Computer Careers SJRCC enable graduates to pursue careers in business students seeking employment in areas including Web students for employment as computer engineering technicians http://www.sjrcc.cc.fl.us/workforce/computers.html
Majors And Careers held internships or participated in career previews have samples of previous math and computer science majors have completed internships in a variety of areas http://web.grinnell.edu/careerdevelopment/makingchoices/math.html
Extractions: Biology ... The Mathematics and Computer Science Department Benefits of a Mathematics and Computer Science Major Choosing your major was one of the most significant decisions of your college career. Your passion for mathematics and computer science is one you share with your peers, professors, and alumni/ae. Students choose to major in math and computer science for different reasons. Read some of the reasons alumni/ae chose a math major: "My dad is a math professor and my sister was a math major, too. I had always been good at math and liked it." "I majored in math because I enjoyed it and because I found it to be a good choice. It was an enjoyable major and also ended up being interesting intellectually and applicable to the business world." "I looked into math, political science, and economics as majors. Math seemed to me to be the most serious of the three majors; people would know immediately that I have quantitative skills."
Careers In Computer Science And Mathematical Sciences careers in computer Science and Mathematical Sciences. computer visualization and image processing are becoming essential in medical areas. http://cms.dt.uh.edu/Students/Career.html
Extractions: Careers in Computer Science and Mathematical Sciences With advanced technology, information and all types of data are being processed at extremely high speed. Work on grand challenge problems such as problems in genetic engineering, bioengineering, natural phenomena, hurricanes, oil spills, big-technology, and ground water pollution is rapidly increasing. Computer visualization and image processing are becoming essential in medical areas. High performance computing is advancing research in many disciplines, and distributed networking systems are being implemented to enhance communication. These are only a few examples of new challenges in the workplace. More than at any time, the work place is in need of people with strong analytical and computational skills. If you enjoy computers, mathematics, computing, and statistics; if you enjoy solving practical problems; if you enjoy working with teams and the challenge of constantly learning new things; and if you enjoy the prospect of a job with skills to carry you into the century, then the degrees offered by the Computer and Mathematical Sciences Department at the University of Houston-Downtown prepare you to join this dynamic work place. Upon completion of your degree in Computer Science, Applied Mathematics, or Quantitative Methods, you may be able to join many of our graduates who are currently employed in the following areas:
Intuitor Physics, Science And Physics Related Careers are prerequisites for virtually all the other areas. Biologyrelated careers all depend heavily on chemistry are a prerequisite for computer, medicine, chemistry http://www.intuitor.com/physics/ScienceCareers.html
Extractions: Intuitor.com High School Physics Page Local hex time: Local standard time: Introduction to Science and Physics Related Careers This page provides information on science related careers in order to help high school students make informed decisions. It specifically highlights careers requiring physics training such as engineering, architecture, computer science, and medicine. Career Opportunities in the Sciences There is nothing more discouraging to students than spending several years in college and thousands of dollars earning a degree only to find out they can't get a job in their chosen field. Gaining a realistic understanding of career opportunities is as important to student success as learning to use a computer. The following information is offered as a starting place. The careers listed require at minimum a four year bachelor's degree from an accredited university or college. In many cases they require study beyond a four year degree. Starting salaries are generally given for bachelor's degree individuals while average salaries include master's and doctor's degree employees. Traditional scientific careers such as biologist, chemist, physicist, etc. typically require a doctor's degree and have limited job availability. Jobs which apply science to practical problem solving tend to have the best employment prospects. These include engineering (the second largest profession in the U.S.A.), many types of medicine, and computer-related careers.
Careers In Field Of CIS: Computer Information Systems careers in the field of CIS. Help Desk Operators to assist with computer questions. audio/visual expertise, engineering, networking, and other technical areas. http://www.cab.latech.edu/public/DEPTS/cisa/careers.htm
Extractions: A I T P : Association of Information Technology Professionals Careers in the field of CIS Employment opportunities for CIS graduates continues to be very positive. The demand for CIS graduates has increased for the past several years, and it should continue to increase for at least the next five years. Job titles and descriptions vary from business to business. Therefore, the following job descriptions are not meant to imply that all persons with the following job titles perform the same duties and responsibilities. Systems Analyst Systems Analysts work closely with managers, software programmers, and computer users to pinpoint needs and reach goals. Businesses of all types rely on Systems Analysts to integrate and upgrade their systems and ensure that they run smoothly. An entry-level analyst might work closely with end-users to analyze their needs and design an information system solution. Senior Systems Analysts frequently manage an entire information system development project.
