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What makes MIT Computer Science special?
Our flexible curriculum and inventive, hands-on approach to coursework gives students a holistic view of the field, an understanding of how to solve problems, and a focus on modeling and abstraction that prepares them for success in a wide range of fields, from research to industry and beyond.
What courses recommend MIT?
While MIT doesn’t require specific high school courses for admission, it does recommend the following courses:
- One year of high school physics.
- One year of high school chemistry.
- One year of high school biology.
- Math, through calculus.
- Two years of a foreign language.
- Four years of English.
Is MIT MicroMasters good?
Yes, the MITx MicroMasters Program in Statistics and Data Science is worth it. It’s a sufficient credential for landing a good position, and will be advantageous for individuals who have the fundamental knowledge in Data Science and are hoping to pursue advanced education in the field.
Who is the best student in MIT?
10 of the Most Successful MIT Graduates
- Buzz Aldrin. The second person to walk on the Moon, Edwin “Buzz” Aldrin gained a doctorate in astronautics at MIT in 1963.
- Ilene S. Gordon.
- Richard Feynman.
- Jonah Peretti.
- Shirley Ann Jackson.
- Robin Chase.
- Kofi Annan.
- Katharine McCormick.
Does MIT offer undergraduate?
The undergraduate programs at MIT are designed to help students develop the knowledge and capabilities needed to meet the challenges of modern society. In the first year, many students take subjects from a variety of options in mathematics, physics, chemistry, biology, and humanities, arts, and social sciences.
Why did you choose MIT?
I don’t think I changed or grew much in that year, compared to my years at MIT. MIT shapes you. It pushes you to your limits, redefines your limits, pushes you some more, breaks you down, and rebuilds you as a better person and a better scientist.
Does MIT have good computer science?
Ranked at #2 in College Factual’s most recent rankings, MIT is in the top 1\% of the country for compsci students pursuing a bachelor’s degree. It is also ranked #1 in Massachusetts.
What skills does computer science develop?
Here are the top five skills the most successful computer science majors possess.
- Analytical skills. Being a computer science major involves identifying a problem and coming up with a technological solution to address it.
- Problem-solving skills.
- Creativity.
- Critical-thinking skills.
- Resilience.
What is the criteria for admission in MIT?
Competitive scores
| TOEFL | Minimum: 90 | Recommended: 100 |
|---|---|---|
| IELTS | Minimum: 7 | Recommended: 7.5 |
| Pearson Test of English (PTE) Academic | Minimum: 65 | Recommended: 70 |
| Cambridge English Qualifications (C1 Advanced or C2 Proficiency) | Minimum: 185 | Recommended: 190 |
| Duolingo English Test (DET) | Minimum: 120 | Recommended: 125 |
How do you get into MIT undergraduate?
To get into the Massachusetts Institute of Technology (MIT), you will need to have a near-perfect high school GPA, top scores on your ACT or SAT and the types of extracurricular activities that allow you to demonstrate your commitment and leadership abilities.
What is it like to work at MIT?
Many of the problem sets (our affectionate term for homework) at MIT are designed to be worked on in groups, and cross-department labs are very common. MIT is known for its interdisciplinary research. If you enjoy working alone all the time, that’s completely valid, but you might not be particularly happy at MIT.
How important are grades and scores to MIT admissions?
Ask any admissions officer at MIT, and they will tell you that while grades and scores are important, it’s really the match between applicant and the Institute that drives our selection process.
What are some good examples of MIT spirit?
Lobbying a senator to amend bad policy changes the world. There are thousands of examples. The core of the MIT spirit is collaboration and cooperation; you can see it all over the Institute. Many of the problem sets (our affectionate term for homework) at MIT are designed to be worked on in groups, and cross-department labs are very common.