Massachusetts Institute of Technology

The Massachusetts Institute of Technology (MIT) is a private research university in Cambridge, Massachusetts, United States. It was founded in 1861 to help create useful knowledge and has since become very important for technology and science.

William Barton Rogers started MIT to help speed up American industrialization by using scientific knowledge. It began with money from the government and followed a style used in Germany, focusing on learning through doing in applied science and engineering. The school moved to its current location in Cambridge in 1916.

During World War II, MIT grew a lot because of its work on important projects like the Radiation Laboratory. After the war, many smart teachers helped get more money for science. Later, MIT became famous for computer science, artificial intelligence, biotechnology, and other big projects like the Apollo Guidance Computer and the LIGO project.

MIT’s campus is in an urban area and stretches more than a mile along the Charles River. Students often get to do real research and enjoy playful tricks, called elaborate pranks. MIT helps students from families earning less than $200,000 pay little or nothing for school.

Many winners of top awards, like 105 Nobel laureates, have been connected to MIT. Its graduates and teachers have started famous companies and worked in important jobs around the world.

History

Foundation and vision

William Barton Rogers founded the Massachusetts Institute of Technology (MIT) in 1861. He wanted to create a place where people could learn about science and technology to help improve industries and everyday life. Rogers believed that students should learn the basic ideas behind science and technology, rather than just how to use tools and machines.

Early developments

After the school opened, it moved several times before settling in its current location in Cambridge. Early classes were held in Boston, and the school grew slowly at first. Over time, new subjects like electrical and chemical engineering were added, and the number of students grew.

Industry dependence and reform

For many years, MIT relied on money from companies for research and teaching. This changed in the 1930s when new leaders encouraged more focus on basic science. They wanted MIT to be known for discovery and deep understanding, not just solving specific problems for businesses.

Defense research

During World War II, MIT helped develop important technology for the United States, including radar. After the war, MIT continued to work with the government on new projects, which brought a lot of money and helped the school grow quickly.

Postwar educational reform

With more money and students, MIT began to change its teaching methods. They wanted to make sure students learned more than just facts — they encouraged creativity and independent thinking. New programs were added to help students connect with real-world problems early in their studies.

Recent history

In recent decades, MIT has become a leader in areas like biology, computing, and energy research. The school has also worked to make sure all students have equal opportunities, and it continues to grow as a place where new ideas and inventions are born.

Campus

Main article: Campus of the Massachusetts Institute of Technology

MIT's campus in Cambridge covers 166 acres along the north side of the Charles River. Massachusetts Avenue splits the campus in half, with most dorms and student life west, and most classrooms east. The nearest bridge is the Harvard Bridge, famous for its unusual measuring system called the smoot.

The Kendall/MIT subway station sits at the northeast edge of campus in Kendall Square. Since the 1960s, MIT and others have built many tall buildings for education, shopping, homes, and offices around the station. The area around MIT mixes modern offices, older factories, and homes. The MIT Museum is now next to the subway entrance, along with the List Visual Arts Center on the east end of campus.

Each MIT building has a number (sometimes starting with W, N, E, or NW) and most have names too. Academic buildings are usually called by their numbers, while dorms are called by their names. The building numbers match when they were built and where they sit compared to the oldest group of buildings. Many buildings are linked above ground and underground through tunnels, helping people stay out of bad weather and offering fun spots like roof and tunnel hacking.

MIT uses natural gas for most of its energy. The school has worked hard to save energy by updating old buildings, using better fuels for shuttles, helping students pay for public transport tickets, putting up solar panels, and building a special plant to make electricity, heat, and cooling.

Research facilities

MIT's on-campus nuclear reactor is one of the strongest college reactors in the United States. Though some worry about it being in a busy area, MIT says it is very safe.

MIT Nano, or Building 12, is the main place for very tiny science research. Its huge clean room and research space you can see through glass walls is the biggest of its kind in the United States. It cost $400 million to build and has special tools to take super-clear pictures of tiny things sitting on a giant block of concrete underground.

Other cool spots on campus include a wind tunnel to test how air moves around things, a tank of water to test boat designs, and a special wireless network finished in 2005 with almost 3,000 spots to connect to the internet across the whole campus.

Architecture

MIT has a history of building amazing structures. The first buildings, finished in 1916 and designed by William Welles Bosworth, were the first regular buildings in the United States made from strong concrete. Bosworth wanted places that worked well inside but looked beautiful outside, inspired by designs from the early 1900s. His plans include a big dome looking over Killian Court, where graduation happens every year. The stone buildings around Killian Court have names of great scientists and thinkers carved into them. The Infinite Corridor stretches east to west through Bosworth's buildings, starting at Lobby 7 even though its name sounds like it has no start.

Modern MIT buildings, many linked to Bosworth's first ones, range from simple to very fancy. After World War II, MIT asked famous architects to design new buildings. Examples include Alvar Aalto's Baker House (1947), Eero Saarinen's MIT Chapel and Kresge Auditorium (1955), and I.M. Pei's four research buildings.

