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MIT School of Engineering
United States
Registrace 13. 02. 2015
The School of Engineering has a long and distinguished history of influencing the world through education and research. The School educates approximately two thirds of MIT’s undergraduates and half of MIT's graduate students. More than a third of MIT’s faculty work in the School’s many academic departments, labs, and centers.
MIT Faculty Founders Initiative Supports Biotech Entrepreneurs
Twelve researchers participated in the 2023-24 MIT-Royalty Pharma Prize Competition, designed to support female biotech pioneers. The competition is part of the MIT Faculty Founder Initiative, which was launched in 2020 by the MIT School of Engineering and the Martin Trust Center for MIT Entrepreneurship.
zhlédnutí: 1 037
Video
Thriving Stars at MIT EECS
zhlédnutí 10KPřed 9 měsíci
The Thriving Stars program in MIT’s Department of Electrical Engineering and Computer Science is on a mission to improve gender representation in electrical engineering and computer science. Music license: MB01XSHFQP18KWZ
MIT students pitch transformative ideas in generative AI
zhlédnutí 2,8KPřed 9 měsíci
Students and postdocs at MIT are racing to the forefront of the generative AI revolution to start companies so they can use this powerful technology for good. They presented their ideas at the MIT Ignite: Generative AI Entrepreneurship Competition. Music License: MB01BZ3YGRLDBQH
Brain reader
zhlédnutí 6KPřed rokem
Sirma Orguc SM ’16 PhD ‘21 uses computational neuroscience to probe the brain's "black box" for clues on its function. An alum of MIT’s Department of Electrical Engineering and Computer Science and current postdoctoral fellow at the Institute for Medical Engineering and Science at MIT, Orguc works closely with other researchers and medical practitioners to decode brain data and advance medical ...
Speckle probe demo video
zhlédnutí 646Před rokem
Real-time measurement of particle size distribution of a pharmaceutical powder using laser speckle imaging and machine learning. Courtesy: George Barbastathis, Qihang Zhang.
Unified Flight
zhlédnutí 24KPřed 2 lety
For MIT AeroAstro sophomores, Unified Flight is a rite of passage, a set of highly intensive foundation-building classes that set students on a course toward becoming Astronautical Engineers. MB01DSFUHSZJPVA
2022 MIT School of Engineering and Schwarzman College of Computing Advanced Degree Ceremony
zhlédnutí 5KPřed 2 lety
On May 26, 2022, we gathered for an inaugural ceremony on Briggs Field to honor graduates of master’s and doctoral programs in the MIT School of Engineering and Schwarzman College of Computing. Dario Gil Phd ’03, Senior Vice President and Director of Research at IBM, joined as the inaugural speaker. Below we share photos of the ceremony, and a recording of the full event.
Puzzle-solving
zhlédnutí 4,3KPřed 2 lety
We interact with materials and experience their mechanical response everyday. In course 3.013, Mechanics of Materials, Professor Cem Tasan explores the basic concepts of solid mechanics and the mechanical behavior of materials: elasticity, stress-strain relationships, stress transformation, viscoelasticity, plasticity, and fracture. MB01ZFUXEYUXGCG
Changing the game
zhlédnutí 2,2KPřed 2 lety
Nine MIT researchers were selected as finalists in the inaugural MIT Future Founders Initiative Prize Competition, encouraging women to pursue entrepreneurship in biotech. Participants gained hands-on opportunities to discover how to commercialize their ideas and explored instruction in market assessments, fundraising, and business capitalization. The competition's grand prize winner, Ellen Roc...
Renew, reuse, recycle
zhlédnutí 6KPřed 2 lety
MIT Engineering students are getting onboard with real-world on-board solutions to climate change. They are designing a new reusable recyclable cup for Delta under the guidance of Chemical Engineering Professor Brad Olsen and Civil and Environmental Engineering Professor Desiree Plata, who joined forces to create this new capstone design class. Musicbed.com license: MB01W7I3PCUPLXM
Power of Life
zhlédnutí 4,9KPřed 2 lety
When harnessing the power of life, being able to see what's going on at the microscopic level comes in handy. Maxine Jonas and Steven Wasserman are teaching faculty in the Department of Biological Engineering and co-instructors of 20.309, Instrumentation and Measurements for Biological Systems. Thanks to their combined expertise and legendary teaching style, this lab-based, microscope-building ...
