The Effects of New Technology in Human Lives

New technology impacts our daily lives in every field, from the cars we drive, cell phones we use, computers and networks we access and power we consume! In fact humans have always been greatly affected with the developments in new technology. However, nowadays new information technology is a bit more complex with cloud computing, new methods of security and data encryption!

It's a universal fact that new information technology not only benefits programmers, database managers, hardware engineers and network analysts but it also benefits the common user as well. New information technology was developed in 1940's and 1950's for the better working of military and universities.

There is a whole generation of kids now who are growing up not knowing what was before the internet and the cell phone. This new technology to the older generation is novice and unique in their lives. New science and technology offers breakthroughs in our life times and our children's lifetimes that will significantly impact the world in which we live. It is believed that new medical science and technology will be able to cure cancer, HIV-AIDS and even the common cold! New medical technology is being continuously developed, from clinical trials for pharmaceuticals to robotics for complex surgery!

New science and technology may also one day lead to mainstream alternative fuel vehicles, space travel for civilians, virtual reality conferences, a worldwide network of personal wireless electronics, data-transmission at the speed of thought, reversal of global warming and too many other innovations to mention. Latest research in computer science is not limited to medical, business, gadget, IT, space, education, etc. But it will mean better health, more knowledge and more power at our finger-tips.

Some of the other hot topics in new research technology include environment and renewable energy, space science, electronics, stem-cell investigations and many others. All these developments in human lives is wholly credited to the amazing invention of computers! The computer application is used and acknowledged worldwide. New models of computers are emerging daily, having different features, unique shapes and attractive designs.

Whether a new or used computer, it occupies a prominent place in our lives. Used and cheap computers are available in the market for the benefits of students and professionals, working mothers or for home-based jobs, from businesses to medicine, from education to aviation, from government departments to the corporate trading world, these used computers and refurbished laptops are performing amazing tasks! Cheap computers and refurbished laptops are available at very affordable rates to help students and young professionals to pursue their career.

Business technology is developing everyday to help companies get an edge on their competition as well as bring more engaging products and services into the market place. But it must be realized that as new business technology will lead to more productivity, it will also create more competition.

New technology, in years past, may have been inventing the wheel, the telescope, the printing press or the first steam-driven car. But it cannot be denied that new technology has driven societies towards greater health, wealth, security and well-being!

Personal Skills & Technology - A Perfect Partnership to Assist Special Needs People in the Workforce

Science and technology continue to produce a wealth of creative assistive devices, specialized products and unique services that make work and life easier for all people, especially the challenged. As a result, a previously somewhat marginalized group of the workforce is now able to operate on an almost equal footing with the rest of the working population. Combine enhanced personal skills with the assistive devices and the combination is very powerful.

It is now possible for many disabled and challenged people to enter the workforce and do almost anything that a "normal" person does. There is a growing number of employees who have learning disabilities, reactions, syndromes, and other physical and mental challenges but their assistive devices allow them to operate at a high level despite their difficulties. Assistive technology allows them to put more time and energy into thinking and producing instead of just surviving.

Businesses and corporations often choose to have employees engage in staff development. However, learning must be selected carefully because so much of current knowledge, facts, methods and processes is outdated and obsolete. The best choice for staff development is personal skills training. This is especially true for those employees with physical and mental challenges.

The workforce can conceivably expand dramatically if a difficult question is posed, "How can special needs people be helped to better fit into the whole scheme of things?" There is a positive answer.

Skills are more valuable than ever in the struggle to get people to work more efficiently, rebuild and revamp our economies, and save the planet in general. Skills don't get old and obsolete. Advanced technology and personal skills become perfect partners in helping special needs people contribute positively despite challenges.

For challenged and disabled people, emphasis should be on determining and strengthening their skill set. Assistive devices can then be used to help the skills grow.

Analytical skills, creativity and problem-solving are strongly empowering and are prized abilities in all areas of the workforce. Having a head full of facts and figures has become of lesser value. Knowing "how to" do things is more important. The above skills are not just for able people. They can be taught to anybody at any age and at almost any ability. The difference between being able or disabled is far less when assistive devices are employed.

Personal skills training produces competency and helps people become independent, self-directed learners. When processing skills are strengthened and applied to knowledge and facts, the result is better products and outcomes. Assistive technology enables and extends the expression of learned skills. It can greatly increase speed of acquisition, expression in various media forms, and ultimately the value of outcomes or products.

