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JULIAN ASSANGE...........(a soldier without weapon but with a small computer)

>> Thursday, 23 December 2010


Julian Paul Assange (play /əˈsɑːnʒ/ ə-SAHNZH; born 3 July 1971) is an Australian journalist,[4][5][6] publisher,[7][8] and Internet activist. He is the spokesperson andeditor in chief for WikiLeaks, a whistleblower website and conduit for news leaks. He has lived in several countries, and has made occasional public appearances to speak about freedom of the press, censorship, and investigative journalism.   



Julian Assange

Assange in 2010
Born3 July 1971 (age 39)[1][2][3]
Townsville, Queensland, Australia
NationalityAustralian
Alma materUniversity of Melbourne
OccupationEditor-in-chief and spokesperson for WikiLeaks
Known forWikiLeaks
ChildrenSon
AwardsEconomist Freedom of Expression Award (2008)
Amnesty International UK Media Award (2009)
Sam Adams Award (2010)

Assange founded the WikiLeaks website in 2006 and serves on its advisory board. He has published material about extrajudicial killings in Kenya, toxic waste dumping in Africa, Church of Scientology manuals, Guantanamo Bay procedures, and banks such as Kaupthing and Julius Baer.[9] In 2010, he published classified details about US involvement in the wars in Afghanistan and Iraq. On 28 November 2010, WikiLeaks and its five media partners began publishing secret US diplomatic cables.[10] TheWhite House has called Assange's release of the diplomatic cables "reckless and dangerous".[11]
For his work with WikiLeaks, Assange received a number of awards and nominations, including the 2009 Amnesty International Media Award for publishing material about extrajudicial killings in Kenya and Readers' Choice for Time magazine's 2010 Person of the Year.[12] Assange has worked as a computer programmer and was a hacker during his youth.[13]
Assange is currently wanted for questioning in Sweden regarding alleged sexual offences, and was arrested in London, England on 7 December 2010.[14] He is currently on bail and under house arrest in England pending an extradition hearing.[15][16] He has denied the allegations and claimed they are politically motivated.[17][18]


Early life

Assange was born in Townsville, Queensland, and spent much of his youth living on Magnetic Island.[19]
When he was one year old, his mother Christine married theatre director Brett Assange, who gave him his surname.[2][20] Brett and Christine Assange ran a touring theatre company. His stepfather, Julian's first "real dad", described Julian as "a very sharp kid" with "a keen sense of right and wrong". "He always stood up for the underdog... he was always very angry about people ganging up on other people."[20]
In 1979, his mother remarried; her new husband was a musician who belonged to a New Age group led by Anne Hamilton-Byrne. The couple had a son, but broke up in 1982 and engaged in a custody struggle for Assange's half-brother. His mother then took both children into hiding for the next five years. Assange moved several dozen times during his childhood, attending many schools, sometimes being home-schooled.[2]


Hacking conviction

In 1987, after turning 16, Assange began hacking under the name "Mendax" (derived from a phrase of Horace: "splendide mendax", or "nobly untruthful").[2] He and two other hackers joined to form a group which they named the International Subversives. Assange wrote down the early rules of the subculture: "Don’t damage computer systems you break into (including crashing them); don’t change the information in those systems (except for altering logs to cover your tracks); and share information".[2]
In response to the hacking, the Australian Federal Police raided his Melbourne home in 1991.[21] He was reported to have accessed computers belonging to an Australian university, the Canadian telecommunications company Nortel,[2], the USAF 7th Command Group in the Pentagon[22] and other organisations, via modem.[23] In 1992, he pleaded guilty to 24 charges of hacking and was released on bond for good conduct after being fined AU$2100.[2][24] The prosecutor said "there is just no evidence that there was anything other than sort of intelligent inquisitiveness and the pleasure of being able to—what's the expression—surf through these various computers".[2] The judge warned that if Assange had not had such a disrupted childhood he would have gone to jail for up to 10 years.[22]
Assange later commented, "It's a bit annoying, actually. Because I co-wrote a book about [being a hacker], there are documentaries about that, people talk about that a lot. They can cut and paste. But that was 20 years ago. It's very annoying to see modern day articles calling me a computer hacker. I'm not ashamed of it, I'm quite proud of it. But I understand the reason they suggest I'm a computer hacker now. There's a very specific reason."[7]


Child custody issues

In 1989, Assange started living with his girlfriend and they had a son, Daniel.[25] After they split up, they engaged in a lengthy custody struggle, and did not agree on a custody arrangement until 1999.[2][26] The entire process prompted Assange and his mother to form Parent Inquiry Into Child Protection, an activist group centered on creating a "central databank" for otherwise inaccessible legal records related to child custody issues in Australia.


