But these sciences, even if they have been mostly studied by men, have been also studied in great extend by women over the years. While some scholars support that considerable biological differences between men and women affect their representation in science, there is a substantive body of evidence indicating that overall intelligence does not differ between men and women. Still controversy persists as to whether specific aspects of cognitive ability differ. But there is no ideal constellation of cognitive abilities required to be a scientist. To become a successful scientist, one needs to have deductive reasoning abilities, adequate verbal skills, quantitative reasoning, intuition, and social skills. Even if we accept that men and women differ in some of these abilities, there is no basis on which one may assume that men will have greater success than women in science, because different academic backgrounds, personal skills and mental abilities create equally successful approaches and styles. Moreover, there is no convincing evidence that women’s representation in science is limited by innate ability. For example, between 1970 and 2003 a considerable 30 percent increase occurred in the proportion of Ph.D.’s granted to women in engineering. Since people support that this was the outcome of dramatic changes in attitudes and laws relevant to gender, the fact that more women were able to successfully graduate from their PhD’s programs provides strong evidence of the cultural and structural impediments to women.

Moral and legal imperatives to ensure equal opportunity provide sufficient reasons to examine the causes of the disparities and to attempt to rectify them. Equally compelling is the impact that equity will have on the quality of today’s universities and the competitiveness of any nation. Heterogeneity among students, faculty, and staff can strengthen universities’ role in fundamental ways. Specifically, the design of more innovative solutions to problems is the outcome of heteroclite groups, which can bring a higher level of critical analysis to decisions. Furthermore, institutions that welcome women foster more favorable working environments for all community members.

Concluding, institutional transformation necessitates collective examination of attitudes and the behaviors observed, which can be rather disquieting, since it requires engagement with issues of life-style, reproduction, hiring, and academic customs. But, the most uncomfortable of every possible discovery is the realization that all people have their own unconscious biases, which can shape behavior patterns and lead to such gaps.

Students pursuing courses in computer science, computer programming and other information technology (IT) related courses are on the right track. IT careers still have a bright future in the U.S. including Pennsylvania despite the reality that many companies are outsourcing their workload. The Bureau of Labor Statistics has shown that more IT jobs are being created and the rate is faster than they are outsourced to other countries. It also confirmed that computer skills application will increase in areas such as healthcare, retail trade and construction.

Various IT-related courses are available today for high school graduates or even for professionals who want to change their career path or improve their current careers. These include Computer Systems Software Engineering, Computer Applications Software Engineering, Systems Analyst, Database Administration and Network Systems and Data Communication Analyst. These courses can lead to some of the fastest growing jobs through 2014, according to the Labor Statistics Bureau. They are also among the top 10 jobs with computer or programming degree listed by CNN.com and CareerBuilder.com. Employment and wage in the computer science (CS ) field is seen to go up by 68 percent until 2014.

CS deals with the theories of information and computation or the study of algorithmic processes. It has four important areas as identified by the CSAB – theory of computation, algorithms and data structures, programming methodology and languages and computer elements and architecture.

In colleges and universities such as in Pennsylvania, this discipline normally delves into the computation theory, concurrency theory, analysis of algorithms and systems, databases, graphics and programming. A major part of the course usually provides college students hands-on training covering software applications, computer programming, online data and information and computer networking. A Computer Science education can be earned in two ways – either by getting a Bachelor’s degree or an Associate’s degree. One can undergo training online or by going to a traditional school.

An associate degree is a two-year general program that tackles operations, problems and solutions as well as designing computer systems. Students who choose this program are taught about theory, hardware design, applications and programming. The emphasis is more on the basic skills that an individual may need in performing his or her job. This degree program is ideal for people who want to land an entry level job right away and for professionals seeking advanced education in the field of computer programming.

A bachelor’s degree in CS, on the other hand, has a wider and more extensive coverage. This four-year course is also more mathematical in nature. Subjects taught in this program include theories of algorithms, programming languages and database management.

Graduates of Computer Science have excellent job opportunities ahead of them. They can work in different fields such as business, government and the academe. From the present through 2014, a 40 percent growth is seen in the demand for computer scientists with an expected median wage of $81,000.

Vocational computer schools offer a wide curriculum that includes computer science, scientific computing, website building applications, introduction to algorithms and data structures, introduction to software engineering and system programming, introduction to computer graphics, programming languages, and other relevant information technology coursework. Typically, students who are obtaining a vocational computer science education will learn how to build, maintain, troubleshoot, and resolve problems with computers and computer networking systems.

A computer science education imparts diverse educational skills and training in computer technology, including database construction, website development, consumer-based interfaces, and a wide assortment of computer languages. A complete computer science education can lead to a broad variety of professional certifications or degrees.

A thorough computer science education allows students to pursue higher education (e.g., Bachelor, Doctorates degrees, etc.). Graduates are qualified for careers in computer science, database administration, network system and data communication analysis, and other computer specialist employment. A certificate or degree will provide hard evidence to future employers that your computer science education was completed satisfactorily and that you are fully qualified to accept the duties of a computer technician.