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Amy Greene and Shibani Santurka receive Google PhD Fellowships

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Amy Greene (left) and Shibani Santurka

EECS Staff

Two PhD students in EECS have been awarded Google PhD Fellowships for 2019.

Amy Greene received the 2019 Google Fellowship in Quantum Computing. Shibani Santurka received the 2019 Google Fellowship in Machine Learning.

Google annually awards fellowships to “outstanding graduate student doing exceptional work  computer science and related research areas,” according to the company. Fellowships provide financial support, including tuition, fees, and a stipend for living expenses, travel, and equipment. They also match each recipient with a Google Research Mentor. The two-year fellowships can be extended for a third year.\

Greene received a master’s degree in computer science and electrical engineering in 2016 and a joint bachelor’s degree in computer science and engineering and physics in 2014, both from MIT. Previous awards and honors include a National Science Foundation Quantum Information Science and Engineering Network (QISE-NET) Fellowship and MIT’s Alan L. McWhorter Fellowship for promising PhD students, among others. She is a member of the Eta Kappa Nu (HKN) and Tau Beta Pi (TBP) honor societies.

Santurka received a master’s degree in computer science from MIT in 2017 and a dual bachelor’s and master’s degree in electrical engineering and computer science from the Indian Institute of Technology (ITT) Bombay in 2015. Previous honors include an MIT Health Sciences and Technology Department Fellowship, an Undergraduate Research Award and an Academic Performance Award from ITT Bombay, and the Dhirubhai Ambani Scholarship from the Dhirubhai Ambani Foundation in India.

Now in its 10th year, Google’s program offers fellowships in Africa, Australia, Canada, China, East Asia, Europe, and India as well as in the United States.

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Monday, April 29, 2019 - 4:00pm

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The EECS graduate students are recognized for their work in quantum computing and machine learning.

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EECS faculty member wins ACM Grace Murray Hopper Award

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Professor Constantinos Daskalakis

EECS and CSAIL Staff

EECS Professor Constantinos (“Costis”) Daskalakis has won the 2018 Grace Murray Hopper Award from the Association for Computing Machinery (ACM).

Announced today, the prize is awarded annually to a computer scientist under the age of 35 on the basis of a single recent major technical or service contribution. Daskalakis was honored for “proving that the computational complexity of finding Nash equilibria is the same as that of finding Brouwer fixed points, a proof since extended to several other equilibrium notion," the ACM noted. "By challenging equilibrium theory, his work has triggered an ongoing reshaping of our understanding of strategic behavior, showing that computation must play an essential role in the foundations of game theory and economics.”

His research, a fusion of computer science, economics and game theory, focuses in part on how strategic behavior complicates large-scale technological systems. Many researchers use theories of equilibrium to solve these problems, specifically the Nash equilibrium, which is when all (theoretical) players do the best they can given other players’ choices so that no players can benefit from unilaterally changing their choices. However, Nash’s equilibrium existence proof uses something called Brouwer’s fixed-point theorem, where no efficient algorithm is known. Alongside Paul Goldberg and Christos Papadimitriou, Daskalakis proved that the computational complexity of finding Nash equilibria is the same as that of finding Brouwer fixed points, a proof since extended to several other equilibrium notions.

Daskalakis is a principal investigator in the Computer Science and Artificial Intelligence Laboratory (CSAIL) and is affiliated with MIT's Laboratory for Information and Decision Systems (LIDS) and Operations Research Center (ORC).

In 2018, Daskalakis received the Rolf Nevanlinna Prize, a prestigious mathematics award presented only once every four years by the International Conference of Mathematicians. Along with Goldberg and Papadimitriou, he also received the Kalai Game Theory and Computer Science Prize and the Outstanding Paper Prize from the Society for Industrial and Applied Mathematics (SIAM) for work on the Nash equilibrium. He has also received a Simons Investigator Award, a Sloan Research Fellowship, a Microsoft Research Faculty Fellowship, a Google Faculty Research Award, a Research and Development Award from the Vatican Giuseppe Sciacca Foundation, MIT's Ruth and Joel Spira Award for Excellence in Teaching, the EECS Frank Quick Faculty Research Innovation Fellowship, ACM's Doctoral Dissertation Award, and several best-paper awards.