More recent buildings like Frank Gehry's Stata Center (2004), Steven Holl's Simmons Hall (2002), Charles Correa's Building 46 (2005), and Fumihiko Maki's Media Lab Extension (2009) stand out in Boston's usual style as examples of today's "super-design" buildings. These fancy buildings don't always get great reviews; in 2010, The Princeton Review said MIT was on a list of twenty schools with small, ugly, or both kinds of campuses.

Housing

Main article: Housing at the Massachusetts Institute of Technology

See also: List of Massachusetts Institute of Technology fraternities, sororities, and ILGs

Students are guaranteed a place to live for all four years in one of MIT's 11 dorms. Those living on campus can get help and advice from older students and teachers living there. Because students pick where they want to live, different dorms have very different feelings; for example, East Campus is known for its lively, different way of living. MIT also has five dorms for students studying alone and two apartment buildings for students with families.

MIT also has many groups for students to live together, including thirty-six fraternities, sororities, and independent living groups (FSILGs). By 2015^[update], 98% of all students lived in housing connected to MIT; 54% of men joined fraternities and 20% of women joined sororities. Most of these groups are across the river in Back Bay, where MIT started, and some are on West Campus facing the Charles River Basin. After a sad event in 1997, MIT made all first-year students live in dorms starting in 2002. Because these groups used to house up to 300 first-year students off-campus, this rule couldn't start until Simmons Hall opened that year.

In 2013–2014, MIT closed and tore down Bexley Hall because water damage was too big to fix. In 2017, MIT closed Senior House after 100 years. That year, MIT said only 60% of Senior House students finished in four years, while most students at MIT finish in four years.

Off-campus real estate

MIT owns a lot of buildings and land in Cambridge and pays taxes on them, plus extra money called a payment instead of taxes on buildings used for schools. As of 2017^[update], MIT is the city's biggest taxpayer, giving about 14% of the city's yearly money. This land includes Technology Square, parts of Kendall Square, University Park, and many spots in Cambridgeport and Area 4 next to the main campus. MIT keeps this land to earn money and for possible future growth.

Organization and administration

MIT is a private university led by a group of leaders called the MIT Corporation. This group has around 60 to 80 members who help make important decisions, like choosing the university’s president, who guides the school. The current president is Sally Kornbluth, a scientist who started in this role in January 2023.

The university has five main areas of study, including Science, Engineering, Architecture, Management, and Humanities. There is also a special college for computing. These areas have their own leaders who help plan what students learn and how the university runs.

Academics

MIT is a large research university where most students study at the graduate or professional level. It has been officially recognized for quality since 1929. The school uses a special calendar that includes a special four-week period in January.

Students at MIT often use numbers or short names to talk about their subjects. For example, students in Electrical Engineering and Computer Science might call themselves “Course 6.” Classes combine lectures, small group work, regular assignments, and tests.

All undergraduate students must finish certain basic classes before moving on to their major subjects. These include physics, calculus, chemistry, and biology, along with classes in the humanities and arts. Students also need to pass a swimming test and take some physical education classes.

MIT encourages students to apply what they learn in real-world projects. Many students work with professors on research that can lead to new discoveries, inventions, or even new businesses.

The graduate program offers many advanced degrees, including doctorates and professional degrees like the Master of Business Administration. Most graduate students receive financial support through fellowships, research, or teaching jobs.

Notable output

MIT has made important contributions to science and technology. In natural sciences, researchers discovered the genetic basis linked to serious health conditions and developed theories that helped shape our understanding of the universe.

In computer and applied sciences, MIT played a key role in creating faster ways to deliver content online, developing secure communication methods, and designing the circuits that make modern computers possible. Innovations from MIT also include tools that make computers easier to use and technologies that improved how we store and share information.

MIT alumni and faculty have also started many successful businesses. These companies range from technology firms to media platforms and have had a big impact on various industries around the world.

Student life

Main articles: Traditions and student activities at MIT and MIT class ring

Students and teachers at MIT value working hard and being good at what they do. MIT does not give special honors for graduating, like some other schools. But it has given special titles to important people like Winston Churchill and Salman Rushdie.

Many students wear a special class ring called the "Brass Rat." This ring has the school’s seal, the year, and an image of a beaver. It has a fun saying that students like to use, though there are many playful ways they say it.

Caltech Rivalry

Main article: Caltech–MIT rivalry

MIT has a friendly competition with the California Institute of Technology, or Caltech. Even though the schools are far apart, students from both places enjoy playing tricks on each other instead of competing in sports. For example, Caltech students once covered a sign at MIT to make it seem like a different school. MIT responded by moving a big, old cannon from Caltech to their campus. They’ve kept playing these tricks ever since.

Activities

Main article: Traditions and student activities at MIT

See also: Hacks at the Massachusetts Institute of Technology

See also: List of Massachusetts Institute of Technology fraternities and sororities

MIT offers more than 500 groups for students to join. There’s a radio station, a student newspaper, and many chances to try new things like science fiction collections, model trains, and folk dancing. Students can also join groups that help the community.

Every January, there’s a special four-week time called the Independent Activities Period. During this time, students can try out hundreds of different classes and activities, from building robots to solving puzzles. Many students also take trips to work with companies around the world.