Wizard Professor
zhlédnutí 12KPřed 2 lety
Nuclear Science and Engineering Professor Mike Short teaches the introductory nuclear physics class at MIT, which he admits can be dry. "When you're talking about things that nobody has ever directly seen before, nuclear shell structures, protons and neutrons...you're teaching students to use inference from what they can observe to what they can actually infer." But Short is a wizard professor,...
Making Medical Magic
zhlédnutí 4KPřed 2 lety
If you’re ever in need of a replacement valve in your heart, Ellen Roche has got you covered. Roche is an Associate Professor at MIT’s Institute of Medical Engineering and Science and the Department of Mechanical Engineering; she’s devoted to teaching the next generation of medical engineers and inventors. She’s also a professor at Harvard Medical School, and part of the rockstar team of instru...
In our hands
zhlédnutí 7KPřed 3 lety
“Mens et manus” (“mind and hand”) is at the heart of who we are and what we do at the MIT School of Engineering. We are inventors, designers, and builders who are applying all that we know to create immediate solutions to some of the world’s toughest challenges.
Celebrating the SoE class of 2021
zhlédnutí 7KPřed 3 lety
In lieu of an in-person celebration and in accordance with the MIT guidelines around social gatherings, MIT School of Engineering Class of 2021 advanced degree recipients gathered on Killian Court for a special photo opportunity with Dean Anantha Chandrakasan. MB01DH2OYZZZMQM
Tisdale and Love in the time of Coronavirus
zhlédnutí 2,1KPřed 3 lety
Tisdale and Love in the time of Coronavirus
I can save the world from my living room
zhlédnutí 1,1KPřed 4 lety
I can save the world from my living room
Why do you want to push women into stem so bad? It's not like someone is stopping them, if they like stem they can get in just as a man does. But if on average, women prefer other majors, why would you want to change that?
Something is really wrong as there is more and more people ill rather than cured and healthy!
one day i'll be there and join with this great community and people here
I've cured 30 diseases and have a line on 57 more. Sudden infant death syndrome is caused by an airborne human pheromone--it's why fans in the nursery diminish the risk of SIDS. Breastfeeding prevents SIDS. It isn't milk or colostrum. It has to be Montgomery's glands of the areolae. Healthy adult male facial skin surface lipid pheromone with its 27 aversive volatiles driven off taken 10mg by mouth cures criminal behavior, delinquency, conduct disorder, eating disorders, personality disorders, anxiety disorders, epilepsy, Tourette's, Parry-Romberg, Alzheimer's, onychophagia, generalized wasting, drug addiction (appetite lost in 8 seconds, no withdrawal symptoms), sexual perversions, gun fascination, attention deficit hyperactivity disorder (3mg/day), attention deficit disorder (3mg/day), post-traumatic stress disorder, autism, mass shootings, gun violence, "feelings of jihad", and probably obsessive-compulsive disorder, the autoimmune diseases, infectious diseases, and immune deficiencies.
Gr8 initiative
Howard Wolowitz was here
It is true that the fact that I clicked this video is because I too am interested in metallurgy.
MIT has gone through "getting the best of the best " to " anti-trump university"
Can I join EECS at MIT after having EE( electrical engineering) degree from an Indian college?
Initiative.
There are only 16 students stolen each year, in this high school where I used to spend my 6 years, I saw many people being stolen.
Say this place isn't so bad.
In reality, it’s more stressful and demanding than depicted 😂😂
Maybe it's just that men, broadly speaking, prefer working with things and women, again broadly speaking, prefer working with people? (Yes, I know I'll be shot down for speaking such heresy).
Bravo
yea its alright but its not michigan
What do you thinking of using two o Neil cylinders connected to each other like a Huge simple transmission, launching a Third one forward, saving you fuel on the one you are launching?
Just make sure you keep those Jews out! A disgusting despicable college
This sounds like a great program with a great professor leading it.