A native of Greece, Daskalakis received an undergraduate degree in electrical and computer engineering from the National Technical University of Athens and a PhD in electrical engineering and computer sciences from the University of California at Berkeley.

 

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Wednesday, May 8, 2019 - 1:15pm

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Professor Constantinos Daskalakis received the award, presented annually to an outstanding scientist under 35.

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EECS Celebrates: Honoring the department's outstanding contributors

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Professor Ronitt Rubinfeld was among the 2019 award recipients. Photo: Gretchen Ertl 

EECS Staff

Editor's Note: A slideshow and link to downloadable photos will be available soon.

Students, faculty, staff, and special guests came together recently for EECS Celebrates, the department's annual awards ceremony and reception. The department presented faculty, students, and staff with more than 50 awards during the May 18 event.

A highlight of this year's celebration was the presentation of the second annual Seth J. Teller Award for Excellence, Inclusion, and Diversity. Named for the late EECS professor, the award honors members of the MIT community who embody those three values through work, research, or educational innovation. Teller's brother, David Teller ’82, spoke briefly during the ceremony.

The 2019 winners were Bruke Mesfin Kifle, an EECS senior, and Ronitt Rubinfeld, professor of computer science and engineering. Both were honored for serving as mentors and undertaking other activities to improve diversity and inclusion.

Kifle served as chair of the Committee on Community and Diversity for the MIT Undergraduate Association and was an early founder of OneWorld@MIT, the campus-wide multicultural celebration, among other contributions. Rubinfeld was recognized for “making MIT and the theoretical computer science community an inclusive and welcoming environment,” empowering women in academia, and serving as the department’s long-time Junior Faculty Mentoring Coordinator.

Following is a full list of this year's other awards. A photo slideshow is coming shortly.

FACULTY RESEARCH AND INNOVATION FELLOWSHIPS (FRIFs)

EECS’s Faculty Research Innovation Fellowships (FRIFs) were established to recognize midcareer faculty members for outstanding research contributions and international leadership in their fields.

Frank Quick Faculty Research Innovation Fellowship

  • Constantinos “Costis” Daskalakis, professor of electrical engineering and computer science, received the 2018-2019 fellowship.

Thornton Family Faculty Research Innovation Fellowships

  • Luca Daniel and Jing Kong, both professors of electrical engineering and computer science, received the 2018-2019 fellowships.

 

FACULTY TEACHING AND ADVISING AWARDS

Louis D. Smullin (’39) Award for Excellence in Teaching

  • Ana Bell, extraordinary lecturer, was honored for contributions to 6.0001 (Introduction to Computer Science Programming in Python) and 6.0002 (Introduction to Computational Thinking and Data Science).

Jerome H. Saltzer Award for Excellence in Teaching

  • Duane Boning, Clarence J. LeBel Professor of Electrical Engineering and professor of electrical engineering and computer science,  was recognized for contributions to 6.009 (Fundamentals of Programming).

Burgess (1952) & Elizabeth Jamieson Prizes for Excellence in Teaching

  • Thomas Heldt, W.M. Keck Career Development Professor in Biomedical Engineering and associate professor of electrical and biomedical engineering, was recognized for revamping 6.021 (Cellular Neurophysiology and Computing) and 6.022 (Quantitative and Clinical Physiology).
  • Peter Szolovits, professor of computer science and engineering, and David Sontag, Hermann L. F. von Helmholtz Career Development Professor of Medical Engineering and an associate professor of electrical engineering and computer science, were recognized for developing the new class 6.S897 (Machine Learning for Healthcare).

Ruth and Joel Spira Awards for Excellence in Teaching

  • Adam Chlipala, associate professor of computer science, was recognized for developing the new 6.822 class (Formal Reasoning About Algorithms), playing a role in creating 6.009 (Fundamentals of Programming), and writing the widely used book Certified Programming for Dependent Types (MIT Press, 2013).
  • Max Shulaker, assistant professor of electrical engineering and computer science, was recognized for revising 6.012 (Nanoelectronics and Computing Systems). Specifically, he changed the class’s emphasis so that it ties devices physics to microprocessor performance and introduced a lab where students can make functional devices.