Educators are vital in discovering and nurturing physical and intellectual skill sets of young children. Special education students learn to use learned skills and technology to achieve many more goals and compete more effectively for their place in the upcoming "new" revamped world. With assistive devices, more can dream of becoming proud, full-fledged, viable members of the workforce. Assistive devices give the most severely challenged people increased mobility and more ways to communicate their ideas more effectively.

The following are some of the personal skills that every person - challenged or not - needs to ensure he/she can survive and thrive in the future. Technology can assist at all stages to ensure the learning is maximized.

Innovation Skills
How to: invent new products/services. Canada needs to continue to be a breeding ground for innovative and valuable new inventions and ideas. Anybody can be an inventor of assistive devices or other useful products or services!

Communication Skills
How to: speak/present professionally, write effectively, read/use body language. We truly do live in a global village and should be prepared to interface with others anywhere in the world. Properly selected assistive devices allow disabled and challenged workers to do the above.

Higher-Level Thinking Skills
How to: analyze, problem-solve, assess little ideas to find the hidden BIG ones, think in an enhanced way, think logically, use inductive/deductive thinking methods. These personal skills are not limited to any particular segment of society.

Self-Awareness Skills
"How to: increase levels of perception, relax, de-stress, self-motivate, re-energize, recognize success, keep up the spirits despite intense challenges and competition. All people need to know themselves better in order to be the best they can be. These personal skills can be learned by all people including many who are challenged and disabled.

Leadership Skills
How to: be a leader, develop teams and think tanks, achieve win-win outcomes, handle criticism, improve emotional maturity, determine levels of success. Disabilities and challenges do not have the limitations anymore. Assistive devices help many more people participate effectively in society in leadership roles.

The world is changing dramatically. A very positive aspect is that new technology and assistive devices enhance inclusiveness because they allow almost anybody to be more expressive and therefore more productive. The new Age of Creativity demands people be producers of new learning, not just consumers. Skills training and advanced assistive technology, create a great partnership that helps challenged and disabled people strive, survive and thrive.

Universities Link Humanities With Science and Technology

They're getting free iPads. Students who participate in a new honors program in digital cultures and creativity at a university in Maryland this fall have been promised the tablet computers as part of the program's launch. This same institution also offers courses in electronic literature and new media that covers such areas as online books and electronic book readers.

"People go into humanities because they don't like technology, but today you really can't separate them," Program Director Matthew Kirschenbaum was quoted as saying in a July edition of the university's student newspaper, DiamondbackOnline. At this same institution, an institute for technology in the humanities works to create and preserve electronic literature, digital games and virtual worlds. The institute claims its home to an international group devoted to writing, publishing and reading electronic literature.

With the computer science and English departments, the institute has provided Book 2.0 students a prototype of an electronic reading device. Its audio archives include discussions related to the project as well as to mobile apps that support children's storytelling and a Smithsonian Art Museum alternate reality game. Organizations on and off college and university campuses, in fact, tie the humanities with technology as well as areas such as science.

An institute at a Virginia university, for example, partners with libraries, publishers, information technology companies and others on humanities computing initiatives, according to its website. The institute offers colleges and universities, as well as cultural, non-profit, government and business organizations, consulting, programming and data services in areas such as three-dimensional cultural heritage site computer modeling, Java and Perl programming and web databases, according to its website. Visitors to the site might access digital collections of African American poetry, early American fiction from authors such as Mark Twain, Louisa May Alcott and Harriet Beecher Stowe, as well as the English dramas of William Shakespeare and others. Digital audio databases include African American songs and American music from composers such as Duke Ellington and Cole Porter.

The Humanities and Technology Association, which isn't affiliated with any one institution, dates back to 1978 and promotes understanding the interaction between the humanities, science, engineering and technology. A Humanities and Technology Review journal published by the association includes explorations of Japan's cultural values and how its values influence development of its nuclear policy to the aesthetics of digital cinema and how movies such as "Miami Vice" exploit the technology's abilities and limitations to create new aesthetics. Another journal article addresses how computers can undermine or enhance student learning.

Industries want scientists who can understand an application's intellectual properties and issues of equity, human awareness perspective and more, according to co-founders of the Humanities, Arts, Science and Technology Advanced Collaboratory. This particular group formed in 2002 in response to the diminished role of humanities in the information age, according to its website. "Changes in the Information Age require us to think and act collectively to envision new ways of learning to serve the goals of a global society," the group's website notes.

