SEA  

SEA

Software Engineering & Applications is an approach to developing software that attempts to treat it as a formal process more like traditional engineering than the craft that many programmers believe it is. Designing software is an exercise in managing complexity. The complexity exits within the software design itself, within the software organization of the company, and within the industry as a whole. In many ways, software bears more resemblance to complex social or organic systems than to hardware. All of this makes software design a difficult and error prone process.

Software engineering is concerned with the development and evolution of large and complex software-intensive systems. It covers theories, methods and tools for the specification, architecture, design, testing, and maintenance of software systems. Today’s software systems are significantly large, complex and critical, that only through the use of automated approaches can such systems be developed and evolve in an economic and timely manner.

There have been many good ideas from computer science but they lack to meet with understanding among businessmen and scientists hardly care about the real-world needs and problems of the businessmen. This conference attempts to provide a description of the dilemma and aims is to provoke a discussion. There are no solutions but request to take note of the gap and do the best to cross the borders that divides us whenever and wherever possible.

The Annual International Conference on Software Engineering & Applications provides opportunities for academics, researchers, experienced professionals and business people to share their research interests in the area of Software Engineering with the world.

NST  

NST

Nanotechnology has the potential to revolutionize the life of materials used in every sector be it Information Technology, industrial, residential, medicines, genetics, communication, textile and many more.

It is an emergent area that is developing quickly. It is the branch of science and engineering that studies and exploits the unique behaviour of materials at a scale of approximately 1-100 nanometres.

Nanotechnology is widely seen to offer huge potential for development in fields as diverse as healthcare, IT and energy generation and storage. Interest in nanotechnology is growing rapidly, and governments and businesses across the world have begun to invest heavily in it.

Increased energy efficiency, a cleaner environment, more effective medical treatment and improved manufacturing production are just some of the potential benefits of nanotechnology. Working at a scale 10,000 times smaller than the thickness of a human hair, its potential is enormous and far reaching.

In coming years, products based on nanotechnology are expected to impact nearly all-industrial sectors and enter the consumer markets in large quantities. Considering the future prospects of nanotechnology, countries across the world are investing heavily in this sector.

Nanotechnology is an emerging technology of the very small. Nanotechnology will completely transform information technology, biotechnology, and materials technology, enabling us to build self-replicating engines of abundance, engines of healing, and engines of destruction. Nanotechnology will bring a revolution more profound than any in the history of civilization.

As with many newly emerging technologies, there are still significant challenges to overcome in taking nanotechnology-enabled applications to market. An upcoming series of International Annual academic conferences on Nanotechnology Software Tools creates a platform to explore the growing resources on Nanotechnology that will revolutionize the future generation.