Careers Computer Information Science Salaries Mathematical and Physical Sciences careers computer Information Science Bachelor s degree in computer science averaged salary for different areas of computer http://career.asc.ohio-state.edu/careers/maps/CIS/cissal.htm
Extractions: Salaries T he National Association of Colleges and Employers' survey revealed that the average starting salary for those with a Bachelor's degree in computer science averaged about a year. T he average salary for different areas of computer science for those with a bachelor's degree ranged thus: T he average salary made by a student graduating from Ohio State ranged from for a Programmer/Analyst in a Pharmaceutical Firm to for a Software Engineer with a Data Processing Company. Several positions such as PC Support Analyst, Technical Staff, and other Web Specialists commanded salaries from to respectively. What is? Options/Strategies Internships Graduate School ... Contact us
MUCS -=- Computer Science Professions And Careers A finite list of career options in computer Science is The computer Science curriculum today is very different As these areas evolve, new courses are developed http://cs.millersville.edu/careers.html
Extractions: Computer Science is one of the most highly motivating and financially successful disciplines available today. It is a challenging field, constantly growing within itself, as well as expanding into other disciplines. Increase in technology and demand creates opportunities for employment in a variety of settings, such as government, corporations and businesses of all sizes, and universities. A finite list of career options in Computer Science is virtually impossible because the profession is continuously changing. One area of Computer Science includes Engineering and Scientific Research and Development. This side of the discipline requires a more technical, theoretical, and mathematical background and provides jobs such as: Another area of Computer Science, Business Information Systems, involves working for a company that is not necessarily in the computer business. It is related to in-house development and management of software systems for business operations, forecasting, marketing, accounting, personnel, and payroll, and may include jobs like these: Millersville's Computer Science program will prepare you for the future. As the Computer Science professions grow and change, the undergraduate program of study must adapt quickly. The Computer Science curriculum today is very different from that of a decade ago. New fields of study and applications are developing rapidly. As these areas evolve, new courses are developed and existing courses adapted to include modern topics.
BMES - Biomedical Engineering Society Planning a Career in Biomedical computer modeling is used in the analysis of experimental data and in These specialty areas frequently depend on each other. http://www.bmes.org/careers.asp
Extractions: info@bmes.org "Planning a Career in Biomedical Engineering" (Published in 1999 by the Biomedical Engineering Society) CLICK ON QUESTION BELOW What is a Biomedical Engineer? What are Some of the Specialty Areas? Where do Biomedical Engineers Work? How Should I Prepare for a Career in Biomedical Engineering? ... MORE INFORMATION What is a Biomedical Engineer? A Biomedical Engineer uses traditional engineering expertise to analyze and solve problems in biology and medicine, providing an overall enhancement of health care. Students choose the biomedical engineering field to be of service to people, to partake of the excitement of working with living systems, and to apply advanced technology to the complex problems of medical care. The biomedical engineer works with other health care professionals including physicians, nurses, therapists and technicians. Biomedical engineers may be called upon in a wide range of capacities: to design instruments, devices, and software, to bring together knowledge from many technical sources to develop new procedures, or to conduct research needed to solve clinical problems. (TOP) What are Some of the Specialty Areas?
CAREERS IN CS careers IN computer SCIENCE. Persons graduating with bachelor degrees in computer Science are prepared for work in a number of areas for which there is a http://www.cs.colostate.edu/advising/careers.html
Extractions: Persons graduating with bachelor degrees in Computer Science are prepared for work in a number of areas for which there is a considerable demand. Software Engineering: Team development and maintenance of large scale software, including commercial user software (e.g., data-bases, word processors, spread sheets, etc.), and system software (e.g., operating systems, device drivers, language compilers, system utilities, etc.). Networks and Internet Technologies: Development of networking software and soft ware for use across the Internet, including security software, internet user applications, search technologies. Technical Consulting: Applying software engineering principles to the creation of custom software, intended for specific purposes in a narrowly defined domain. Scientific Programming: Programming scientific and engineering problems for teams of scientists or engineers. Mathematically intensive. Embedded Systems Programming: Programming electronic devices (such as cell phones, PDA's, appliances) to perform specific functions. Used in the production of scientific and test instruments, automobiles, and computers, peripherals and gadgets of many types.