In addition to courses such as English and literature, humanities degrees online and on campus might include classes in history, philosophy, culture, ethics and more. The co-founders of the Humanities, Arts, Science and Technology Advanced Collaboratory represent universities on the east and west coasts of the United States. In an essay citing the central place humanities studies have with regard to exploring the possibilities of technology's reach and implications, they noted that the humanities involve exploring meaning, value and significance and that humanists link the old and the new and then engage the best of both.

An engineering college at a Connecticut university this fall plans to launch a bachelor's degree in sustainability that includes studies in the humanities, according to a recent article in the Connecticut Business News Journal. The degree offering takes a holistic approach, its website suggests. Classes are to include global solutions to sustainability, research methods in sustainability and contemporary issues of art and the environment, the Business News Journal noted.

MBA in Technology Management

For anyone with a passion for technology, this degree is a serious pathway to success. An MBA (Technology Management) is an online MBA degree that one can do from the convenience of home. So what does this course entail? It is meant for technology professionals who want to take up leadership positions while maintaining their specialization in technology. Technology has become central to the functioning of all organizations and technology management is a prerequisite for data management, security, and task execution.

An MBA (Technology Management) equips graduates with relevant skills that are required to be part of this high-paced industry that is constantly changing and evolving. New skills learnt during this degree program prepare candidates for a long and successful career in technology because they are taught to work around management of technology products, companies and services.

While the primary aim of a technology management degree is to bridge the gap between management and technology, this online MBA course also helps develop the required strength in other facets of management such as marketing, finance, and human resources. Therefore, this course allows one to make science and technology a productive business practice.

Students of MBA in technology management not only receive sound academic knowledge, they are also given practical learning by simulating technology's interactions in a business environment. While assisting students to develop their analytical thinking, this course also focuses on communication, skill development and management of business principles. So a technology management degree holder can handle all spheres of management such as technology forecasting, selection, transfer, and creation of new technology.

As organizations are increasingly relying on technology to integrate various components and processes of their business as a means to enhancing productivity within organizations, the prospects for such a degree are only improving. Where the IT industry is a well-paying one already, with an MBA degree the chances of rapid success and increments increases greatly.

An MBA in Technology Management makes one eligible for jobs in major IT and software firms for positions of software manager, computer section supervisor, trainee manager, and technical executive. Because most persons who take up this degree come with sufficient work experience, they are usually taken up to work in senior management positions across all technology-based verticals. The option of working as a consultant or establishing one's own business always remains open.

Science and Technology in India

The progress made in the field of Science and Technology in India today is enviable. The architect, Pt. Jawahar Lal Nehru had a vision, not merely of scientists and of laboratories, but of the broader horizons and its social relevance; of the unity between the community of scientists and scientific needs of the community and of the transformation functions of science in society.

We have laid much emphasis on the development of science and technology as a major instrument for achieving national goals of self-reliance and socioeconomic progress. The Scientific Policy Resolution adopted by our Parliament on March 4, 1958 laid stress on Government responsibility to secure for the people, the benefits from acquisition of scientific knowledge and practical application of research. The policy of the Government, is to encourage individuals and collective initiative for dissemination of knowledge and faster programmed to train scientific personnel to fulfill country's needs in the diverse fields of agriculture, industry defense, education, space, information technology oceanography etc.

The contributions in scientific and technological research have induced a phenomenal transformation in Indian agriculture from subsistence level into commercial farming. India occupies a premier position amongst the oilseed producing countries of the world. Research efforts have been intensified to bring out crop varieties tolerant to drought conditions, resistant to pests and diseased and responsive to the use of agriculture, its capacity to withstand droughts and natural calamities and the near attainment of the goal of food self sufficiency by the country are the tributes to the untiring efforts of the agricultural scientists as well as millions of farmers with progressing thought.

Over the years, a strong science and technology infrastructure base has been established in our country. This covers a chain of national laboratories, specialized centers, various research and development and academic institutions training centers, etc., which continuously provide expertise, technically trained man power and technological support to industry. The Council of Scientific and Industrial Research with its network of laboratories and research institutions is a major instrument of scientific and industrial research under state auspices and supports research in universities and other centers of learning.

Telecommunications is a critical part of infrastructure and one that is becoming important, given the trend of globalization and the shift to a knowledge based economy. Until 1994, telecommunication services under government monopoly made tardy progress. Although telecommunication expanded fairly rapidly, under this arrangement, it was recognized that capacities must expand much more rapidly and competition also be introduced to improve the quality of services and encourage induction of new technology. Telecommunication has become especially important in recent years because of the enormous growth of information technology and its potential impact on rest of the economy. India is perceived to have a special comparative advantage in information technology or in IT enabled services, both of which depend critically on high quality. Telecommunication has also become extremely important for a wide range of rural activities and this importance will only increase as the process of diversification of rural economic opportunities gains momentum. Universal service obligation must therefore, be insisted upon for all providers of telecom services.

