It is usually the norm of students in the field of electrical, electronics, telecommunication, computer or communicationof most universities and colleges to complete a final year project. Each must synthesize the theory and experimental work they learned during the first two to three years in order to complete the project. Under the supervision of their faculty supervisor, they must research, design, execute, document, and then present their work to the supervising committee.
A list of suitable topics will be offered by the cegonsoft, from which preferred topics may be selected. Students sometimeswill also have the opportunity to propose topics of their own devising, subject to approval for suitability.
Some of the projects which students may want to consider and get some ideas from are listed below. It usually involves theuse of a microcontroller or a microprocessor in these projects. A lot of applications and ideas can be modified and build once they are familiar with circuit theory and operation.
Among the projects that one can consider is the utility metering projects which will become a norm in the near future. Hands-on of microcontroller projects will enable one to familiarise himself with the assembly language, C language and other tools that are used in the project.
Some of the final year electronic projects that one can get some ideas from are listed below.
1.DIGITAL COMBINETION LOCK
2. SAFETY GUARD FOR THE BLIND (PROXIMITY BASE)
3. LIGHT COTROLLED DIGITAL FAN REGULATOR
4. LOW-COST ENERGY METER USING ADE 7757
5. HOME AUTOMATION AND SECURITY CONTROL INTERFACE WITH TELEPHONE
6. LINE TRACKING ROBOT/MOUSE
7. REMOT CONTROLLED STEPPER MOTOR
8. ULTRASONIC SWITCH
9. DEVICE SWITCHING USING PASSWORD
10. SPEED CHECKER FOR HIGHWAYS
__________________________________
Final Year Projects / Industrial Visit ( Cegonsoft.com )

The final year projects are very important turn in the students life because through that final year projects only the students get the live industrial exposure. They get the real world project development training.
In their interviews also the companies asking to explain their projects if they give the good explanation to their means only they give they choice in their companies to serve. So that only the projects plays an important role in the students life carrier.

Preparing documentation for the final year projects deals the important role in the presentation. This will boost the candidate’s marks from the side of internal trainer. It reveals the candidate’s projection about the project and their understanding of views. Also reasons to what and why they have chosen the device, concepts, topics. These are should be provided with the good and neat explanation..

Final Year project is one of the most important aspects of your education. This is the point where you can apply knowledge or what you have learned in past two or three years. This is the point that can create a common candidate into an entrepreneur. This is the point that creates the sense of your education and your life as an engineer. This is the way to get exposure and experience in the real world problems , if done properly.Inevitably be used as a gateway to industry.
Final year project usually extends 6 months to a year. We recommend that you take it seriously and do something hard, so do not limit yourself to a simple site or a simple management system .Do something that you're passionate about and that makes you excited, do not be afraid, and accept challenges. Exploit the technology and go beyond what was not possible before the time.
Make an impact,try to solve real problems can be large or small, but at the end of the project, it must contribute in some way to society. Also, do not delay it until the end of the semester / year to work on in which case it will be almost a piece of trash not to create meaning.
Which Technology/Platform you should use
Now, this is a very popular question. Computer Science / Engineering students have to ask what the technology / platform we use, such as Sun Java, Microsoft. NET or C + +, etc. And it is a rather interesting question.

The answer to this question is that it depends on what you want to do in the future. On many occasions, We asked the students to taste a variety of platforms before graduation and to do a final year project on the platform that you like best. For example, in the first year, learn procedural language like C, go to learn OOP in C + + in the secong or third year and do a project such as networking and databases in .NET and Java etc.

So it "depends on what you do in the future" is basically the number of factors you want:

• Continue your career, in particular, the platform (probably why you like or is it more job opportunities)

• Participate in all competitions of the software, which may have certain requirements. For example,. If you want to participate in the Imagine Cup, you go for the .NET Platform

Whatever the reason is to choose a platform, it is always best to have your interest.

IEEE is the world's largest association for professional advancement of innovation and technological excellence for the benefit of mankind. IEEE and its members inspire a global community of innovation for a better future through their most cited publications, conferences, technology standards and professional and educational activities. IEEE is the trusted "voice" of information engineering, computer science and technology worldwide.

Through its global membership, IEEE is a leading authority in areas such as aerospace systems, computers and telecommunications to medical technology, consumer electronics and electrical etc.
Some latest IEEE projects are:
• Data Leakage Detection
• Bridging Domains Using World Wide Knowledge for Transfer Learning
• TEXT: Automatic Template Extraction from Heterogeneous Web Pages
• Mining Web Graphs for Recommendations
• Horizontal Aggregations in SQL to Prepare Data Sets for Data Mining Analysis
• Document Clustering in Correlations Similarity Measure Space
• Scalable Learning of Collective Behavior
• Addressing Resource Fragmentation in Grids Through Network–Aware Meta–Scheduling in Advance
• Autonomic SLA-driven Provisioning for Cloud Applications
• Classification and Composition of QoS Attributes in Distributed, Heterogeneous Systems
• Automatic and Unsupervised Snore Sound Extraction From Respiratory Sound Signals
• Contention-Aware Performance Analysis of Mobility-Assisted Routing
• Energy Maps For Mobile Wirless Networks
• Greedy Routing with Anti-Void Traversal for Wirless Sensor Networks
• Information Content-Based Sensor Selection and Transmission Power Adjustment for Collaborative Target Tracking
• Minimizing Recovery State in Geographic Ad Hoc Routing
• On the Planning of Wireless Sensor Networks Energy-Efficient Clustering under the Joint Route

Engineering is primarily the application of knowledge. However, the application must be made with caution, as a result the system is efficient and effective, and that will be helpful. This concept is one of the main mechanisms used by the College to give you the opportunity to gain experience in practical application, effective, efficient and useful, what you have studied for past years. Of course you can continue to experience after you graduate but the final year project will be your first exposure to the full rigor of engineering practice. It is important that you learn from this exposure and practice in all planning processes involved.
It is especially important that you learn not only to apply what you know, but to apply it with judgments, which are able to assess what you are doing and to be critical of it.
Cegonsoft provides final year live projects for engineering students.

Cegonsoft provides final year projects based on System side, Web application and IEEE projects.
J2EE with advanced concepts
ASP.net
PHP/MYSQL with Ajax
IEEE projects in different Transaction
IEEE in Networking
IEEE in Neural Network
IEEE in Distributed Computing
IEEE in Mobile Computing
IEEE in Software Engineering
IEEE in Image Processing

AUTOMATION PROJECT TITLES
• Automatic Vehicle Speed Management System
• Control of Process Parameters in Industries using CAN
• Monitoring of Engine Parameters
• Train Engine Automation System
• Wireless Crane Control System using PC
• Intelligent System for Vehicle Parking Guidance System
• Intelligent System for Aiding Public In Transportation and Stage Announcement System