Skoool.ie ::: Careers Matters are computer and Software Engineers employed? The world of IT is moving so fast, career opportunities in this area are extremely varied and include areas of http://www.skoool.ie/skoool/careermatters.asp?id=1635
Groups Relating To Women In Computer Science/Computing include running a series of Workshops on Academic careers for Women in issues affecting underrepresented ethnic groups in the computer related areas. http://www.cs.yale.edu/homes/tap/cs-women-groups.html
Extractions: The ACM Committee on the Status of Women and Minorities was founded in 1990 to document the problems affecting underrepresentation of these groups in computing, to serve as a data repository on issues of women and minorities in computing, and to establish and publicize details of successful programs to increase their representation, especially mentoring programs. AI-systers is a private, unmoderated electronic mailing list intended for women interested in artificial intelligence. Internet: ai-systers-request@crl.dec.com The ARIZONA WOMEN'S ENVIROLINK is a non-profit women's networking society which incorporates multi-disciplinary sciences, legal, and computing careers with a common environmental "link". Membership is made up of professional women in the Phoenix metropolitan area. Monthly meetings consist of a luncheon with invited speakers or roundtable discussions. Concerns include federal and state regulatory issues, manage-ment concerns, health topics, technical issues concerned with data collection and interpretation, chemistry, and the "glass ceiling". A monthly newsletter integrates news issues, activity on the Internet, membership biographies, job listings, and upcoming events. An excellent place to meet other women in all types of environmentally oriented careers in the Phoenix area (Arizona, USA). Information regarding the ENVIROLINK may be directed to Tracey S. Moore at
Extractions: Undergraduate Programs The computer science major provides a firm base in algorithms and problem solving, a mathematical background to develop reasoning abilities, exposure to the foundations of computing, exploration of computer systems from multiple perspectives, and an introduction to specific areas of computer science research and development. Students have unrestricted access to sophisticated labs and resources in the Dana Science Building when classes are not in session. Dana also houses classrooms, faculty offices, and study rooms. On campus, there are six computer labs for students, five are open 24 hours a day. Teaching labs are fully equipped with individual workstations, an instructor's station, overhead projection system, full audio and visual capabilities, as well as the most popular software packages and full Internet access.
Timken - Careers - Computer Science Degrees Preferred BA/BS in computer Science, Mathematics, computer Engineering, Business which may involve one or more of the following areas of Corporate http://www.timken.com/careers/computerscience/computerscience_programmer.asp
Extractions: Assignments will consist of increasingly complex projects which may involve one or more of the following areas of Corporate Information Systems: On-Line Business Systems, Batch Business Systems, Factory Automation Systems, Office Automation Systems, End-User Support, Training, Standards, Quality Assurance, Data Management/Administration, Operating Systems Software, Telecommunications. The Timken Company An Equal Opportunity Employer (M/F/H/V) Search Sitemap Help
IT Careers - Computer Careers about anyone with technical skills, earning certification in one or more areas can make For FREE email updates, subscribe to the computer careers Newsletter. http://www.bellaonline.com/subjects/358.asp
Careers avenues for establishing a career in the your foundational needs to pursue these areas. . Washington, Assistant Professor, PGCC computer Information Systems http://academic.pgcc.edu/cios/careers.htm
Extractions: Cooperative Education and Internships for PGCC Students Cooperative Education and Internships incorporates on-the-job training with an academic program. Students combine periods of study at the college with periods of curriculum-related employment in businesses and government agencies. By supplementing classroom learning with practical work, students obtain a more realistic and meaningful educational experience. To find out more, contact: (301) 322-0136 or email - hpoole@pgcc.edu "Todays' student has many avenues for establishing a career in the field of technology. Outside of the traditional fields of study, i.e. Network Engineering and Administration, Application Development, Database Specialist, there are many other areas that students seem to overlook. For example, are just some of the areas I constantly see students overlooking. While PGCC does not offer degree programs in all of these areas, our technology degree programs are excellent for developing your foundational needs to pursue these areas." Bill Anderson, Chief Information Officer
Computer Career Prospects Strong Further, eight of the top ten occupational growth areas will be in IT and computer careers Career Area. % Growth. computer software engineers, applications. 100%. http://www.computer-schools.info/articles/computer-career-prospects.html
BCS Computer Bulletin: March 2004 Careers Insider careers Insider. about my job, The wide range of technical areas and the electronic engineering from Sheffield University, specialising in computer systems design http://www.bcs.org/publicat/ebull/mar04/careers.htm
Extractions: THE COMPUTER BULLETIN - March 2004 This Issue's Contents Name Gavin Rawson CEng, MBCS Occupation Automation manager Employer Danieli Davy Distington (technology and services to the metal forming industry) Location Sheffield, Yorkshire What I like about my job The wide range of technical areas and the opportunity to try out new ideas What I dislike about my job Politics and the financial rewards Rolling mills are normally used to roll metal flat and thin: for example for car bodies, aluminium foil and ship hulls. The mills can generate several thousand tons of rolling force, and have to be controlled positionally to within one micron. A strip is rolled at anything up to 15 metres per second, and temperatures can be anywhere between room temperature and 1,000 degrees or more, depending on the process and material concerned. The process requires the control to be performed faster than every millisecond.