Computer programming and university studies

In 1993, Assange was involved in starting one of the first public internet service providers in Australia, Suburbia Public Access Network.[7][27] Starting in 1994, Assange lived in Melbourne as a programmer and a developer of free software.[24] In 1995, Assange wrote Strobe, the first free and open source port scanner.[28][29] He contributed several patches to the PostgreSQL project in 1996.[30][31] He helped to write the bookUnderground: Tales of Hacking, Madness and Obsession on the Electronic Frontier (1997), which credits him as a researcher and reports his history with International Subversives.[32][33] Starting around 1997, he co-invented the Rubberhose deniable encryption system, a cryptographic concept made into a software package for Linux designed to provide plausible deniability against rubber-hose cryptanalysis;[34] he originally intended the system to be used "as a tool for human rights workers who needed to protect sensitive data in the field."[35] Other free software that he has authored or co-authored includes the Usenet caching software NNTPCache[36] and Surfraw, a command-line interface for web-based search engines. In 1999, Assange registered the domain leaks.org; "But", he says, "then I didn't do anything with it."[37]
From 2003 to 2006, Assange studied physics and mathematics at the University of Melbourne. He has also studied philosophy and neuroscience.[38] He never graduated and received the minimum passing grades in most of his math courses.[2][39] On his personal web page, he described having represented his university at the Australian National Physics Competition around 2005.[2][40]

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ELECTRICAL AND ELECTRONICS ENGINEERING

>> Wednesday, 22 December 2010

Electrical and Electronics Engineering:
------------------------------------------

Broad disciplines are electrical power engineering & electronic engineering. The former is concerned with the generation, distribution, & use of electrical power & power control & instrumentation processing of the formation in the fields of communication & control system, electronic computer, industrial electronics & instrumentation.


Scope:
------
opportunities for employment exist in public sector & enterprises dealing with design, manufacture, & application of electronic devices & equipment, radio & television, communication system, radar & navigational aids, computer hardware & software, process control etc. At IIT Bombay, Delhi & Kanpur there is a unified course concerned with principles of both discipline. IIT kharagpur & madras & IT-BHU at Varanasi, on the other hand, offer separate course for the two board discipline
Electrical Engineering covers traditional areas like generation, distribution and transmission of electricity as well as new age applications in electronics ranging from telecommunications to computers and micro processors. Thus most courses combine electrical and electronic systems. The course is closely linked with computation and neural systems, applied physics, computer science and applied dynamic systems. It offers students the opportunity for study, both theoretical and experimental, in a wide variety of subjects, including wireless systems, quantum electronics, modern optics, solid state materials and devices, power electronics, control theory, signal processing, data compression and communications. New areas include Neuro Fuzzy approaches for Engineering system applications, Biomedical instrumentation, Analysis of digital systems etc.




Course:

--------

For an Electrical engineer, the academic programme lays stress on a deep understanding of electrical networks and devices of electromagnetic field theory, electrical energy converters, electrical energy distribution systems etc. For an electronics or communication engineer the BE/B.Tech programme focuses on electronic network and devices, subjects such as electromagnetic field theory, computer fundamentals as also their protection, communication and control systems.
Electrical engineering encompasses all devices and systems that operate electrically. Electrical engineers are integrally involved with the generation, distribution, and electromechanical use of electric power. They also design and produce general electronic circuits and their solid-state components such as integrated circuits and computer chips. Electrical engineering is the largest of all engineering disciplines. This is divided into heavy current (electrical machinery; generating stations and distribution systems) and light current (telecommunications, radar, computers etc.) With the increasing demand for electrical energy, the development in audio and video communication systems, and the automation in industry, electrical engineers have become indispensable to society today.
However, the electronics or communication engineers work with devices that use extremely small amounts of power such as micro processors, fiber optics etc. Microwave engineers use electromagnetic energy in forms such as radio waves or light to produce radar, communications, and fiber optics systems. Communications and signal processing involves the transmission and processing of information such as in CD players and high definition TV. Electrical engineers also design and implement automatic control systems such as airplane guidance and autopilot systems.




