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Jan 27, 2015

Top 10 Civil Engineering Projects for Students

Jan 27, 2015 - 0 Comments

Civil engineering is one of the very old and important branch of engineering and help in building great architecture design and deal in mainly in construction, and maintenance of those. In India PWD department mainly consist of Civil engineers which do mainly construction work like roads, bridges, canals, dams, and buildings. In this post we have selected 10 Civil engineering project for students which are free to download. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Top 10 civil engineering projects for free download


[Free Download] 10 Civil Engineering Projects for Students



1. Training Report on Residential Building Construction

2. Civil Project on Trickling Filter System

3. Civil Project on Soil Stabilization & Reinforcement

4. Execution Work in Post Tension Slabs

5. Design of Elevated Service Reservoir

6. Application of Robotics in Construction Industry

7. Design of Residential Building

8. Aggregate on Self Compacting Concrete of M70 Grade

9. Analysis & Execution of Road Construction Work on NH-5

10. Analysis & Design of Multi Storey Residential Building



More Civil Engineering Projects


There are many other Civil projects at our website which you can find in above link. You can also submit your own final year Civil project and seminar to us through email given in contact page or can also suggest Civil project by commenting below. If you want to discuss about any Civil project topic, you can discuss that on our FYP forum.

Jan 26, 2015

Systematic Risk and Fund Performance

Jan 26, 2015 - 0 Comments

Systematic Risk and Fund Performance is good topic for seminar for MBA students, use this only for reference. In this paper, we study systematic risk factors that influence returns in the Russian stock market and investigate how Swedish Russia and Eastern Europe funds have performed and managed their portfolio holdings in an emerging market environment. We find that the Russian stock markets exposure to systematic risk in other emerging markets is high and significant.



Systematic Risk and Fund Performance

Recommended MBA Project: Performance Evaluation of ICICI and SBI using Fundamental and Technical Analysis

Commodity risk and global currency risk are also important, although subjects to strong time variation, which persists cross sectors. Swedish Russia and Eastern Europe funds manage these risk factors by reducing their overall portfolio holdings exposure to the systematic market risk. This enables them to over perform the market index and generate positive excess returns, mainly through long-term strategic investment decisions.

Author: Kristian Elonen, Saara Hollmén

Source: Stockholm School of Economics

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Jan 19, 2015

ECE Project on Speed Checker for Highways

Jan 19, 2015 - 0 Comments

Now days, accident which occur due to over speeding has increase a lot and thus this Electronics project on speed checker for highways is a perfect solution to fine those drivers who drive beyond the speed limit. This report focus on developing a system to control and achieve accurate direction speed for different vehicles with a class of non-linear systems along with obstacles which are present by using wireless communication technique. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Speed Checker for Highways


In this project, PCB layout is designed without using a micro controller circuit which results in the state trajectory 'sliding' along path-varying slides on the surface. This idealized control law achieves perfect direction & speed however. The method is applied to the control of a two-link manipulator handling variable loads in a flexible manufacturing system environment. In our project we use LDR sensors to detect the presence of a vehicle.


Recommended Project: Automatic Railway Gate Control & Track Switching


This project contains 2 LDR sensors which are placed apart with a fixed known distance as shown in above image and whenever LDR rays are interrupted by incoming vehicle, the first sensor starts its timer. When the other LDR sensor senses the presence of vehicle, the count up timer is stopped. As the distance and time are received at LDR receiver, the LDR signals is noted and from that we need to calculate speed.


Prototype of Speed Checker for Highways

Here speed is calculated from the well known formula of speed which is distance/time. In this circuit we are using 7 SEGMENT display for indicating the speed. It is easy to setup and supports the required hardware. To design a vehicle that supports the newest technology available will be more expensive than boards that are already close to obsolete.

Recommended Project: Electronics Project on Energy Generation from Busy Road


This project has been designed assuming that the maximum permissible speed for highways is either 40 kmph or 60 kmph as per the traffic rule. The circuit is built around five NE555 timer IC's (IC1 through IC5), four CD4026 counter ICs (IC6 through IC9) and four 7-segment displays (DIS1 through DIS4). IC1 through IC3 function as monostables, with IC1 serving as count-start mono, IC2 as count-stop mono and IC3 as speed-limit detector mono, controlled by IC1 and IC2 outputs. Bistable set-reset IC4 is also controlled by the outputs of IC1 and IC2 and it (IC4), in turn, controls switching on/off of the 100Hz (period = 0.01 second) astable timer IC5.