India has joined a select club of six advanced countries with the Pune based Center for Development of Advanced Computing (CDAC) developing the country's first super compute "Param". The indigenous built 64 NODEC super computer is capable of reaching peak power of 100 mega flops. Param promises the creating of a seamless computing platform for super computing at an affordable price in the international context.

India recognized the importance of atomic energy quite early and the Atomic Energy Commission was set up in August 1948 to look after atomic energy activities in the country. India today is the seventh country in the world and the first developing nation to have the distinction of mastering fast breeder technology.

The Indian Space Research Organization (ISRO) is responsible for the planning, execution and management of space research activities. The ISRO, which has its head quarters in Bangalore, provides rockets and laboratory facilities to scientists belonging to different organizations in India for conducting approved space science experiments. The Indian Remote Sensing Satellites have helped in extensive mapping of our natural resources and voluminous data generated through these are used in a variety of fields. Even the developed countries including the U.S. have started buying the data collected by the IRS. It is a matter of pride that India became the 14th nation in the world on April 3, 1984 to have sent a man into space. Rakesh Sharma, was India's first man in space. Similarly, Dr. Kalpana Chawla, an Indian American woman became the first Indian woman to go into the space on November 19, 1997 on a 16 day mission on NASA, Columbia shuttle as a Mission Specialist of study the outer atmosphere of the Sun. Unfortunately, she died on a latter mission on her return to earth.

Technology is used as a tool to give India a competitive position in the new global economy. For example, Indian exports today derive their comparative advantage through resources and labor rather than differentiation and, technology. Therefore, major thrust is being given to increasing India's share in high-tech products, deriving value from technology - led exports and export of technology. Full articulation of research is being given into various policies and programmed covering economics, energy and other socioeconomic sectors.

CSIR Study Material - Life Science

Let me start with expanding the term CSIR before going to the actual article, The Council of Scientific & Industrial Research (CSIR), a R&D organization in India was form in 1942 in the aims to offer industrial development, to make a strong foundation for strategic sectors and improvement of primary knowledge. Above all it motivates talented young men and women to take up science as career.

CSIR through Human Resource Development Group (HRDG) gives research fellowship to the bright Indian young minds to carry out their research in various CSIR listed Labs, University, institutes in the field of Science and technology. To identify the bright minds CSIR conducts the National Eligibility Test (NET) for candidates holding M.Sc or equivalent degree, every two time in a year (in June and December). Once selected you get CSIR Junior Research fellowship (JRF), presently Rs 12000 per month for first two years and Rs 14000 per month from the third year, the total term as JRF plus SRF will not go beyond five years.

CSIR conducts test for five streams Chemical science, Life science, Earth science, Mathematical science and Physical Science and consisting of two papers. Paper I is objective type to evaluate knowledge of science, skill of scientific and quantitative reasoning, creativity, analytical ability and research aptitude of a candidate. Paper II is to judge your knowledge through short descriptive answer in your subject.

Need of Study materials

Strictly speaking when you are preparing for CSIR life science section there is no need to cross check the syllabus, it includes every possible topics in life sciences, from biochemistry to microbiology, from botany to zoology, from atom to molecule. So before starting your preparation for CSIR make sure you have all the study materials. If you are not a Botany or Zoology student then you have to go through these subjects but it is not possible to read all the topics in this subject so you have to collect materials which cover the entire subject in simpler version.

As you know apart from your main subject you have to also know the basics of chemistry, physics, math, earth science because without covering these, clearing the first paper is a difficult task and your second paper would not be evaluated unless you have cleared your first paper. Hence you should check the source where to get such materials. Just reading the topics alone would not give you the confidence to face the exam, you need to practice N numbers of model question papers and also work out previous years question papers. This helps you to control the time and also give you the coolness to answer correct question under the time pressure. So you have to collect model question papers and old question papers before giving the exam.

Even you are smart and intelligent in your subject without proper study material, revision you will scratch your head in the exam hall. And one should not think much about spending money to collect such instant materials instead of writing 10 times.

