Archive for September, 2014

Simple Line Follower RobotIn the current age, applying the next generation technologies combined with new ideas and trends is mandatory to present an innovative project. Robotics is one such project that deals with computer systems, construction, design, application and operation of robots. From home automation to bomb sniffing and autonomous devices, these robots provide reliable solutions with high speed and low power.   Choosing this excellent technology for their final year project has a lot of scope for creativity and innovation for the students as the project does not require much explaining and speaks for itself. Also it enables the students to build and understand the design principles of programming robots.

Projects in Chennai

There are several organizations in Chennai that offer excellent training in Robotics to help students learn and appreciate future technologies.   There are a few well known terms in electronics which are inculcated into robotics too. Hence every engineering student should get to know these terms to be able to understand and work with building robots. These organizations offer Robotics projects to the students during the course which can be implemented in industrial projects for process automation, material handling and several other applications. Once they gain a thorough knowledge of the fundamentals, they can easily design and program a robot and present a successful project for their final year. The projects that are offered by these organizations are:

Simple Line Follower Robot: This is a basic robot that can react much faster to the changing track using differential drive. It follows a definite track with combination of hard and soft turns. This robot can rotate on the spot, by rotating the wheels on the opposite direction.

µc Based Line Follower Robot: This Robot can distinguish between dark and light surfaces with the help of sensor depending on the amount of IR rays reflected back to the IR receiver.

Obstacle Avoider Robot: This Robot senses the obstacle in its path and using the concept of PWM reduces its speed and takes a reverse turn.

We are living in the golden age of technology where disruptive innovations are taking place around the globe. Powerful emerging technology such as robotics is going to define our future. Just like the internet or the smart phones, robotics will impact many aspects of our lives in the near future.

For more Projects, Visit http://www.finalyearprojects.in/robotics-projects.html

Final Year Projects

Every year the final year engineering students are required to submit a project as a part of their curriculum.  The final year projects are one of the core modules for undergraduate level studies and show the value of knowledge that the students have learned during their entire course.  The main aim of the final year projects is to make the students implement their idea using various software development tools.

Project Selection

Choosing a project is very crucial and a smart decision is required.  The project chosen should adhere to the latest technology and at the same time be useful.  Seeking the guidance of the Project Supervisor may sometime work out well.  The project you choose must be attractive and at the same time doable.  Always be creative and implement new technologies to set up the grounds.

Hope you are into final year now! Check out the final year project list @GlobalTechnoSolutions

NFC

NFCNear Field Communication Technology. This technology is standardized in ISO 18092. NFC devices operate in three different modes, namely tag emulation mode, peer to peer mode and reader/writer mode.  Bidirectional communication occurs between two mobile devices which use NFC Tags. Radio Frequency is one of the main technologies used here.

People can communicate with each other over a maximum distance of about 20 centimeters. So, people may have a doubt how this technology works? Basically, a near field transmitter and receiver act as the best components to transfer and receive the data during communication. Data transmission can be transferred at a maximum speed of 800 kbps.

“Tags” is the word used repeatedly here. So it is nothing but the integrated circuit that contains the data. This tag is linked to an antenna and from here; the data is read through the reader.

Applications of NFC:-

Near Field Communication is mainly used in,

  • Contactless payment systems
  • Bluetooth and Wi-Fi Connections
  • Social Networking
  • To identify Documents

Read More for NFC related student projects