This project is good if you have been asked to make project without micro-controllers and contains all the details like block diagram, circuit diagram, working etc. which is helpful in making project. Use this report for your reference and study work only.

Author:- Sumit Kumar, Naresh kumar meena, Vikrant negi

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Jan 11, 2015

Study on Physiochemical & Qualitative Traits on Rice Varieties (Oryza Sativa)

Jan 11, 2015 - 0 Comments

This is Biotechnology project report on study of Physiochemical and Qualitative traits on some Rice Varieties (Oryza Sativa). Rice is the world’s most important food crop and a major source of food for more than half the world’s population. Rice could be a staple food for simple fraction of the population within the world. Rice could be a wholesome nutritive cereal grain that possesses uncommon dietary necessities. Rice is one in all the foremost food product crops within the world. Though is principally consumed as a full kernel however it also can function the bottom material for a good style of applications, rice contains additional calories per half-cup portion of rice than rice (USA Rice Federation, 2004). You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Study on Physiochemical and Qualitative Traits on Rice Varieties (Oryza Sativa)


Rice is freed from protein and sterol and contains traces of fat and Na contents. It contains advanced carbohydrates and it's simply predigested (American Rice INC, 2004). Rice is a starchy staple food, which provides a large portion of dietary energy. The cooking and eating properties of rice are basically determined by the properties of the starch. Therefore the starch properties are an important factor for the determination of rice grain quality.

Recommended Article: Ethyl Alcohol Production by Fermentation of Cane Sugar Molasses


The present study was carried out on the seven different rice varieties, collected from the different region of the Uttarakhand. The cooking, biochemical and molecular analysis was conducted on seven different rice varieties for different parameters to assess their quality characteristics. The data obtained for different parameters were subjected to statistical analyses and the results are interpreted and discussed in this project.


The present study was conducted on the physiochemical and qualitative traits of the different non basmati varieties of rice. The objective of present study was as follows:

1. To collection of the different rice varieties of Uttarakhand.
2. To estimate the physiochemical properties.
3. To analyze the qualitative characteristics.
4. To isolate and quantification of protein .
5. To isolate and quantification of DNA.

Author:- Pooja Rawat

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Jan 2, 2015

Design and Fabrication of Tri–Barrel Screw Type Hybrid Army Tank

Jan 2, 2015 - 0 Comments

Design and fabrication of Tri-Barrel Screw Type Hybrid Army Tank is based on the new replacement of ordinary army Tank. Normally a military Tank have only 1 barrel and strikes the opponent in just one direction, so as to beat the disadvantages in single barrel Tank, we have a tendency to use 3 barrels within the Tank which may target 3 at a time. One more advanced feature is screw sort wheel which will travel on cross-country i.e. which may travel on muddy space, snow etc. At constant time it’s Associate in Nursing amphibian thus it will travel on road and ocean. In one direction we will explode thrice at a time. This Tank will carry several of troopers and equipment’s at the event of war. we have a tendency to had simply created a miniature of the Tri-Barrel Screw sort Hybrid armoured combat vehicle. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Tri Barrel Screw Type Hybrid Army Tank


Normal army tank contains only one barrel for firing and it has belt type wheels but this project have three barrels.
Two of which moves at 180 degree and one moves at 360 degree. It has screw type wheel that can travel on off-road i.e. which can travel on muddy area, snow etc. At the same time it’s an amphibian so it can travel on road and ocean. This Tank could avoid obstacles at any cost.

Recommended Project: Design and Fabrication of Solar Food Dryer

It can be turned easily those three barrels could be pointed out easily at any directions each can explode at any directions and in one direction we can explode thrice at a time. This Tank can carry many of soldiers and equipment’s at the event of war. Due to the screw type wheels could possibly destroy any obstacles.


This project on Tri Barrel Screw type Hybrid Army Tank works on the principle based on screw driven mechanism. There are two screw type wheels made to be assembled at the bottom of the tank for perpendicular and parallel direction of the tank.

The Cross belt and Open belt are used to make the screw type wheel to rotate in clockwise and anti-clockwise direction in order to move the Tank forward. If the direction of rotation is changed then the Tank moves backward. If both the wheel directions are same the Tank moves in parallel direction.

Worm Gear cutting on the screw type wheels make the tank to move perpendicular and parallel directions. The main source of power transfer for moving the tank is an Electric Motor. This electric motor works on an AC power source with 9500rpm, it controls the movement of our tank by transmitting the power through belts and pulleys. Use this project for your reference and study work. Download the project report to get complete reference of the project.