Science and Technology For a Better Future

One of the most often asked questions in the contemporary world is 'What is the meaning of science and technology?' Man is innovative in nature. The ability of man to create and change the shape of that which he has created is what sets him apart from other organisms. Science is the approach to study that emphasized the use of empirical evidence to come up with new ideas. As one of the branches of knowledge, it sets out to find out more on the nature of the physical world. Through practical analysis of phenomena, scientists have come up with solutions to many problems that have plagued mankind for many years.

The first step in scientific undertaking is coming up with a problem. Once a problem has been identified, there has to be dependent and independent variables that guide the researcher in formulating a hypothesis that will help him to come up with the most accurate results. A hypothesis is a tentative statement assumes that one of the two possible outcomes will happen. The researcher can choose to adopt any of the possible outcomes as his hypothesis. This is the foundation that led to the discovery of cures for many diseases that initially used to kill millions annually such as malaria.

The scientific approach to research is responsible for development of technology. Technology is the ability for man to make tasks easier to perform through a highly sets of scientific applications which build on interrelatedness of many basic principles. Machines are synonymously used with the concept of technology. Yet the contemporary use of the word presumes things like computers and mobile phones. It is true that technology these days must be viewed in terms of the changes brought into the existing communication systems through the computer. The electronics industry has grown a lot within a short span of time. Science has contributed largely to this since it is through continued research that new machines are being unveiled.

When trying to answer the question 'What is the meaning of science and technology?' we have to view science as the study of the natural world while technology has to be viewed as the study of how to manipulate the natural world in order to suit man. This relationship is best understood through Science and Technologies Studies (STS). Being a scientific discipline, this study highlights the relationship between these two areas of study and how they affect the cultural, scientific, political and social set-up of world's communities. The amount of information that is coming out of scientific enquiries is overwhelming. It is surprising how universities have succeeded in harmonizing the large body of research data that comes from research institutions fro around the world.

To differentiate between scientific enquiries from the artistic ones, there is need to look into the nature of truth. Science has no room for that which is taken to be true or false on the power of belief. This is the best way in which we can answer the question 'What is the meaning of science and technology?' There has to be a way of verifying the truth or falsity of any phenomenon. This is called the verification principle. There must be truth conditions which in practical terms are variables. If a statement cannot be proven to true or false, it is without sense and is not good for science and technology.

STEM Careers and How to Prepare for Them

STEM, which stands for Science, Technology, Engineering, and Math, is a hot topic lately, especially since the Obama administration just launched the Educate to Innovate campaign to improve American students' performance in STEM. American students rank 21st out of 30 in science literacy and 25th out of 30 in math literacy among students in developed nations. As a result, America's competitiveness in science and technology is rapidly eroding, putting our nation at risk of losing its position as the global economic and technological leader.

The Obama administration's Educate to Innovate campaign aims to improve K-12 science and mathematics education and encourage more young people to pursue STEM careers in the following fields:

Agriculture
Biological and biomedical sciences
Computer and informational sciences
Engineering
Mathematics and statistics
Physical sciences and technologies

Some STEM careers that are in high demand at the moment include actuaries, chemical engineers, chemists, computer software engineers, and electrical engineers.

Even if you don't want to become a scientist or an engineer, an educational background in STEM can be beneficial. The key skills that employers look for, such as analytical thinking, problem solving, and the ability to work independently, are all related to STEM. People who possess a STEM education are in demand in a variety of industries, including finance, healthcare, and precision manufacturing.

How to Prepare for STEM Careers

The majority of STEM careers require extensive education. You can prepare for a STEM career by taking classes in the following subjects during high school and college:

Algebra, Biology,Statistics, Calculus, Electronics, Economics, Geography, Chemistry, Physics, Environmental science, Technical writing, search methods, Computer technology, Computer-assisted art

There are also a number of things you can do outside of the classroom to prepare for a STEM career. You can join a math or science club at your school, teach science at a summer camp for youth, volunteer to assist in fundraising events that require you to apply your math and budgeting skills, prepare a project for a science fair, or learn computer applications. STEM skills can also be gained through work experience.

Some STEM careers only require you to have work experience in the field or an associate's degree, but most require you to have at least a bachelor's or master's degree. Taking advanced courses in STEM is challenging and requires dedication and persistence, but it's worthwhile because STEM careers tend to pay well and boast a rewarding future. From helping solve energy problems to propelling space exploration, STEM graduates are equipped to work in an array of exciting fields.