Students at MIT enjoy “hacks,” which are fun and creative tricks. These can include putting surprising things in places they shouldn’t be, like putting a famous statue’s helmet on a college statue.

Athletics

Main article: MIT Engineers

MIT has teams for 31 different sports. About 20% of students play for one of these teams. These teams are called the Engineers and have won many championships. Athletes are judged by the same school standards as all students, but coaches can speak up for players they think are special.

People

Further information: List of Nobel laureates affiliated with Massachusetts Institute of Technology

Many people connected to MIT have achieved great success in many fields. As of October 2024, 105 Nobel Prize winners, 26 Turing Award winners, and 8 Fields Medalists have been linked to MIT as students, teachers, or researchers. The school also includes 58 National Medal of Science winners, 29 National Medal of Technology and Innovation winners, and 84 MacArthur Fellows.

In public service, 41 MIT-linked astronauts have traveled to space, 16 have served as Chief Scientist of the U.S. Air Force, and 8 graduates have become leaders of other countries. Many graduates also hold important jobs in the U.S. government, including roles in the Cabinet, the Federal Reserve, and national defense and intelligence agencies. Graduates and teachers have started or led many well-known companies, especially in technology, defense, and biotechnology.

Students

MIT had 4,535 undergraduate students and 7,047 graduate students in 2024–2025. In 2025, MIT accepted 4.5% of its applicants for first-year students. 86% of those accepted chose to enroll.

MIT is one of nine U.S. colleges that does not consider financial situations differently for all undergraduate applicants, including international students. All financial help is based on what students need, and MIT does not offer awards for being talented or good at sports. Starting with the 2025–2026 school year, students from families earning less than $200,000 a year will not have to pay tuition. Sometimes, changes in tuition caused students to playfully protest, a tradition going back to the 1960s.

The admissions process does not favor children of former students. A 2023 study found that wealthy families did not have an advantage at MIT compared to other students with similar test scores.

In August 2024, after the U.S. Supreme Court changed rules about considering race in college admissions, MIT reported that the number of Black and Latino students decreased, while the number of Asian American students increased.

MIT has been open to women since 1870 when Ellen Swallow Richards joined. Richards was also the first woman to teach at MIT, studying sanitary chemistry. Women were a small group until 1963 when the first part of a women’s dormitory, McCormick Hall, was built. From 1993 to 2009, the number of women grew from 34% to 45% of undergraduate students and from 20% to 31% of graduate students. By 2009, women were more than men in some fields like Biology, Brain & Cognitive Sciences, Architecture, Urban Planning, and Biological Engineering.

Faculty and staff

Main articles: List of Massachusetts Institute of Technology faculty and List of Nobel laureates affiliated with Massachusetts Institute of Technology

As of 2025, MIT had 1,090 faculty members. Faculty teach classes, guide students, sit on academic committees, and conduct research. Between 1964 and 2009, seventeen faculty and staff members won Nobel Prizes, and as of October 2020, 37 MIT faculty members have won Nobel Prizes, mostly in Economics or Physics.

As of October 2013, current faculty included 67 Guggenheim Fellows, 6 Fulbright Scholars, and 22 MacArthur Fellows. Faculty members who make big contributions to their field and to MIT can become Institute Professors for the rest of their careers. Susan Hockfield, a neurobiologist, was MIT’s president from 2004 to 2012 and was the first woman to hold that position.

MIT faculty members have often gone on to lead other colleges and universities. For example, Charles W. Eliot became president of Harvard University in 1869 and George Ellery Hale helped start the California Institute of Technology. Other faculty have started new colleges like Franklin W. Olin College of Engineering.

Some faculty have taken important jobs in government. For example, former professor Marcia McNutt leads the National Academy of Sciences, and faculty member Ernest Moniz became United States Secretary of Energy in 2013. Alumna and Institute Professor Sheila Widnall was the first woman to lead an entire branch of the U.S. military as Secretary of the Air Force.

Notable alumni

For a more comprehensive list, see List of Massachusetts Institute of Technology alumni and List of Nobel laureates affiliated with Massachusetts Institute of Technology.

Many of MIT’s over 120,000 graduates have achieved success in science, public service, education, and business. As of October 2020, 41 MIT graduates have won Nobel Prizes, 48 have been Rhodes Scholars, 61 have been Marshall Scholars, and 3 have been Mitchell Scholars.

Graduates in U.S. politics and public service include former Chairman of the Federal Reserve Ben Bernanke, and several members of Congress.

MIT graduates have started or helped start many famous companies such as Intel, Texas Instruments, Dropbox, and Campbell Soup. According to a British newspaper, companies started by MIT graduates employ over three million people and earn about $1.9 trillion a year.

More than one third of U.S. spaceflights with people have included MIT graduates, including four of the 12 people who have walked on the Moon, such as Buzz Aldrin from Apollo 11.

Other famous graduates include health care analyst Avik Roy, children’s book author Hugh Lofting, guitarist Tom Scholz of the band Boston, and economist Paul Krugman.