Author:- T.Naresh, M.Vinoth Kumar


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Dec 25, 2014

Speaker Recognition System

Dec 25, 2014 - 0 Comments

Speech recognition could be a common topic in today’s life. The applications of speech recognition may be found everyplace, that create our life simpler. For instance the applications within the transportable, rather than writing the name of the one who individuals need to decision, individuals will simply directly speak the name of the person to the transportable, and also the transportable can mechanically decision that person. If individuals need send some text messages to somebody, individuals can even speak messages to the transportable rather than writing. Speech recognition could be a technology that folks will management the system with their speech. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Feature Extraction Steps Speaker Recognition System


In general, the target of this project is to research the algorithms of speech recognition by programming and simulating the designed system in MATLAB. At an equivalent time, the opposite purpose of this project is to utilize the learnt information to the important application. during this project, we'll program 2 systems. the most algorithms for these 2 designed systems square measure concerning cross-correlation and MEL frequency cepstrum constant. So as to urge reliable results, the tests are going to be completed in numerous things. Firstly, the take a look at environments are going to be creaky and quiet severally for work the immunity of the noise for designed systems.


Recommended Project: GAIT Recognition System

Speech processing is the study of speech signals and the processing methods of these signals. The signals are processed digitally whereby speech processing can be seen as the interaction of digital signal processing and natural language processing. Speech recognition is the process by which a computer identifies spoken words. Basically, it means talking to your computer, and having it correctly recognize what you are saying. This is the key to any speech related application.


This report contains information about basic speech signal, theory of Digital Signal Processing, info about automatic speaker recognition system is discussed, feature extraction method, algorithm used in this project, source code, conclusion, application of these project and Scope for future work will be discussed. Use this MATLAB project report on Speaker Recognition System for your reference only.


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Dec 13, 2014

Project on Woman Security System

Dec 13, 2014 - 0 Comments

With the increasing crime against Women, we have decided to post projects on safety of women. Today we are providing project on "Woman Security System" which is made to minimize the risk of accidents and will reduce the rate of RAPE. This system is composed of a Micro-controller and a GSM Modem. This is an inexpensive device which reduces the problem associated with accident notification. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Block Diagram of Woman Security System


Women security system project uses different components and major are shown in above block diagram. This project uses ATMEL89C52 microcontroller. It mainly controls the all function of the project. GSM modem is used to send messages to the predefined numbers stored in the microcontroller. This GSM modem uses AT commands in order to send messages to the predefined number.

Recommended Project: GSM and GPS Based School Kids Tracking System


There are also few limitation of this project. For tracking the location of the vehicle, the GPS provides the information in the form of latitude and longitude which further requires software such as Google Map to know the name of the area and the nearest landmark. However by attaching an external Memory card to the project consisting of respective information can make the limitation to overcome. This project report also include microcontroller programming for reference.


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Dec 5, 2014

Energy Audit of Mechanical Workshop

Dec 5, 2014 - 0 Comments

This is a very unique Mechanical engineering project on "Energy audit of mechanical workshop" which is completed for fulfillment of the requirement for the award of degree B.Tech in the department of Mechanical engineering of UPTU. An energy audit may be a study of a plant or facility to see however and wherever energy is employed and to spot strategies for energy savings. There's currently a universal recognition of the actual fact that new technologies and far larger use of some that exist already offer the foremost hopeful prospects for the longer term. The opportunities lie the utilization of existing renewable energy technologies, greater efforts at energy potency and also the dissemination of those technologies and choices. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Energy Audit of Mechanical Workshop


An energy audit is associate degree examination, survey and analysis of energy flows for energy conservation in a very building, method or system to scale back the quantity of energy input into the system while not negatively poignant the output(s).


Improving energy potency and conservation are essential to achieving environmental property. Associate degree energy audit identifies wherever energy is consumed and the way a lot of energy is consumed in associate degree existing facility, building or structure. Data gathered from the energy audit may be accustomed introduce energy conservation measures (ECM) or acceptable energy-saving technologies.


Recommended Project: Solar Energy : The Renewable Energy for the Future


Main objective of this project is to make mechanical workshop energy efficient. Making the mechanical workshop energy efficient will not only help the institute reduce its expenses but also helps us fulfill our moral responsibility of not wasting these precious resources.


This report contains objectives, principle, workpaln and other information which is required to do complete energy auditing. Use this Mechanical project report only for your reference and study work.