Specialization:

----------------

For an Electrical engineer, the academic programme lays stress on a deep understanding of electrical networks and devices of electromagnetic field theory, electrical energy converters, electrical energy distribution systems etc. For an electronics or communication engineer the BE/B.Tech programme focuses electronic network and devices, subjects such as electromagnetic field theory, computer fundamentals as also their protection, and communication and control systems.


Educational Attainment:

--------------------------


BE/B Tech, M.Tech, Ph.D

Employment Opportunities:
------------------------------
Virtually every industry utilizes electrical engineers, so employment opportunities are extensive. The work of electrical engineers can be seen in the microwave ovens in our Homes, in the computers used by business, in numerically controlled machines used by manufacturing companies. Electrical can follow careers in a wide range of areas. They may enter the fields of communications, computers, electronics, robotics, biomedical electronics and signal processing, transportation, industrial process control, energy operation and distribution, and electro-mechanical energy conversion. Many electrical and computer engineering graduates also pursue careers in resource industries and manufacturing; examples include the chemical, pulp and paper, food, automobile and aircraft industries.

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CAREER INFORMATION (ELECTRICAL AND ELECTRONICS ENGINEERS)


Nature of the Work:
---------------------



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.
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.



Employment:
--------------



Electrical and electronics engineers held about 288,000 jobs in 2000, making their occupation the largest branch of engineering. Most jobs were in engineering and business consulting firms, government agencies, and manufacturers of electrical and electronic and computer and office equipment, industrial machinery, and professional and scientific instruments. Transportation, communications, and utilities firms as well as personnel supply services and computer and data processing services firms accounted for most of the remaining jobs.
California, Texas, New York, and New Jersey�States with many large electronics firms�employ nearly one-third of all electrical and electronics engineers.


Job Outlook:
---------------
]

Electrical and electronics engineering graduates should have favorable job opportunities. The number of job openings resulting from employment growth and the need to replace electrical engineers who transfer to other occupations or leave the labor force is expected to be in rough balance with the supply of graduates. Employment of electrical and electronics engineers is expected to grow about as fast as the average for all occupations through 2010.
Projected job growth stems largely from increased demand for electrical and electronic goods, including advanced communications equipment, defense-related electronic equipment, and consumer electronics products. The need for electronics manufacturers to invest heavily in research and development to remain competitive and gain a scientific edge will provide openings for graduates who have learned the latest technologies. Opportunities for electronics engineers in defense-related firms should improve as aircraft and weapons systems are upgraded with improved navigation, control, guidance, and targeting systems. However, job growth is expected to be fastest in services industries�particularly consulting firms that provide electronic engineering expertise.
Continuing education is important for electrical and electronics engineers. Engineers who fail to keep up with the rapid changes in technology risk becoming more susceptible to layoffs or, at a minimum, more likely to be passed over for advancement.


Earnings:
-----------

]
Median annual earnings of electrical engineers were $64,910 in 2000. The middle 50 percent earned between $51,700 and $80,600. The lowest 10 percent earned less than $41,740, and the highest 10 percent earned more than $94,490. Median annual earnings in the industries employing the largest numbers of electrical engineers in 2000 were:
Computer and office equipment$69,700
Measuring and controlling devices67,570
Search and navigation equipment67,330
Electronic components and accessories65,830
Engineering and architectural services65,040

Median annual earnings of electronics engineers, except computer, were $64,830 in 2000. The middle 50 percent earned between $52,430 and $79,960. The lowest 10 percent earned less than $43,070, and the highest 10 percent earned more than $94,330. Median annual earnings in the industries employing the largest numbers of electronics engineers in 2000 were:
Federal Government$70,890
Search and navigation equipment68,930
Electronic components and accessories63,890
Electrical goods62,860
Telephone communication57,710
According to a 2001 salary survey by the National Association of Colleges and Employers, bachelor�s degree candidates in electrical and electronics engineering received starting offers averaging $51,910 a year; master�s degree candidates averaged $63,812; and Ph.D. candidates averaged $79,241.
[Please note that the earnings and salary data listed here is usually from government sources and may be dated, so please make adjustments accordingly. If you would like to access current salary data for literally thousands of occupations, access our Salary Wizard.] 