Of course it’s MIT best engineering school in the world
You are 110% correct on perspective and scale! I haven’t thought about the Grand Canyon and composites also! At one point I thought of the idea of using bridge cables, like the Golden Gate bridge cable, but as thread on a composite. Except each 5 to 10 foot thick cable would be composed of carbon nanotubes with graphene resin. Anything else between the cables/thread could be lesser quality Nanotubes, chopped carbon fiber, graphene resin (forged) I thought of making an O’Neill cylinder out of carbon nanotubes and graphene, like weaving baskets. And with different weaves you can put different functionality into everything
"Math is super sexy"- Kinda.
This is so well created
Keeping Sally for her Moral Compass? Didn't seem like she had one the other day when she couldn't condemn the calls for murder of jews. MIT should release a tweet that says its okay to call for the genocide of Trans People depending on the context. At least be consistent in your evil logic. A school full of 4.0s can't spot a fallacy in their own very basic premise. Would you support a KKK March as long as its within a certain context? Can they march for the return of Jim crowe laws, or public lynching, fuck lets go all the way and protest in favor of slavary as long as its within context. You people are beyond evil.
Your brand is done. More than half the country sees you for the evil you are. MIT exists as a monument to a once great school, now nothing more than a typical stuck up leftist college.
The way of taking the initiative of envigorating women at EECS is simply noble.
We need to make a O’Neil Cylinders. And we need to make them with carbon nanotubes and graphene. Right now the only way to utilize either of those is in yarns and as additives in concrete/cement. I thought of Making an O’Neill Cylinder with a “loose” carbon nanotube basket (like a cross cut design) at least as wide as a person, and up to 10 feet in diameter (providing torsion and tensional strength, along with compression), stainless steel footings could terminate into huge tiles (going through the depth of the walls/floors) along with girders and meshes of different sizes filling in any spaces. The filler material can be concrete, but I thought of essentially a type of graphene plasticized medium would be better, that way it’s stronger than steel, and if you rotate the cylinder with Station sized flywheels/gyroscopes, you can move it without thrusters while having better energy storage than lithium. After that, all you need is a fission or fusion reactor to power it forward. Having a basket made out of carbon nanotubes gives it added strength, and allows you to essentially pre-wire The entire place, along with embedding graphene super capacitors. -The entire cylinder would be able to store power, along with the huge fly wheels that also move it in space. Doing anything else other than making cylinders is a complete waste of time and resources. For the cost of robotic missions, we could literally have a stable outpost on Mars and we could swap out crews back-and-forth easily. A “mothership” if you will. On top of that, you could use the interior or the exterior to mechanically or electrically launch space craft. If you had two O’Neill cylinders that were 40,000 feet in diameter and 300,000 feet in length, you could launch a “Seed Cylinder” mechanically/electrically. having to move a cylinder with that kind of tonnage would be incredibly hard. The best way is using mechanical means, followed by electrical means. Saving you rocket fuel. It’s not quite a railgun gun, but you get the idea Look at those crosscut plastic wire handbags, and nestled them inside each other with metal bolts, and you get the idea. That way, most of an O’Neill cylinder would be able to store power, and it would be equal parts carbon nanotube, graphene, and stainless steel. It would be superbly strong, and store incredible amounts of power throughout it
<•> I believe we are meant to be like Jesus in our hearts and not in our flesh. But be careful of AI, for it is just our flesh and that is it. It knows only things of the flesh (our fleshly desires) and cannot comprehend things of the spirit such as peace of heart (which comes from obeying God's Word). Whereas we are a spirit and we have a soul but live in the body (in the flesh). When you go to bed it is your flesh that sleeps but your spirit never sleeps (otherwise you have died physically) that is why you have dreams. More so, true love that endures and last is a thing of the heart (when I say 'heart', I mean 'spirit'). But fake love, pretentious love, love with expectations, love for classic reasons, love for material reasons and love for selfish reasons that is a thing of our flesh. In the beginning God said let us make man in our own image, according to our likeness. Take note, God is Spirit and God is Love. As Love He is the source of it. We also know that God is Omnipotent, for He creates out of nothing and He has no beginning and has no end. That means, our love is but a shadow of God's Love. True love looks around to see who is in need of your help, your smile, your possessions, your money, your strength, your quality time. Love forgives and forgets. Love wants for others what it wants for itself. Take note, true love works in conjunction with other spiritual forces such as patience and faith (in the finished work of our Lord and Savior, Jesus Christ, rather than in what man has done such as science, technology and organizations which won't last forever). To avoid sin and error which leads to the death of our body and also our spirit in hell fire, we should let the Word of God be the standard of our lives not AI. If not, God will let us face AI on our own and it will cast the truth down to the ground, it will be the cause of so much destruction like never seen before, it will deceive many and take many captive in order to enslave them into worshipping it and abiding in lawlessness. We can only destroy ourselves but with God all things are possible. God knows us better because He is our Creater and He knows our beginning and our end. Our prove text is taken from the book of John 5:31-44, 2 Thessalonians 2:1-12, Daniel 7-9, Revelation 13-15, Matthew 24-25 and Luke 21. Let us watch and pray... God bless you as you share this message to others.
