According to a New York Times article, nursing is one of the top five professions for those who want to change careers.

And why not? For one thing, nursing is a career with high demand. The American Association of Colleges of Nursing reports that there is currently a significant shortage of nursing staff and this situation is expected to continue for the next two decades. This, despite the unstable economy which has caused massive layoffs in other industries.

Registered nurses are also paid well, and they have a variety of specific areas to choose from — whether in a hospital, clinic, nursing school, and others. This sounds better than many boring desk jobs. The good news, if you already have a bachelor’s degree in an unrelated field, is that there are now many programs which offer an accelerated second bachelor’s degree option.

These programs can be completed in as little as one year, with a semester in the summer, spring, fall, and following summer. Some programs are 18 months long. Yes, that is a very intense program, and you will have to put everything else aside for that year. No work, and a very understanding family, are a requirement for success in a program like that.

You know however that by the end of those long 12 or 18 months, your efforts will be rewarded because by then you will have earned your Bachelor of Science in Nursing degree. This career will provide opportunities for you to work in hospitals, clinics, doctors’ offices, schools and even research facilities.

Nowadays it isn’t uncommon for an individual to obtain a second bachelor’s degree through accelerated programs. Statistics reported in a May 2007 article on the American Association of Colleges of Nursing website show that these types of courses can already be taken in 43 states, in the District of Columbia and Guam, and what’s more, 37 more similar programs (at that time) are being readied The article also stated that from 2,422 in 2004, in 2006 there were already 8,493 students enrolled in these programs across the country. The more than 300% jump in the enrollment is a clear indication of the demand for registered nurses nationwide.

The web article also goes on to differentiate the second bachelor’s degree students from those first time students. The career changers were found to be more focused and motivated on their goals. If you have these traits and are considering nursing as a second career, contact your State Board of Nursing to find the accredited programs in your area.

Technologyis the knowledge of tools,machines, techniques andmethods of organization in order to solve a problem. Technology books deal with the creative use of technical means, and the interaction with life, society, and environment. They are widely used in the field of art, science and invention. These books focus on the application of knowledge and science to commerce and industry. There a number of books on technology those are available in India and all over the world. It is essential to know the booksprice in India before buying them online.

There are a number of Books in the market. The main thing is that one should find out how important these books are. It would be wise to find out the most important technology books that one would need. Most of the technology books prices in India are high. In order to find the Technology books price in India on the various sites, one will have to do a lot of work on it. In case one feels that the pricesfor all these books are too high, then one can try making a search for theused bookstoo. They would come at much affordable rates than the original new one. Sometimes there are discounts being offered by the sites. It would be good to utilize these offers andbuy technology books at economicalprice. There is a great variety of books available on the online market like comedy, horror, crime, mystery, science fiction,Fiction Books, non-fiction, fantasy, thriller and many others. These books are available at very affordable and economical price.

-The World is Flat: A Brief History of the Twenty-First Century- byThomas L. Friedman is a popular technology book. This book is an account of the great changes taking place in our time, as lightning-swift advances in technology and communications put people all over the globe in touch as never before-creating an explosion of wealth in India and China, and challenging the rest of us to run even faster just to stay in place.David Weinberger in his book -Everything Is Miscellaneous: The Power of the New Digital Disorder- charts the new principles of digital order that are remaking business, education, politics, science, and culture. -What Technology Wants- is a popular technology book by Kevin Kelly. This provoking book introduces a brand-new view of technology. It suggests that technology as a whole is not just a jumble of wires and metal but a living, evolving organism that has its own unconscious needs and tendencies. Kelly looks out through the eyes of this global technological system to discover “what it wants.” Kelly uses vibrant examples from the past to trace technology’s long course.

Wilson Roy is a well known author and has written articles on Anthropology Books in india, Laptops store, Economics Books price, online shop and many other subjects.

Earth Science Fair Projects

Governments around the world along with private organization and companies are converging and discussing the environmental issues that are facing our planet. These international meetings are attended and lead by some of the greatest minds in the area of ecological sustainability. These leaders have spent their professional careers researching and implementing programs and policies to protect and repair the environment. They did not, however, wake up one day with all these qualifications in their heads. They have spent years and decades studying and researching their chosen field of specialty. Like other professionals, they began their careers as students. Many of these professionals are the very students who began their studies with earth science fair projects demonstrations. This was likely the first demonstration of their ability and desire to understand the systems and life forms with which we share the planet.