EECS Outstanding Educator Award

  • Joseph Steinmeyer, extraordinary lecturer, was recognized for outstanding work with the popular 6.08 class (Introduction to EECS via Interconnected Embedded Systems).

EECS Digital Innovation Award

  • Adam Hartz, extraordinary lecturer, was recognized for creating and maintaining CAT-SOOP, a learning-management system that also serves as a tool for automatic collection and assessment of online exercises.

Kolokotrones Education Award

This new award supports faculty and instructors in undertaking curriculum-related projects, developing new courses, and improving teaching methods.

  • Zachary Abel, extraordinary lecturer, was recognized for revamping 6.042 (Mathematics for Computer Science).

 

FACULTY AWARDS FROM STUDENT ORGANIZATION AWARDS

IEEE/ACM Best Advisor Award

  • Joel Voldman, professor of electrical engineering and computer science and EECS associate department head, received the 2019 award.

HKN Best Instructor Award

  • Leslie Kaelbling, Panasonic Professor of Computer Science and Engineering, received the 2019 award.

 

SPECIAL RECOGNITION

Department Head Special Recognition Awards

  • David Lewis, an EECS technical instructor, was recognized for contributions to the department’s undergraduate laboratory in areas including hiring, safety, training, documentation, and operations.
  • Jessica Boles, an EECS PhD student, was recognized for her efforts to improve the graduate-student experience in EECS and beyond.

Richard J. Caloggero Award

This award recognizes members of the EECS department who have shown loyalty, dedication, and effectiveness beyond normal expectations.

  • Kathy McCoy, administrator for EECS graduate recruitment, was honored for assisting graduate students in multiple ways from initial admission until they receive their doctoral degrees.

 

STUDENT SERVICE AND TEACHING AWARDS 

Paul L. Penfield Student Service Award

  • Mandy Korpusik

Undergraduate Teaching Assistant (UTA) Awards

  • Alex Chen
  • Caleb Noble

Frederick C. Hennie III Teaching Awards

  • Maryam Archie
  • Paolo Gentili
  • Czarino Lao
  • Stephanie Ren

Harold Hazen Teaching Award

  • Apoorva Murarka

Carlton E. Tucker Teaching Award

  • Olivia Brode-Roger

ADDITIONAL STUDENT AWARDS

Jeremy Gerstle Undergraduate Research Opportunity Program (UROP) Awards '

Nicholas Bonaker
Project: Nomon: A Single Switch Interface for Assistive Technology
Supervisor: Professor Tamara Broderick

Luke Shimanuki
Project: Hardness of 3-D Motion Planning Under Obstacle Uncertainty
Supervisor: Professor Tomas Lozano-Perez

Morais (1986) and Rosenblum (1986) UROP Award

Aradhana Adhikari
Project: Photo Chromeleon: Re-Programmable Multi-Color Textures Using Photochromic Dyes
Supervisor: Professor Stefanie Mueller

Anna Pogosyants UROP Award

June (Thuy-Duong) Vuong
Project: Graph Pattern Detection: Hardness for All Induced Patterns and Faster Non-Induced Cycles
Supervisors: Professor Vinod Vaikuntanathan; Professor Virginia Williams

Licklider UROP Award

Endrias Kahssay
Project: Theoretically Efficient and Practical Parallel In-Place Radix Sorting
Supervisor: Professor Julian Shun

Robert M. Fano UROP Award

Anelise P. Newman
Project: FourEyes: An Analysis of User Interfaces for Large-Scale Crowdsourcing of Visual Attention Data
Supervisors: Aude Oliva, Zoya Bylinskii

2018-2019 SuperUROP Awards

Xinyi Chen
Project: A Unified Programming Model for Optimizing Ordered Graph Algorithms
Supervisor: Professor Saman Amarasinghe