Author:- Sagar Taliyan, Rahul Chauhan, Andeep Kr. Chauhan, Sanjay Kumar, Sanjay Singh


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Nov 26, 2014

Seminar on Bicycle Brake

Nov 26, 2014 - 0 Comments

Today in this seminar report we are going to discuss little about bicycle brake. A bicycle brake reduces the speed of a bicycle or prevents it from moving. The 3 main varieties are: rim brakes, disc brakes, and drum brakes. There are numerous sorts of brake used throughout history, and several other ar still in use these days. Most bicycle brake systems encompass 3 main components: a mechanism for the rider to use the brakes, like brake levers or pedals; a mechanism for transmission that signal, like Bowden cables, hydraulic hoses, rods, or the bicycle chain; and therefore the brake mechanism itself, a caliper or drum, to press 2 or additional surfaces along so as to convert, via friction, mechanical energy of the bike and rider into thermal energy to be dissipated. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.


Bicycle brakes


Brake Types



Mainly there are three types of bicycle brakes which are used majorly in their times. Three types of brakes are Spoon brake or plunger brake, Duck Brake and Rim brakes.


The spoon brake, or plunger brake was in all probability the primary style of bicycle brake and precedes the pneumatic tire. Spoon brakes were used on penny farthings with solid rubber tyres within the 1800s and continued to be used when the introduction of the pneumatic-tyred safety bike. The spoon brake consists of a pad (often leather) or metal shoe (possibly rubber faced), that is ironed onto the highest of the front tyre. These were nearly always rod-operated by a right-hand lever. In developing countries, a foot-operated type of the spoon brake generally is retrofitted to previous rod brake roadsters. It consists of a elastic device flap connected to the rear of the fork crown. this is often depressed against the front tyre by the rider's foot.

Recommended Article: Project on Vacuum Braking System

Invented in 1897, the duck brake, aka Duck Roller Brake used a rod operated by a lever on the bar to drag twin friction rollers (usually fabricated from wood or rubber) against the front tyre. Mounted on axles secured by friction washers Associate in Nursingd set at an angle to adapt to the form of the tyre, the rollers were forced against their friction washers upon contacting the tyre, so braking the front wheel.



Rim brakes ar thus referred to as as a result of braking force is applied by friction pads to the rim of the rotating wheel, so retardation it and therefore the bicycle. restraint may be fabricated from animal skin, rubber or cork and are mounted in metal "shoes". Rim brakes are generally motivated by the rider compression a lever mounted on the bar.

This report also explains different brakes types in details and also explains about their different types and use. Take this report as a reference material for your study and project.

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Nov 13, 2014

Project on Automatic Drilling Machine

Nov 13, 2014 - 0 Comments

Drilling depth is very important and calculating it while drilling manually through a conventional drilling machine is extremely impossible, most possibly the job will be failed due to the over drilling. In many cases, after completing the drilling work, it is very difficult to estimate the depth; especially thin holes depth can’t be measured. Therefore an automatic drilling machine that do the work of drilling according to the drilling depth generated & forwarded to the control circuit is essential; hence this project has been built, which exposes the technology of special purpose drilling machines. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Automatic Drilling Machine control circuit

The Electrical drilling machine designed here is sort of helpful for mechanical workshops. The machine is built with power feed technology is aimed to drill the work up to sure nominal depth, For ex. if a specific piece of job is meant to be trained to a restricted depth, doing it manually consumes ton of your time, as a result of whenever depth must be measured through a crude technique, therefore estimating the drilling depth is sort of sophisticated. For this reason this machine is intended &its mechanical movements square measure restricted by programming the drilling depth through a potentiometer interfaced with microcontroller.


Recommended Project: Front Wheel Steering System with Moveable Headlights

Drilling machine can be defined as an device which is used to drill holes. Drilling machine plays an important role in mechanical workshops. The purpose of this project work is to get hold of complete information pertaining to drilling machines.


Drilling machine control circuit as shown above consisting of 12 keys is aimed to generate drilling depth information in millimeters. Out of 12 keys, 10 keys are utilized to raise drilling data through numeric numbers of 0 to 9. The 11TH key is used as clear key, & the 12TH key is used as start/go key. After entering the data and by activating the go key, the machine starts & performs the function of drilling. The micro-controller (consisting of processor, RAM and EPROM, and three ports) takes care of hardware and software, when the keyboard is interfaced to it.

Recommended Project: Mechanical Pneumatic And Hydraulic based Projects

In this concept, the microcontroller scans the keys continuously, i.e., the function of programs stored in the EPROM through the keys. The micro-controller monitors the keyboard continuously & detects the activated key automatically. Controller is programmed to store the data of activated keys information in to its EPROM.

