning purpose is specifically carried out by some continuous relative motion between scrubber and floor surface. The project work deals with floor cleaning machine with seating arrangement a solution to Man Driving machine operated at our college. The automatic floor cleaner will save a huge labor cost in future.      

Keywords

Electric Vehicle, Motor Control Circuit, DC Motor, Battery Management System

B-11

Title

Design and fabrication of vibratory stick for blind person.

Projectees

RINKAL RAJIV DONGRE, SANCHIT KAHIRE, DISHA MATE

Guide
Co-Guide (Designation, Company name)

Guide:
Mr. Rajesh Rane, Asst.Prof. Dept .Of Electrical Engineering, RGCER

Abstract

In today industrial world, Automation play a vital role, it is actually and arrangement of different elements in order to regulate, direct, sense and command itself  to achieve the desired result.  In automation system working media is either mechanical, pneumatic, hydraulic, electrical, electronic depend on the requirement. Our project topic depend upon the concept of  Ergonomics. Ergonomics: the science of designing user interaction with equipment and workplaces to fit the user. Ergonomics is the study of designing equipment and devices that fit the human body, its movements, and its cognitive abilities The International Ergonomics Association defines ergonomics as follows: Ergonomics (or human factors) is the scientific discipline concerned with the understanding of interactions among humans and other elements of a system, and the profession that applies theory, principles, data and methods to design in order to optimize human well-being and overall system performance. Ergonomics is employed to fulfill the two goals of health and productivity. It is relevant in the design of such things as safe furniture and easy to use interfaces to machines and equipment. Proper ergonomic design is necessary to prevent repetitive strain injuries, which can develop over time and can lead to long-term disability.

Keywords

automation system, Ergonomics