Earth science fair projects are the perfect venue for students who want to pursue a career in any number of environmental fields. The earth science fair projects of students often become the focus of their career goals. For those students interested in plant life, an earth science fair project on the growth of food crops might be in order. Students who are interested in the cycles of weather, and earth science fair project would be appropriate. Others who are interested in the history and origins of the very planet upon which we live could develop an earth science fair project around this huge topic. Regardless of the specific topic, earth science fair projects offer all students the opportunity to demonstrate their beginning knowledge of these important topics.

Many of the students who present earth science fair projects have plans on continuing their education at the college and postgraduate levels. These students often take the seed of interest that is planted with their first earth science fair projects and continue the studies at these higher educational levels. There are even professional who started at the high school science fair and were offered tuition and scholarships to continue their research. All the international professionals began as students, so the possibilities exist for all students interested in these fields of study. With these opportunities, students can transform their careers while transforming our stewardship of the Earth.

The agencies which are responsible for deploying new technologies to deal with heavy workloads have to look for latest inventions everyday to carry on their work smoothly. Their main headache is handling with big data, high performance computing and video analytics. FlexPod Select is specially designed to support huge workload. Flex Pod Select with Hadoop is the first set of reference designs which are preconfigured, validated solutions which is a rare combination of storage, networking and servers. The integration with Hadoop provides an open framework which is capable of processing huge amounts of data. The main target is to meet the requirements of dealing with huge data. This finds application in both government and private sector. Financial services, retail manufacturing and other markets are easily able to deploy this technology and can be kept on upgrading, as the size of the company grows.

The components of FlexPod Select components include NetApp E-Series and FAS storage systems, Cisco Unified Computing System servers and fabric interconnect and Cisco Nexus fabric extender. It is better to combine the NetApp with Cisco for infrastructural support and Clodera or Hortonworks for Hadoop support. This gives access to the users to technical support on all interoperable technologies. With the use of Cisco and NetApp the Flex pod services are expanding further to make the infrastructure in the data center more responsive to the ever changing uses of applications within organizations. New designs and capabilities are offered across the entire portfolio. The companies have also highlighted the invention of the Datacenter with SnapProtect to provide a wide-ranging disk-to-disk-to-tape backup and recovery solution. The Datacenter is a pre-validated solution, which has in store the combination of storage, networking and server components and can integrate them into a single flexible architecture, specially designed for huge workloads. The speed is fast and sometimes is even applicable for critical business applications. The costs are reduced and risk is minimized. Increased flexibility can also be achieved with the help of this technology. The greatest application of this technology is to deal with a variety of workloads in both virtualized and non-virtualized environments. The new Express technology is specially designed for medium organizations.

The management of FlexPod is very simple with the help of best element managers, combination of some of the most reliable partners and virtualization management console. Cisco Unified Computing System Manager tools helps in the optimization of multivendor environment. On Command software controls and helps in the automation of the data storage infrastructure. They also provide embedded management of the servers and the network components. Numerous resources for many virtual machines can be managed.

Machine Vision (MV) technology integrates imaging components and electronics into computerized analysis and control systems to identify, measure, sort and inspect components as they proceed through an automated process.

The advances in MV technology including smart cameras and vision-guided robotics have increased the scope of the MV market through wider applications in manufacturing and nonmanufacturing sectors. MV is now used to ensure the quality of products from tiny computer chips to massive space vehicles as well as in major security applications and traffic and crowd-control applications. Today, MV has become a vital and effective automation tool that enables computers to replace human vision in many high-speed and high-precision manufacturing and nonmanufacturing applications.

The MV industry is peculiar in nature as many of the components are manufactured in one location, assembled at another which may be in a different country, and finally assembled at another location in yet another country. For example, most of the cameras and optics needed for the MV industry are manufactured in Germany and Japan but are then exported to North America for conversion into an MV system. Finally, they may be sent to China or India for ultimate production.

According to BCC’s published report, Global Markets for Machine Vision Technologies, the global market for machine vision (MV) system components was nearly $13.5 billion in 2012, and is expected to grow to $15.2 billion in 2014. The market is expected to further increase at a compound annual growth rate (CAGR) of 9% the following five years starting from 2014 reaching nearly $23.5 billion in 2019.