Sources of Additional Information:
-------------------------------------

]

Information on electrical and electronics engineers is available from:
  • Institute of Electrical and Electronics Engineers, 445 Hoes Lane, Piscatway, NJ 08855-1331. Internet:http://www.ieee.org

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ELECTRICAL AND ELECTRONICS ENGINEERING (under graduate)

The BEng programme in Electrical and Electronic Engineering equips students with a broad knowledge base for a variety of career opportunities. The third and final years build on the base of mathematics and engineering sciences established during the first two years, with engineering applications in the fields of electrical energy, electronics, electromagnetic systems, computer systems, control systems and signal processing.

An Academic Support Program is available for students coming from a disadvantaged background.
The Department offers one four-year Bachelor's degree programme in Electrical and Electronic Engineering, with four specialization branches. These are Informatics, Energy, Robotics, and Telecommunications.




Informatics:
---------------

 This branch is very much focused on high-level computer science and software systems (such as internet communications, virtual storage etc.), but also gives a student a good foundation in computers and data, and includes hardware and software design in both high and low level languages. Students who follow this branch do three of the four final year modules of the BSc Computer Science degree in their final two years. This branch replaces the old BEng (E&E Eng and Computer Science) and contains more Computer Science subjects than the old degree.




Robotics: 
-----------
The Robotics branch focuses on the area where mechanics meet electronics, and include the design of robot vehicles, unmanned aeroplanes, and satellites. The department has been involved in both satellites built in South Africa, and is the prime venue for study in this field in the country.




Energy: 
---------
In the Energy branch, students learn about electric motors, generation of power, renewable energy, control of 
energy and computer controlled power mangement.




Telecommunications:
-------------------------
 Our world is filled communication devices such as cellphones, radio and television. Microwave signals transmit sport events across the world in parts of a second, for us to watch in the comfort of our homes. This branch of the course focus specifically on the knowledge of electronics, high-frequency techniques and the transmission of data needed to enter this field of EE Engineering.

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AFTER B.TECH EEE opportunity in power industry

National Power Training Institute(Southern Region) conducts an admission process for admission to its one year Graduate Engineers Course(Thermal). The institute is located in Nevyeli which is in Tamil Nadu. NPTI(SR) is one of the 9 institutes under National Training Power institute which function on aids through Ministry of power, Government of India. The programme is meant to train the engineers to work in Thermal Power sector. The institute has very good facilities and infrastructure to conduct the course. 

The admission to the programme is based on merit in the qualifying exam. There are a total of 50 seats in the programme out of which 25% seats are reserved for candidates sponsored by power utilities and who more than on year experience. The institute has association with power utilities to provide placement assistance to students.

Eligibility Criteria:
--------------------Candidate should have done B.Tech/B.E. or equivalent in Mechanical/Electrical & Electronics/Instrumentation Engineering. Also a candidate should not be more than 30 years of age as on 31st December, 2009.

Application Forms:
----------------------Candidates have to send the application form according to the format given in the admission notification which will be available in leading newspapers and the NPTI(SR)'s website www.nptisr.com. Candidates have to send the filled application form along with a demand draft of the specified amount.

Important Dates(Tentative):
----------------------------------Last Date for receipt of completed application forms: December 3rd week, 2009
Start of Course: January 4th week, 2010

Please note that the dates are only tentative and are not final. The post will be updated as soon as the dates are officially released.

