Where did India's corporate honchos do their MBA?

They are the best in their business, and feature in the Forbes Richest list year after year. So where do you think India's top CEOs, corporate honchos and business magnates did their business studies? We take a look at seven of the best. Ratan Tata, Chairman of Tata Sons Tata graduated from Cathedral and John Connon School, Mumbai, did his Bachelor of Science degree in architecture from Cornell University in 1962. Then he went to the US to do Advanced Management Program by Harvard Business School in 1975. This Management course at HBS is designed for someone already in the field who wants to better their prospects. Ratan Tata is also the chairman of Tata Steel, Tata Consultancy Services, Tata Motors, Tata Power, Tata Tea, The Indian Hotels Company, Tata Chemicals and Tata Teleservices. During his tenure, the group's revenues have grown nearly 13-fold. Gift for J R D Tata Here are two pics of an amazing piece of art. Location: Tata Museum ,Jamshedpur . In the first pic, you can see a painting. This was a gift to JRD Tata on his Birthday by a street artist. Nobody was able to understand his art. Unfortunately, only the painting was given to JRD and the artist had promised to reveal the secret shortly . However, JRD was no more when the secret was actually revealed . See Down For Secret!!!! Here's the secret revealed. When you place a steel rod at the circle in the first pic you saw, you will see the image of the JRD Tata as a reflection on the steel rod as seen in the second pic below. Isn't it incredible!!   This is really an amazing art …!   Mukesh Ambani Chairman and managing director of Reliance Industries Mukesh Ambani studied in The Scindia School, Gwalior. He is a chemical engineer from the Institute of Chemical Technology, University of Mumbai. Mukesh pursued his MBA at Stanford University, USA. With a personal wealth valued at $29 billion by Forbes Magazine, Mukesh Ambani is world's fourth richest and Asia's wealthiest person. KV Kamath, Non-executive Chairman of ICICI Bank Kamath was ICICI Bank's Managing Director and CEO from May 1996 to his retirement in April 2009. After completing Higher Secondary and Pre-University from St Aloysius School, Kamath joined the Karnataka Regional Engineering College for Mechanical Engineering. Then, in 1969, he joined the Indian Institute of Management, Ahmedabad for his Masters in Business Administration. Rahul Bajaj, Bajaj Auto After attending St. Stephen's College Delhi for his BA Economics, and the Government Law College Bombay for LLB, Rahul Bajaj went to the US to do his MBA from Harvard Business School in 1964. Being awarded the Padma Bhushan in 2001, Bajaj was listed twentieth on the Forbes India's Richest in 2010. Anil Ambani Chairman of Reliance Anil Dhirubhai Ambani Group Anil Ambani completed his Bachelor of Science from Mumbai University. He went to the US to do an MBA from The Wharton School, University of Pennsylvania. It is the same university that later honoured Dhirubhai Ambani with the Dean's Medal for setting an outstanding example of leadership. Anil Ambani is the fourth richest man in India, according to Forbes. Anand Mahindra Vice Chairman and Managing Director of Mahindra Mahindra Anand Mahindra graduated from Harvard College, Cambridge, Massachusetts and completed his MBA from Harvard Business School, Boston. He is Vice Chairman and Managing Director of Mahindra Mahindra. After Anand's entry, Mahindra Mahindra started the Kotak Mahindra Bank and Tech Mahindra. The IT section acquired Satyam Computer Services Ltd and renamed it Mahindra Satyam following the 2007 scandal. Adi Godrej, Godrej Group Adi Godrej did his bachelor's degree and master's degree in management from Massachusetts Institute of Technology before joining the family business. One of Indian's richest men, with a net worth of $3.3 billion, Adi Godrej is credited with modernising his family's business.

A Brief History of the Computer

ENIAC, 1946
Regarded as the first general purpose electronic computer, the Electronic Numerical Integrator and Computer (ENIAC) was initially commissioned for the use in World War II, but not completed until one year after the war had ended . Installed at the University of Pennsylvania, its 40 separate eight-foot-high racks and 18,000 tubes were intended to help calculate ballistic trajectories.

SAGE, 1954
A gigantic computerized air defense system, SAGE (Semi-Automatic Ground Environment) was designed to help the Air Force track radar data in real time. Equipped with technical advances such as modems and graphical displays, the machine weighed 300 tons and occupied one floor of a concrete blockhouse.

NEAC 2203, 1960
Manufactured by the Nippon Electric Company (NEC), the drum-based machine was one of the earliest transistorized Japanese computers. It was used for business, scientific and engineering applications.

IBM System/360, 1964
Part of a family of interchangeable computers, the IBM System/360 mainframe was the first to cover a complete range of applications, from small to large, from commercial to scientific. Users were able to enlarge or shrink their setup without having to make headache-inducing software upgrades as well. Higher-end System/360 models had roles in NASA's Apollo missions as well as air traffic control systems.