This report looks at the application market for MV systems and the competition involved in this ever-expanding field. The report also studies the global market for the various components and different systems that constitute an MV system. The market for these components and systems has become very competitive, and this report will look into the nature of the competition and the regional breakdown of these markets.This study provides important information on the current size and anticipated growth of the overall market and its market segments, characteristics of the market, leading suppliers, trends in customer preference, and geographic market opportunities.

This report will be useful for manufacturers of MV systems and components, systems integrators, design and application engineers, various industries and agencies needing MV systems, traffic and transport planners and security system planners.

For more information about this report, call (781) 489-7301, send an e-mail to , or click here to purchase the report.

October 11, 2021

If you want to get a BS degree in computer science, you will need to complete approximately four years of schoolingthe same as for any bachelors degree. There are different types of schools that offer these computer degrees, ranging from online schools to technical schools to traditional campus-based universities. Whether you choose a traditional four-year college or an alternative program, your information technology coursework will include most of the same materials.

If you want to get a BS degree in computer science, you will need to complete approximately four years of schoolingthe same as for any bachelors degree. There are different types of schools that offer these computer degrees, ranging from online schools to technical schools to traditional campus-based universities. Whether you choose a traditional four-year college or an alternative program, your information technology coursework will include most of the same materials.

When you begin a computer science program, the first semester or two will be spent on the basic introductory courses. This might include computer history, basic terminology, and some other science-related course like calculus and chemistry. This is the point that students often decide which direction they want to take their computer science degree, which could range from programming to networking to computer repair and building. Programming is probably the most popular choice these days, though.

Once you have finished the basic courses and decide on the area you want to specialize in, you can start taking more specific courses. If you want to go into programming, for example, you can start taking fundamental courses in BASIC, FORTRAN and COBOL before more advanced courses on topics such as programming languages like C++ and PASCAL. Or, if you want to go into networking, you will begin taking courses that concentrate on networking systems like Novell and Microsoft Networks.

In most cases, a bachelors degree in computer science or information will involve some sort of final project. The computer and information technology program curriculum may vary from one school to the next, however, and it will also vary greatly depending on the degree you are going after. If you are getting a certificate or an associates degree, you might just focus on one very specific area or get a more basic overview of things. And, if you are getting a masters degree, the learning will be much more in-depth for your specific area of specialization. You can learn more about the program curriculum at various schools by visiting their web sites or speaking to a counselor there.

Find the perfect Computer And Information Technology School today and start your path to a rewarding career.

Science Fair Hypothesis

Younger students will often participate in science fair by presenting a science experiment that has a predictable result. That is, these age groups will follow instructions and use commonly found materials to demonstrate a fact or interesting tidbit about the nature of biology or chemistry. Older students, however, have advanced beyond simply using experiments that have already been done thousands of times before. At this age they will often be required to develop a science fair hypothesis and take all the necessary steps to prove or disprove that hypothesis. This requirement is designed for the older students because they have developed the learning and thinking abilities required for analysis and application. These higher order thinking skills are used to develop the science fair hypothesis and put that hypothesis to the test.

A science fair hypothesis can be developed around any topic related to science. One of the most popular science fair hypothesis categories currently being explored by older students is in the environmental arena. Many students are developing their own creative science fair hypothesis in order to address the concerns of environmental issues. While these topics decreased for a while, they are making a strong comeback, as students want to research a science fair hypothesis that will have a positive impact on the health of the planet. Many of these science fair hypotheses are developed by students at the high school level as an attempt to discover solutions to issues such as pollution, clean water, greenhouse gases and other problems we are facing on the environmental front. The current student body of budding young scientists is very motivated and interested in issues on this topic.

A science fair hypothesis surrounding the need for solutions to our even increasing concern for the health of the planet is one from which we all benefit. While the adult world may view these science fair projects as kid stuff there are others that will seriously consider the findings of these young scientists. Scientists currently working in environmental fields judge many of these science fairs. They are in search of the creative minds of the future generation in hopes of encouraging them to continue their work in testing a science fair hypothesis. What begins in school may just be the solution to our ecological problems on the planet.

Recent discoveries about the role of stem cells in cancer have altered the landscape of cancer research, says Medical News Today. There is, however, a long-running philosophical rift over stem cell research at both the state and federal levels. Some groups would rather focus on adult stem cell research, avoiding the moral and ethical questions about research involving embryos. While ethical debate on human embryonic stem cells will continue, much more is occurring on the rings surrounding this bull’s-eye issue, including research in both drug development and adult stem cells.