Contact Details:
---------------------National Power Training Institute (NPTI)
Southern Region
Block-14/21, Neyveli
Tamil Nadu-607803
Website: www.nptisr.com
Telephone: 04142-269423, 269426, 269427
Fax: 04142-269427

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ELECTRICAL AND ELECTRONICS ENGINEERING (CAREERS, JOBS AND CAREER INFORMATION)

ELECTRICAL AND ELECTRONICS ENGINEERING CAREER OVERVIEW

Electrical and electronics engineers are involved in a wide variety of technology ranging from huge global positioning systems which can pinpoint the location of a moving vehicle to gigantic electrical power generators. These engineers are responsible for designing, developing, testing as well supervising the production of electrical and electronic equipment and machinery. Broadcast and telecommunication systems, electric motors, controls of machinery, lights and wiring in building complexes, vehicles, aircraft, radar and navigation systems, power generation, control and transmission devices which are used by electric utilities are all examples of equipment built by these engineers. They may also work in fields which relate to computers and IT. However, those engineers who deal exclusively with computer hardware are called computer hardware engineers- an engineering specialty with is discussed separately in the Handbook.
Electrical and electronics engineers may choose to specialize in various areas like power generation, transmission and distribution; communications; manufacture of electrical equipment etc or a one particular specialty within these area; foe e.g. industrial robot control systems or aviation electronics. These engineers are involved in designing new products, writing requirements for their performance, as well as developing maintenance schedules and charts. Testing equipment and machinery, solving operation problems, estimating time and cost of electrical and electronic products also come under their job.
In 2002, electrical and electronics engineers had around 292,000 jobs and constituted the largest branch of engineering. Most of these engineers were employed in professional, scientific, and technical services firms as well as government agencies. Manufacturers of computer and electronic equipment and machinery also employed these engineers. The remaining engineers were absorbed by firms which deal in wholesale trade, communications, and utilities.

ELECTRICAL AND ELECTRONICS ENGINEERING JOB AND EMPLOYMENT OPPORTUNITIES

Favorable employment opportunities are predicted for electrical and electronic engineers. Job opportunities which would result from retirement and transfers of existing electrical and electronic engineers are in proportion with the degree granted to these graduates and thus demand for these workers roughly equals their supply.
Although the employment opportunities for electrical and electronic engineers are predicted to grow through 2012, their growth rate is slower than the growth of other occupations. Even though there is a rise in demand for electrical and electronic products, (including advanced communication goods) defense-related electronic products, and consumer electronics equipment, competition from abroad and increased use of electronic and electrical engineering services in foreign countries, hinder domestic employment. The growth rate of employment opportunities are predicted to be highest in the service industries which provide electronic engineering expertise.
It is imperative that electrical and electronic engineers continue their education. Those who do not keep abreast of latest advances in technology are at the risk of either loosing jobs or loosing good promotion opportunities.

HISTORICAL EARNINGS INFORMATION

In 2002, the median salaries received by electrical engineers were $68,180 annually. The middle 50 percent received salaries between $54,550 and $84,670 while the lowest 10 percent earned below $44,780. The highest 10 percent earned above $100,980. In 2002, the median annual earnings in the industries which employed the largest numbers of electrical engineers were:
  • Scientific research and development services – $77,410
  • Semiconductor and other electronic component manufacturing – $72,670
  • Electric power generation, transmission, and distribution – $71,640
  • Navigational, measuring, electro-medical, and control instruments manufacturing – $70,430
  • Architectural, engineering, and related services – $66,980
In 2002, the median earnings of electronics engineers (except computer engineers) were $69,930 annually. The middle 50 percent received salaries between $55,930 and $85,980. The lowest 10 percent received salaries below $46,310, and the highest 10 percent earned above $103,860. In 2002, the median annual earnings in the industries which employed the largest numbers of electronics engineers were:
  • Federal government – $78,830
  • Architectural, engineering, and related services – $72,850
  • Navigational, measuring, electro-medical, and control instruments manufacturing – $70,950
  • Semiconductor and other electronic component manufacturing – $70,800
  • Wired telecommunications carriers – $62,670
In a 2003 slaary survey conducted by the National Association of Colleges and Employers, candidates with a bachelor’s degree in electrical/electronics and communications engineering earned starting salaries of $49,794 on an average in a year; those with a master’s degree earned around $64,556; and those with a Ph.D. received $74,283on an average.
Seasoned Engineers may earn even more.

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