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In india we have 23 IITs, 31 NITs, 25 IIITs, 20 IIMs, 19 AIIMS, 51 Universities, 7 IISERs, 1 NISER, 1 ISI, 1 IISc they are top notch institutions in india and also few have international reputation. We have so much in INDIA 🇮🇳 IIT - INDIAN INSTITUTE OF TECHNOLOGY NIT - NATIONAL INSTITUTE OF TECHNOLOGY IIIT - INDIAN INSTITUTE OF INFORMATION TECHNOLOGY IIM - INDIAN INSTITUTE OF MANAGEMENT AIIMS - ALL INDIA INSTITUTE OF MEDICAL SCIENCES IISER - INDIAN INSTITUTE OF SCIENCE EDUCATION RESEARCH NISER - NATIONAL INSTITUTE OF SCIENCE EDUCATION RESEARCH ISI - INDIAN STATISCAL INSTITUTE IISc - INDIAN INSTITUTE OF SCIENCE
so many great institutions yet the country is a shithole
Has anyone made a Strong, Lightweight Electric Motor using carbon nanotubes and graphene carbon composites?
Trust me folks, I'm in eleventh grade right now, and we're literally studying same (almost) topics THEY'RE learning ( thermodynamics, kinematics, mechanics stuff and all) and i NEVER got a chance to see them irl, and do the practicals. I never got to see the pulley systems in real life, the mechanics stuff and all. I never got a chance to witness whatever we're studying in real life, and i hate it so bad. All i have to do all day is just sit in class and try to understand things, and come home and memorize formulae (maybe even derivation) and do questions based on them. And these guys here use their knowledge of mechanics and whatnot, and create stuff that fly. I AM SO DEPRESSED 😭😭 I agree i need to study more than just aviation in order to make it to college, but damn. I need some fun to. I need to see how things work and not just sit in a damn classroom and read and write all day long.
Kabar Lu Thar Myar Arre Lauin Ah Taouth ....Kaung Kyo Ta Yar Myar Ko Phyis Say Khale ..Pyan Pyi. .
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MIT 가 꿈이던 시절이 그립다. MIT가 가깝게 느껴지던 순간과 dome 앞에 뛰어본게 아마 내 인생에서 가장 행복했던 순간이 아니었을까 싶다. Hmmt 도 나가보고 싶었는데. 1년만 돌아가도 뭐든 다시 할 수 있는 기회가 있는데. 지금도 기회가 없는건 아닌데. 1년차에 편입을 하더라도 2년차가 되더라도 3학년이 되어서라도 편입하고 싶었는데. 석사과정이라도 엠아이티에서 공부하고 싶었는데. 다시 엠아이티에 가는게 예전만큼 간절했으면 좋겠다. Infinity hall 에서 infinite 하게 공부하고 토론하고 싶다.
'Promosm'
My respect to mit .
Biological field is vaste, and mit. Can do good things About.
Please , converge your research, to help handicaped men and women ho need foot or hand .
yay my country is in here
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So proud of you Sırma 👏👏👏
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Harikasın Sırma cım,gurur duyuyoruz.
başarılar..
Gurur duydum. Başarılarınız daim olsun
Great video!
Gurur duyuyoruz Sırma Hanım, başarılarınızın devamını dillerim. Ankara'dan sevgiler.
This is fascinating. I wonder how long it normally takes to come up with results from research though.
fascinating
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