Extractions: Aerospace Engineering Biomedical Engineering Chemical Engineering Civil Engineering ... Mechanical Engineering Electrical Engineering Careers From geographical information systems that can continuously provide the location of a vehicle to giant electric power generators, electrical and electronics engineers are responsible for a wide range of technologies. Electrical and electronics engineers design, develop, test, and supervise the manufacture of electrical and electronic equipment. Some of this equipment includes power generating, controlling, and transmission devices used by electric utilities; and electric motors, machinery controls, lighting, and wiring in buildings, automobiles, aircraft, radar and navigation systems, and broadcast and communications systems. Many electrical and electronics engineers also work in areas closely related to computers. However, engineers whose work is related exclusively to computer hardware are considered computer hardware engineers, an occupation covered elsewhere in the Handbook. Electrical and electronics engineers specialize in different areas such as power generation, transmission, and distribution; communications; and electrical equipment manufacturing, or a subdivision of these areas-industrial robot control systems or aviation electronics, for example. Electrical and electronics engineers design new products, write performance requirements, and develop maintenance schedules. They also test equipment, solve operating problems, and estimate the time and cost of engineering projects.
College Majors And Careers - Electric Engineering Numerous areas of concentration are available within these disciplines, such as aerospace, biochemical Graduates also pursue careers in computer hardware and http://careerservices.rutgers.edu/Meleceng.html
Extractions: Career Opportunities for Majors in Electrical and Computer Engineering Engineering is a profession in which knowledge of the mathematical and natural sciences is applied to develop ways to use the materials and forces of nature economically for the benefit of humanity. At Rutgers, four-year undergraduate curricula leading to a degree of Bachelor of Science are offered in the fields of applied sciences, bioresource, ceramic, chemical, civil, electrical and computer, industrial, and mechanical engineering. Numerous areas of concentration are available within these disciplines, such as aerospace, biochemical, biomedical, environmental, and packaging engineering, engineering physics, and solid-state electronics. Electrical and computer engineering is a diverse field ranging from microelectronics and integrated circuits to information and communication systems and computer engineering. Over the past two decades, increasing numbers of electrical and computer engineering graduates have been engaged in the development and application of semiconductor devices, higher capacity and more diversified computers, and data processing systems, including a mass transmittal of information, better known as the "information superhighway". Graduates also pursue careers in computer hardware and software engineering.
Math Careers Applied mathematical career opportunities are sufficiently comparable to million dollars has a computeroriented cost in the following areas are recommended http://www.math.vt.edu/academic/undergraduate/new/careers.html
Extractions: Department of Mathematics, Virginia Tech Very few people seem to know the type of work mathematicians do in government and industry, and thus most people do not realize that mathematicians have wide employment opportunities beyond teaching. In fact, at Virginia Tech, about 70% of the mathematics graduates go into government or industry, whereas the remaining 30% are evenly split between graduate school and teaching. Our students are hired to do applied mathematics. This applied mathematics is sometimes called engineering, sometimes called computer science, sometimes called actuarial science, etc. In fact, the resulting job title may not even mention mathematics. Every task, however, that you may encounter in a scientific career can be attacked in a mathematical manner - an approach that requires both mathematical competence and perspective. Companies and agencies know this to be true, and place considerable value on having employees who can master this approach. The reason that companies hire mathematicians as well as particular types of scientists is that both groups have something important to contribute. Typically, companies will have people of various backgrounds (engineers, mathematicians, computer scientists, etc.) grouped together to work on pertinent problems. These real-world problems are "word problems," e.g., the group leader wants a quantitative analysis to streamline a procedure, to make it more cost- efficient, etc. This is the type of analysis that must precede actual computation, i.e., the group must determine formulas and equations that accurately describe the actual phenomena being analyzed. Clearly, if a formula for the solution already existed, it would be already programmed on the computer, and there would be no need to hire an engineer or a mathematician to punch a button and retrieve the answer.