Moin Nadeem 
Project: FAKTA: An Automatic End-to-End Fact-Checking System
Supervisors: James Glass, Mitra Mohtarami

Yunyi Zhu
Project: CurveBoards in 3-D Breadboards for Prototyping Function in the Context of Physical Form  
Supervisor: Professor Stefanie Mueller

George C. Newton Undergraduate Laboratory Prize (6.111)

Ashley Kim and Mark Theng   
Project: Encrypted Communications Over Ethernet

Northern Telecom/BNR Project Award: Best 6.111 Project

Kesha Gupta and Fan Francis Wang
Project: Auditory Localization

David A. Chanen Writing Awards (for Writing in 6.033)
Jason Paulos
System Critique: Eraser

Morris Joseph Levin Awards for Masterworks Thesis Presentation

Logan Engstrom
Title: Robustness
Supervisor: Professor Aleksander Madry

James Mawdsley
Title: Terahertz Frequency Synthesis in CMOS for a Chip-Scale Molecular Clock
Supervisor: Professor Ruonan Han

David Adler Electrical Engineering MEng Thesis Awards

Weston Braun
Title: A High-Frequency Variable Load Inverter Architecture
Supervisor: David Perreault

James Mawdsley
Title: Terahertz Frequency Synthesis in CMOS for a Chip-Scale Molecular Clock
Supervisor: Professor Ruonan Han

Charles  & Jennifer Johnson Computer Science MEng Thesis Awards

Kenneth Friedman
Title: WYSIWYFab: Integrating 3-D Modeling and Slicing
Advisor: Stefanie Mueller

Andrew Ilyas
Title: On Practical Robustness of Machine Learning
Advisor: Professor Constantinos Daskalakis

Francis Reintjes Excellence in 6-A Industrial Partnership Award
Zachary Zumbo
Title: Genetic Optimization Applied to Via and Route Strategy
Supervisor: Jacob White
Company: Cadence

ADDITIONAL AWARDS                   

The following additional awards to EECS faculty were also acknowledged during the 2019 EECS Celebrates ceremony:

Margaret MacVicar Faculty Fellow (MIT award)

  • Erik Demaine, professor of electrical engineering and computer science, received the honor in March 2019 in recognition of his work in algorithms and data structures and his passionate, collaborative teaching style.

Harold E. Edgerton Faculty Achievement Award (MIT award presented to junior faculty members for exceptional teaching, research, and service)

  • Vivienne Sze, associate professor of electrical engineering and computer science, received the award in April 2019 in recognition of her "seminal and highly regarded contributions in the critical areas of deep learning and low-power video coding, and for her educational successes and passion in championing women and under-represented minorities in her field."

NOTE: Award winners seeking access to slideshow photos for download may request access to the private awards website by contacting eecs-communications@mit.edu.

Date Posted: 

Thursday, May 23, 2019 - 2:30pm

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The EECS community came together to celebrate faculty, student, and staff achievements over the past year.

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Four EECS students receive Fulbright Fellowships

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Top row: Abby Bertics (second from left), Samira Okudo (far right). Bottom row: Miranda McClellan, Anna Bair (third and fourth from left).
 

Office of Distinguished Fellowships | EECS Staff

Four EECS students are among 11 from MIT named as winners in the 2019 Fulbright U.S. Student Fellowship Program.

MIT’s newest Fulbright Students will engage in independent research and English teaching assignments in Brazil, the Netherlands, Spain, Russia, Taiwan, and Senegal.

Sponsored by the U.S. Department of State’s Bureau of Educational and Cultural Affairs, the mission of Fulbright is to promote cultural exchange, increase mutual understanding, and build lasting relationships among people of the world. The Fulbright U.S. Student Program offers grants in over 140 countries.

The MIT students were supported in the application process by the Presidential Committee on Distinguished Fellowships, chaired by professors Rebecca Saxe and Will Broadhead, and by MIT’s Distinguished Fellowships Office within Career Advising and Professional Development.