This project revealed that building a relatively low cost, high precision drilling machine named as “Automatic drilling machine” designed for workshops is aimed to offer benefits to the Industrialists. Since it is a prototype module, the system is designed with a single drilling motor; there by it can perform single operation at an instant. To enhance the technology further & to make it more comfortable, drill motors can be increased such that a particular specific task can be achieved with the single machine, therefore it can be used for more applications.

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Oct 28, 2014

Design of MultiComponent Distillation Column by Approximate & Rigorous Method using MATLAB

Oct 28, 2014 - 0 Comments

This is chemical engineering project report on design of multi component distillation column by approximate and rigorous method using MATLAB. This project describes the methodology to separate three components (hexane, heptane and octane) by approximate and rigorous method. Approximate method includes three steps for the calculation of minimum stages, minimum reflux ratio and calculation of actual number stages for the distillation column. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Design of MultiComponent Distillation Column by Approximate and Rigorous Method using MATLAB

The creation of a mixture of chemical species from the separate species is a spontaneous process that requires no energy input. The inverse process, separation of a chemical mixture into pure components, is not a spontaneous process and thus requires energy. A mixture to be separated may be single or multiphase. If it is multiphase, it is usually advantageous to first separate the phases.

Recommended Chemical Project: Production of Liquefied Petroleum Gas (LPG) from Natural Gas

The feed and products may be vapor, liquid, or solid; one or more separation operations may be taking place; and the products differ in composition and may differ in phase. In each separation operation, the mixture components are induced to move into different, separable spatial locations or phases by any one or more of the five basic separation methods.

Recommended Project: Biofiltration as an Air Pollution Control Technology

Generally, chemical process industries involve distillation of a mixture of several components rather than that of a binary mixture. Designing by approximate and rigorous method gives an initial analysis of a multi component distillation column design. To start designing with these methods, distillate and bottom recoveries must be pre decided.

Approximate method gives minimum number of stages, minimum reflux ratio, actual reflux ratio and ideal number of stages. Rigorous method gives temperature and concentration of component on each tray. The results obtained from these methods are than analyzed to determine the correct specifications for the operations of a real distillation column. This is done by experience from past or from literature work.


Author:- Ganga Rautela, Nirmala Bhatt, Nisha Bhutt, Ravisha Goswami, Mamta Nainwal


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Oct 15, 2014

Design & Analysis of AC System for Heavy Vehicles using Exhaust Heat

Oct 15, 2014 - 0 Comments

This is a good Mechanical project work on Design and Analysis of AC system for heavy vehicles using exhaust heat. Air conditioning is a tedious job to do when it comes to heavy vehicles like buses and trucks. The installation cost is not a problem but the operating cost is not so economical which is why these AC systems are not famous in heavy trucks. The main motto of our project in energy conservation. From past, the cabins of vehicles are been heated using heat energy from radiator during winters which is one way of conserving energy as we are utilizing waste heat but during summers we use the AC system to cool the cabin which puts extra load on engine and as a result the total work produced by the engine divides up though we have waste heat available at the exhaust. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.

Design and Analysis of AC System for Heavy Vehicles using Exhaust Heat

The only objective of the project work is to alter the present AC System of vehicle by removing its compressor which is the maximum power consuming component in the system and replace it with the Heat Exchanger Cum Generator which instead of putting extra load on engine will absorb the heat from waste flue gases and produce ammonia vapours which will produce cooling effect in the passenger’s compartment. By doing this we will not use the useful energy of the engine but at the same time can enjoy the cooling effect by just utilizing the waste heat.

Recommended Project: Mechanical Project on Solar Air Cooling

Air conditioning's main principles are Evaporation, Condensation, Compression and Expansion. And we use different components to perform these different processes.

As discussed above, all the parts of the Vapour Compression System and the VARS are same except the compression component, therefore our field of work is design and analysis of the system that will extract the heat from the flue gases flowing out of exhaust manifold and use it for heating the aqueous solution of refrigerant to produce ammonia vapour which can be used for air conditioning of cabin of vehicle.

Recommended Project: Fabrication of Active Air Suspension System

All other parts of the AC system are already available and the only innovative aspect of this project is the design of heat exchanger cum generator. Hence we declare it as our field of work in the Capstone project.

The main intention behind the project work is Conservation of Energy. By making this project we are trying to utilize the waste heat emitted by the engine for the cooling purpose of the passenger compartment. This will help to reduce the extra burden form the engine and we will get air conditioning in big vehicles at minimum operating cost.

This report includes complete work plan, basic principle involved, power requirement, design, research and construction of design & analysis of AC System for heavy vehicles using exhaust heat. Thanks to the author of the project.

Author:- Baljeet Singh


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