Science Teachers Use New Technology to Make Science Fun

A special hands on Science and Technology workshop is coming to San Antonio, Texas. This workshop is for science teachers and designed for them to learn more about the new technologies that have came out that make science more hands on. Currently, Science programs have labs once and a while, but mostly consist of bookwork. By introducing science teachers to these new technologies, they are able to create more fun and interactive science lessons.

Science is supposed to be a hands on subject. The fact that schools are creating lesson plans ore around bookwork doesn't help students fully understand the capabilities that science careers have to offer. When the teachers go to this Science and Technology workshop, this will give them more information to pass onto their students about the exciting things science careers have to offer. When teachers offer more labs and more hands on science training, it helps the students to learn better. Anything hands on is always better than bookwork. Of course, bookwork combined with labs is best. By adding technology to the labs, students are able to track data more efficiently and analyze it better.

When the teachers integrate the technology into the labs, students are amazing at how much more they can learn and track by having access to the science technology. The technology is said to enhance learning in chemistry, biology, physics, math, middle school science, physical science and earth science. It is so important for teachers to attend outside of school triaging and this Science and Technology Workshop is a great way to start.

Effective teachers are teachers that are constantly going out of their way to go above and beyond for their students. They are constantly attending trainings and seeking outside education to enhance their careers and give them tools to better their students and help learning be easier for them. No teacher likes to fail a student. They want their students to pay attention to what they are teaching, learn from them and score well on tests. Happy students in class create a healthy and thriving learning environment. Schools now a day lack the presence of effective teachers and it is so important for schools to hire great teachers. The union currently protects all the teachers who once were effective but have gotten lazy and are not anymore. How is this fair for the students?

A teacher that seeks outside education to better him or herself so they can be a better educator is great. Sadly it's rare for the United States schools to have a majority of effective teachers. By creating free workshops such as these, it give the teachers access to great tools that can better their teaching and create thriving learning environments for their students. Technology has come a long way and even since the teachers have graduated from college technology is ever changing! Its so important for these workshops to be readily available and also for schools to create workshops showing off the new technologies that have been invented to better their schools rating and their students test scores.

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Career Opportunities With a Computer Science Degree

A career in computers is still a popular choice even in the current recessive economic times we are experiencing. With advances in computer technology and network communications leading to continuous developments, the requirement for trained professionals and skilled graduates is always in high demand. A computer science major is popular choice for students today as this field remains at the forefront of expanding technology. Students with a computer science degree will always be a hot
candidate in the job market.

Computer science involves the host of sub-divisions ranging from theory to development, programming to computing solutions. A computer science degree provides a foundation that prepares students to constantly adapt to new ideas and technologies. Computer scientists are required to design and create software, problem shoot as and when needs arise, process and store data, devise new and effective security methods and most exciting of all - develop new and innovative ways of using computers. Professionals in computer science have pushed the boundaries of science and technology to enter the fray of robotics and digital forensics - fields that had not even existed a few decades ago.

A computer science degree demands an aptitude for math and analytical thought. Students interested in a career in computer science should consider going for a BCS degree to qualify for jobs in this field. A good Bachelors degree in computer sciences will prepare students in implementing and designing software. Software development now entails new areas such as interface design, web development, and mobile computing. Once entrenched in the work force with enough practical work experience, a Masters degree in computer science can help improve job prospects and further your specialization in a particular field.

If your Bachelor of Computer Science degree pushes you towards a career in computer solutions, you would be applying all your theoretical knowledge towards solving computing issues and problems. This field would require a higher degree; even a Ph.D. and a research position in a developmental laboratory. If you choose to get into computer development, you have the option of getting into an entrepreneurial position and maybe even starting your own company that specializes in the same.

There are also a number of new careers that demand a CS degree such as web development, information technology, computing management, information security and database administration. Web development is the latest trend and almost every company today has a website. Web developers in turn create and maintain these sites using the latest technological know-how and marketing strategies. The communications industry has pushed the boundaries of information technology. Computer science graduates are now employed with mobile companies to develop faster and better ways of communicating. Many MBA graduates now also specialize in computers and programming. Employers are always on the lookout for those with multiple skills and training and career success is a given for these students. Database administrators are also in demand, as more and more companies require their services to effectively collect and interpret information that will help the company to strategize efforts and move forward. Another fast-growing prospect in this field is the subject of online security-predicted to play a strategic role in the future of computer technology. Information security comes into play with regard to online shopping, Internet banking and privacy management.

A computer science degree will therefore prepare you for a challenging career in a variety of jobs. Armed with a solid educational background, the choices are then up to you to make depending on your aptitude and interests.