mit course called “how to make (almost) anything.”

How to Make Almost Anything (MIT Media Lab) HTMAA is an intense hands-on course I took in 2019 to learn how to design and fabricate smart systems with digital fabrication tools. The course is taught by Prof. Neil Gershenfeld from the Center of Bits and Atoms (CBA) every Spring.

Full Answer

How do you make an almost everything MIT course?

This course provides a hands-on introduction to the resources for designing and fabricating smart systems, including CAD/CAM/CAE; NC machining, 3-D printing, injection molding, laser cutting; PCB layout and fabrication; sensors and actuators; analog instrumentation; embedded digital processing; wired and wireless ...

What is the most popular course at MIT?

20206.004: Computation Structures (1)6.033: Computer Systems Engineering (1)6.046: Design and Analysis of Algorithms (1)6.832: Underactuated Robotics (1)9.13: The Human Brain (1)24.211: Theory of Knowledge (1)21M.301: Fundamentals of Music (1)21M.605: Voice and Speech for the Actor (1)Oct 7, 2020

What courses is MIT famous for?

Conventionally, MIT is well known for being a leading research institute in the fields of engineering and physical sciences, but in recent years it has fared well in a number of other fields including biology, linguistics, economics, and management.Jul 21, 2021

What is the course of MIT?

MIT Popular ProgrammesCoursesDuration1st Year Tuition FeesB.E. / B.Tech(17 Courses)(4-6 years)USD 53.45 K - 55.45 KB.Sc.(11 Courses)(4 years)USD 53.45 K - 55.51 KMS(20 Courses)(1 year-5 years)USD 739.35 - 55.45 KMBA/PGDM(3 Courses)(20 months-2 years)USD 78.95 K - 1.04 L4 more rows•Apr 28, 2021

What kind of students does MIT want?

MIT wants to admit people who are not only planning to succeed but who are also not afraid to fail. When people take risks in life, they learn resilience—because risk leads to failure as often as it leads to success.

Does MIT only for engineering?

At MIT, majors are conventionally called courses, and they're numbered rather than named; meanwhile, our credits are called units and they're counted differently than at most other universities....Degree chart.Field of StudyElectrical Science and EngineeringCourse6-1Major✅MinorNo78 more columns

Is MIT better than IIT?

Conclusion. IIT is the greatest choice for those who want to pursue a career in science and technology while being in India. MIT is well-known for its courses all around the world. Overall studying at MIT is better in terms of exposure, funding for scientific research, curriculum, and effort required to get in.Dec 6, 2021

What is MIT best for?

While MIT is perhaps best known for its programs in engineering and the physical sciences, other areas—notably economics, political science, urban studies, linguistics, and philosophy—are also strong. Admission is extremely competitive, and undergraduate students are often able to pursue their own original research.

What is the rank of MIT in world?

Top 100 Universities in the World According to the QS World University Rankings 2022RankUniversityLocation1Massachusetts Institute of Technology (MIT)United States2University of OxfordUnited Kingdom=3Stanford UniversityUnited States97 more rows

How many Indians study MIT?

By Citizenship and Degree LevelCitizenshipUGTotalIndia22368Indonesia519Iran432Iraq1193 more rows

How can I get into MIT after 12th?

First and foremost, you will need excellent grades in your high school (Grade 9 – 11; and also predicted Year 12 grades). Your class rank is also equally important. As per the MIT admissions data, 97% of its admitted students graduated in the top 10% of their classes and 100% were in the top 25%.Feb 1, 2022

Is MIT expensive?

The full price to attend MIT for the 2019–2020 academic year is $73,160. ⁠ This total costs includes $53,450 for tuition, $10,430 for housing, $5,960 for food costs, $2,160 for personal expenses, $820 for books and supplies and $340 to cover the school's student life fee.May 2, 2019

Overview

The course provides a hands-on introduction to the resources for designing and fabricating smart systems, including CAD/CAM/CAE; NC machining, 3-D printing, injection molding, laser cutting; PCB layout and fabrication; sensors and actuators; analog instrumentation; embedded digital processing; wired and wireless communications.

Laser, Waterjet, NC Knife Cutting

Cut and fabricate something using as many types of materials as possible:

Step 1: Parametric Polygons

Soccer balls have both hexagonal and pentagonal sides, so I wanted a parametric sketch that could be an arbitrary number of sides.

Step 2: Joint Testing

Even lasers have width (or “kerf” if you’re really fancy), which means the peaks of the edges have to be wider than the valleys, so that the joints will fit snugly after getting cut out. For a polygon with n sides and sides lengths l, each peak had to be (l / n) + d and each valley (l / n) - d for some d.

Step 3: Cut with Laser

A soccer ball is a truncated icosahedron, which has 20 hexagons and 12 pentagons, which just about covered an entire 24x36in cardboard sheet. I filled the remaining space with extras, just in case some didn’t pop out cleanly.

Step 4: Assemble with Hands

Assembling the ball was an adventure all on its own. The very beginning was easy – the joints felt secure and held together well. The middle ring of hexagons was terrifyingly unstable, but once I got past the middle ring and started enclosing the ball with the upper pieces it became dramatically more secure.

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What is a fab lab?

Fab labs are used to teach classes, incubate businesses, build community, reduce conflict, and create infrastructure. To support these activities, we’ve spun off programs including a Fab Foundation for operational capacity, a Fab Academy for distributed hands-on education, and Fab Cities for urban self-sufficiency.

Who is the father of the maker movement?

Neil Gershenfeld has been called the intellectual father of the maker movement. He’s spent more than a decade bringing the means for invention to remote corners of the globe via fab labs—facilities for custom-producing objects through digital fabrication (the umbrella term for computer-controlled manufacturing processes).