Following are the EECS-affiliated winners:

Annamarie "Anna" Bair’18 earned a bachelor of science in computer science and engineering in June 2018 and will receive her master of engineering degree in computer science later this year. In Barcelona, Spain, Bair will engage in complex systems research.

Abigail "Abby" Bertics will graduate in June with a bachelor of science in electrical engineering and computer science. Her research in Yekaterinburg, Russia, will focus on natural language processing methods for understanding English second language acquisition by Russian speakers.

Miranda McClellan’18 received a bachelor of science in computer science and engineering in June 2018 and will earn her master of engineering degree in computer science this spring. McClellan will research automated scaling of 5G computer network resources in Barcelona, Spain.

Samira Okudo will graduate in June with a joint bachelor of science in computer science and comparative media studies. As an English teaching assistant in Brazil, she will work with university students training to be English-language instructors.

In addition to the 11 students accepting their awards, three applicants from MIT were selected as finalists but decided to decline their grants.

For a longer story with a complete list of award winners, visit the MIT News website.

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Thursday, May 16, 2019 - 5:30pm

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They're among 11 from MIT who will spend a year researching and teaching abroad.

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CSAIL unseals time capsule with internet and computing artifacts

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Researchers found plenty of tech-history relics inside the 20-year-old capsule.

Adam Conner-Simons | CSAIL

MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL) recently unsealed a special time capsule from 1999 after a self-taught programmer from Belgium solved a puzzle devised by famed cryptographer, EECS faculty member, and Institute Professor Ron Rivest.

Designed by architect Frank Gehry, the capsule was first created as part of a celebration commemorating 35 years of research at what was then MIT’s Laboratory for Computer Science.

CSAIL director Daniela Rus, Andrew (1956) and Erna Viterbi Professor of EECS, unveiled the capsule with former lab directors Anant Agarwal (an EECS faculty member and CEO of edX) and Ed Fredkin. The three then uncovered the artifacts locked inside like a group of giddy schoolchildren opening Christmas presents.

Among the items contained in the capsule:

  1. The original 1992 proposal for the World Wide Web developed by Tim Berners-Lee, now a MIT professor.
  2. Microsoft's first-ever product, the Altair BASIC interpreter, which was donated by Microsoft founder Bill Gates, who attended the 1999 ceremony and helped fund the Stata Center building that CSAIL calls home.
  3. The 1979 user manual for VisiCalc, the first spreadsheet program, developed by MIT alumni Bob Frankston and Dan Bricklin. VisiCalc later spurred Microsoft to create it own version, called Excel.
  4. The 1978 paper that laid out the framework for RSA encryption algorithms, devised by Ron Rivest, Adi Shamir and Len Adleman, which are what enable modern e-commerce.
  5. A 1962 technical paper on MIT’s “Compatible Time-Sharing System”, one of the world’s first systems that allowed multiple people to use a computer at the same time.

Rus noted that there are still quite a few time capsules all over MIT’s campus — some buried, others hidden, and a few that are actually right in plain sight. For example, 80 years ago, MIT engineers placed a capsule under an 18-ton magnet in the cyclotron building. The capsule will be unearthed in the coming months as the Institute prepares to break ground for the new College of Computing building there.

Meanwhile, in 2015 a construction team working on the new MIT.nano building inadvertently uncovered a glass time capsule that was buried almost 60 years earlier, with the intention that it not be opened for 1,000 years.

 

 

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Monday, May 20, 2019 - 5:45pm

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Researchers opened the capsule after a self-taught Belgian programmer solved a 20-year-old cryptographic puzzle devised by EECS faculty member Ron Rivest.

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EECS students win prestigious awards for music and art

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Getting There. Painting by Emily Toomey.

Council for the Arts at MIT | EECS Staff

Three EECS students are among several who have received prestigious arts award from the Council for the Arts at MIT (CAMIT)

EECS senior Grace Yin received the 2019 Louis Sudler Prize in the arts. Presented annually, the Sudler Prize recognizes a graduating senior who has demonstrated excellence or the highest standards of proficiency in music, theater, painting, sculpture, design, architecture, or film. The winner receives a $2,500 honorarium.