CDC 6600, 1964
For a time the fastest machine in the world, Control Data Corporation's 6600 machine was designed by noted computer architect Seymour Cray. It retained its speed crown until 1969, when Cray designed his next supercomputer.

DEC PDP-8, 1965
The first successful commercial minicomputer, the PDP-8, made by the Digital Equipment Corporation, sold more than 50,000 units upon its release, the most of any computer up to that time. Years before Apple and Gnu/Linux offered alternatives to the dominant IBM/Microsoft paradigms, DEC proposed its own vision, by encouraging users to educate themselves and take part in the evolution of the line.

Interface Message Processor, 1969
Conceived at the height of the Cold War, when the U.S. government sought a way to keep its network of computers alive in case certain nodes were destroyed in a nuclear attack or other hostile act, the IMP featured the first generation of gateways, which are today known as routers. As such, IMP performed a critical task in the development of the ARPANET (Advanced Research Projects Agency Network), the world's first operational packet switching network, and the predecessor of the contemporary global Internet. 

Kenbak-1, 1971
Often considered the world's first "personal computer" the Kenbak was touted as an easy-to-use educational tool, but it failed to sell more than several dozen units. Lacking a microprocessor, it had only 256 bytes of computing power and its only output was a series of blinking lights.

Cray-1, 1976
At the time of its release, the Cray-1, above, was the fastest computing machine at the world. Despite its price tag  between $5 and $10 million  it sold well. It is one of the many machines designed by Seymour Cray, a computer architect who devoted his life to the creation of so-called supercomputers, machines which prioritized processing capacity and speed of calculation.

Apple I, 1976
Initially conceived by Steve Wozniak (a.k.a. "Woz") as a build-it-yourself kit computer, Apple I was initially rejected by his bosses at Hewlett-Packard. Undeterred, he offered it to Silicon Valley's Homebrew Computer Club and, together with his friend Steve Jobs, managed to sell 50 pre-built models to The Byte Shop in Mountain View, California. The suggested retail price: $666. Though sales were low, the machine paved the way for the smash success of the Apple II.

IBM Personal Computer, 1981
Featuring an independent keyboard, printer and monitor, the slick, complete-looking package that was the IBM PC helped push personal computing out of the hobbyist's garage and into the corporate and consumer mainstream. Its immense commercial success made it the hallmark of personal computing for many years and led other manufacturers to produce similar desktop models.

Osborne 1 Portable Computer, 1981
The first commercial portable computer, the Osborne weighed 24 lbs. and cost less than $2,000. It gained popularity because of its low price and the extensive software library that came with it

Hewlett-Packard 150, 1983
Representing the first step in a technology widely available today, the HP 150 was the first commercially available computer with touch screen technology. The 9-inch computer screen was surrounded by infrared transmitters and receivers that detected the position of the user's finger.

Deep Blue, 1997
Begun at IBM in the late 80's, the Deep Blue project was an attempt at using parallel processing to solve a difficult problem  namely, beating the best chess player in the world, Garry Kasparov. During a six-game match, which Kasparov ultimately lost, the confounded master attributed one move to "the hand of God."

iPhone, 2007
The handy little device introduced by Apple CEO Steve Jobs in 2007 not only brings together internet access, a regular cell phone, camera and media player, it supports a wide variety of third party applications, or apps, that supply everything from recipes to maps of the night sky, and wraps it all in a sleek, glossy exterior.

iPad, 2010
And now the tablet is finally here. It's called an iPad, and it's half an inch thick, weighs 1.5 pounds and features a 9.7 inch display. As Steve Jobs says in the presentation above, the device has a 10-hour battery life, so you'll be able to use all the 3rd-party apps, games, video and online newspapers you want. The Wi-Fi iPad begins at $499 while the 3G version begins at $629.

Post-war Berlin in July, 1945

These photos of post-war Berlin were taken by LIFE photographer   William Vandivert

How students are cheating in exams?

Why do people cheat?

Cheating is an act of being dishonest.  There are a lot of forms of cheating.  It can be in work places, in school examinations, in a relationship etc.  Cheating is becoming rampant because people are not satisfied with what they have.

In workplaces, cheating is also practiced especially in promotion.  They would invent documents just to achieve awards and later get promoted to a higher position.  Sometimes, they would copy the ideas of their colleagues and claim as their own just to be recognized.  People cheat for fame and money.

In school examinations, students cheat because they want to get higher grades. Or they have not studied well so they risk to copy their seatmate’s answers or make little notes attached to their hankies.  These and other forms of cheating are always practiced by students just to pass the subject.  They don’t realize that in the end, they will still be a failure because they have learned nothing.




Almost every student out there dream about getting A grade. Some students succeed because of their hard work in studies but lazy and weak students are always looking for shortcuts. They are trying to find methods of cheating in exams. We shouldn’t use any illegal method to pass our exams, because it can destroy our future. So pay you full attention on your studies not at cheating. Anyways we have collected some photographs of students who are using different method of cheating in their exams.