Biologists’ understanding of new sources and uses of adult and nonembryonic stem cells is advancing rapidly. Called “niches” or “crypts,” it seems that almost anyplace one looks in the body (nose, eye, hair follicle, intestine, bone marrow, central nervous system), stem cells are being found. From such basic knowledge, it has been reported that successful animal and human therapy using patient stem cells is already occurring. As more stem cell crypts are discovered, the desire to understand how to manipulate them within the body only becomes more acute.

At the 2007 Annual Meeting of the American Association for Cancer Research, researchers presented new discoveries about stem cells in leukemia, breast and colon cancer that add to the growing evidence that perhaps cancer is, fundamentally, a stem cell problem.

Interviewed by Vision Magazine at the Stem Cells World Congress earlier this year in La Jolla, California, veterinarian and CEO of Vet-Stem, Robert Harmon, explained how his company is currently providing stem cell therapies for animals. Injected into an injury or degenerated tissue, the stem cell treatment evokes healing in unprecedented ways. As it has been since its discovery almost 400 years ago, the cell and the “vital force” that makes it the seat of biological life continues to hold attention. It is likely that there will be no end to the moral and ethical questions and investigations. Today’s new age of molecular understanding, genomics, proteomics, gene splicing and bioengineering is barely underway. It is not surprising, then, that the more we know, the more we recognize how little we understand.

The timeline of discovery has been exponential: from discovery of the DNA double helix in 1953, and the understanding of the genetic code, gene splicing and cell differentiation in the 60s, 70s and 80s, science rapidly jumped up the learning curve to the cloning of whole organisms and the discovery of embryonic stem cells less than a decade ago. The future possibilities for the application of this knowledge seem enormous.

Read the full article about Stem Cell Research and interviews with speakers at the Stem Cells World Conference at Vision.org.

D printing technology is used to manufacture prototypes, tools, and end-user parts directly from a CAD design. This printing technology offers unprecedented flexibility as it can create a part of any dimension out of any material. Some of the 3d printing materials used include metals, polymers, ceramics, composites, and many more. The 3D printing technology has complete control over material composition, surface texture, and micro-structure of the prototype. 3D printing technology also allows the user to construct prototypes using two different materials. >

Lets take a look at this amazing technology and how it has affected the field of architecture and medicine:

3D printing for Architecture

Architects know that there is nothing like a physical model of a building when it comes to displaying their work or design concept. Physical models also play an important role when it comes to explaining and convincing the customer while selling a project.

3D printers are affordable and high quality solutions for architects. Building a physical model requires great deal of expertise, precision, and time. 3D printing machines help designers focus on their building design, while the devices make 3D models of the project.

Many architects are not tech-savvy and are not used to operating complex devices. 3D printers do not require human intervention at any stage of the printing process. Architects just need to need to draw a CAD diagram of the project and instruct the 3D printer to build a 3D model. The 3D printer can print the model within a few hours, which can then be presented to the client.

3D printers are capable of producing of 3D models with accuracy and speed without compromising on the finer details of the architectural project. The price of desktop 3D printing machines is not that high and independent architects can also afford them.

3D printing for Medicine

The application of 3D printing technology can also be found in the production of medical devices. There are different 3D printing materials available that can be used to build real parts. For example, manufacturing hearing aids is a complex process because they are custom-fit devices and cannot be mass produced. 3D printing greatly helps in such matters where medical devices need to custom-fit a patient.

The future of the 3D printing technology is very bright. Market experts state that 3D printing technology will be affordable to the masses by the next decade. The prices of 3D printing devices are falling rapidly, and it is believed that the prices of 3D printers will drop by as much as 80% in the next 5-10 years. It will not be a surprise to see 3D printing devices in each household just like refrigerators, washing machines, and televisions.

Have you actually appeared with the soaring expenses of electricity and wondered if there was something you could do about it? Magnets four Strength puts the foreseeable future of strength era directly as part of your palms. This comprehensive kit will instruct you how to assemble your own magnet powered generator which is highly effective plenty of to run your entire household, still isn’t going to value a dime to operate. It is possible to free yourself from the strong vitality organizations and use your income about the factors you want and have to have instead.

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