Yin, an accomplished violinist, has been an active member of MIT’s Chamber Music Society and performed in many solo and group recitals.

EECS senior Garrett Souza was among four recipients of the Laya and Jerome B. Wiesner Student Art Awards. Established in 1979, the Weisner awards honor undergraduate and graduate students who are nominated by MIT faculty and staff. Winners each receive $2,000.

Souza was recognized for serving as editor in chief of Infinite Magazine, a student arts and fashion publication, and for founding MIT Design Week, a multi-day event highlighting student student creativity.

EECS graduate student Emily Toomey was among four recipients of the Harold and Arlene Schnitzer Prize in the Visual Arts. Established in 1996, the Harold and Arlene Schnitzer Prize is awarded each year to current MIT undergraduate and graduate students for excellence in a body of work. Winners receive prizes ranging from $1,000 to $5,000.

Toomey received third place for a portfolio of her paintings, including a series painted from photographs taken during her daily morning commute on the Red Line. Her work, along with that of the other winners, will be presented in an exhibition in the Wiesner Student Art Gallery in June.

For more information, please visit the CAMIT website.

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Thursday, May 23, 2019 - 6:45pm

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Garrett Souza, Emily Toomey (whose painting "Getting There" appears above), and Grace Yin were among several MIT students honored by the Council for the Arts at MIT.

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EECS Masterworks 2019: Celebrating Thesis Research

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Photo: Gretchen Ertl

EECS Staff

Masterworks is the annual EECS celebration of thesis research leading to the master of science (SM) and master of engineering (MEng) degrees. This year's poster session was held on April 25, 2019, on the Charles M. Vest Student Street in the Stata Center. Following is a photo slideshow and a list of 2019 Masterworks winners.

EECS MASTERWORKS 2019: HIGHLIGHTS

 

Masterworks 2019 Slideshow

All photos by Gretchen Ertl for EECS. Contact eecs-communications@mit.edu for details on obtaining images.

 

MASTERWORKS 2019 WINNERS


Morris Joseph Levin Awards for Masterworks Thesis Presentation

Logan Engstrom
Title: Robustness
Supervisor: Professor Aleksander Madry
 
James Mawdsley
Title: Terahertz Frequency Synthesis in CMOS for a Chip-Scale Molecular Clock
Supervisor: Professor Ruonan Han
 
Both were honored during the EECS Celebrates awards ceremony on May 17, 2019.


Audience Choice Awards

First Place: Brandon Carter
Title: What Made You Do This? Understanding Black-Box Decisions with Sufficient Input Subsets
Supervisor: Professor David K. Gifford
 
Second Place: Saurav Maji
Title: Energy-Efficient Protocol and System for Security of Implantable Devices
Supervisor: Professor and Dean Anantha P. Chandrakasan

Industry Awards

Samuel Kim
Title: Genes with High Network Connectivity Are Enriched for Disease Heritability Supervisor:
Professor Alkes Price (Harvard and Broad Institute)
 
Erick Friis
Title: GLASS: Global Learning Anomalous Stream Service
Supervisor: Dr. Katrina LaCurts
 
In addition, EECS senior Helmuth Naumer won first place in the Masterworks Scavenger Hunt for correctly answering the most questions about research discussed on the posters, while EECS graduate student Aya Amer won second place. All winners received prizes provided by Masterworks sponsor Samsung or from EECS.
 
For more on Masterworks, including links to past coverage and photos, visit the Masterworks home page.
 

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Wednesday, May 15, 2019 - 5:15pm

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About 40 current students and recent graduates discussed their master's-thesis research in areas ranging from robotics to clinical imaging to Internet of Things tracking devices.

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Professor Hal Abelson on empowering kids through mobile technology

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Dharavi Tech Girls learn to create apps to help people in their community. Image: Nawneet Ranjan of Dharavi Tech Girls

Abby Abazorius | MIT News

Hal Abelson, the Class of 1922 Professor in EECS, has long been dedicated to democratizing access to technology for children. In the 1970s, he directed the first implementation of the educational programming language Logo for the Apple II computer. During a sabbatical at Google in 2007, he launched App Inventor, a web-based, visual-programming environment that allows children to develop applications for smartphones and tablets. The platform was transferred to MIT in 2010, where it now has over 1 million active users a month, who hail from 195 countries.

As new technologies are rapidly developed and introduced, Abelson feels it is crucial to introduce children to computer science through hands-on learning activities so that they have a better understanding of how they can use and create such technologies. MIT News asked Abelson to answer three questions about MIT App Inventor and how it helps kids have an impact on people and communities around the world. 

Q: How did you get the idea for App Inventor, and what did you want it to achieve?

A: It’s crucial that we teach children how they can use technology to become informed and empowered citizens. Everyone is reacting to the enormous influence of computing, in particular how mobile technology has changed everyone’s lives. The question is, can people, in particular children, use mobile technology as a source for becoming informed and a source for becoming empowered? Do they see it as something that they can shape? Or is it purely going to be a consumer product that people react to?

I got the idea for App Inventor when I started thinking about how kids really weren’t using desktop computers anymore, and the real empowerment opportunities in the realm of computer science and technology nowadays are with smartphones. I thought to myself, “Why don’t we launch an initiative to make it possible for kids to make original applications for mobile phones?” When we started App Inventor, smartphones were just coming onto the market, and the notion that kids could be building applications for these devices was a little crazy.

 

Q:What are some of your favorite applications that kids have created using App Inventor?

A: The goal of App Inventor is to enable kids to participate in what I am referring to as computational action, which means building things that can actually have an impact on you, your family, and your country. We have some great examples of how students are using the platform to not only improve their own lives, but also the lives of the people around them.

One of my favorites apps was developed by a group of young women in Dharavi, which is located in India and is one of the largest slums in the world. These young women are creating apps aimed at improving the lives of their community. One of the apps that they created allows families to schedule time at the community water distribution site, reducing conflicts over access.

Another one that I love was created by a group of high-school girls in Moldova. Moldova has a water quality problem, so this group of students built an application that allows people to provide and access information about water quality around the country. For example, if you’re in Moldova and you go to a source of water, you can take out your phone and upload a picture of the water and information about its quality to the platform. This information is entered into a database that is accessible across the entire nation.

Thanks to this app, if you are driving around Moldova and are wondering if there is a good source of water in the area, you can use the application to find a safe source of drinking water. It’s pretty amazing to think about how four high school students have set up a national, geographic database that allows people to access clean water. This would not have been possible eight years ago, but now students are able to create something like this because there is an incredible technological infrastructure that allows people to do all sorts of amazing things.

Another app I love was created by a couple of kids in junior high school who were worried about bullying. It’s a really simple app that you can download with your friends. It works like this: If you are in the cafeteria and you are worried someone is going to come over and bully you, you press a button, which sends a message to your friends and alerts them to the fact that you need someone to come sit with you in the cafeteria because you are worried about being bullied. It’s really simple, but really effective.

 

Q:The App Inventor team recently participated in an event with the Cambridge Public Schools called “Freshman Technology Experience,” which was aimed at inspiring more — and more diverse students — to explore computer science. Can you talk about why you decided to participate?

A: Currently, the App Inventor team is trying to get more involved with kids in the local area. Partly this is aimed at allowing us to conduct some of the initial testing of the new features we are developing for App Inventor. But it’s also about allowing the App Inventor team a greater ability to interact and work with local kids. If you’re involved in this project, part of the reason why is because you are interested in working with kids, so it’s great to be able to go out into the community and see kids using the platform and help them build stuff.

Even though App Inventor right now is focused on empowering kids to create technology for smartphones and tablets, I feel it should be emblematic of all the changes in technology that are available. Just in the past few years, new smart-home technologies like Alexa and Google Home have been developed that are now becoming widely integrated into people’s everyday existence. We have to think about how could kids be empowered around this emerging area of technology and how kids could help shape these new technologies.

It’s really important that we take the opportunity to educate kids about how to use technology. It doesn’t matter whether it’s kids or our representatives in Congress, in the long run it’s dangerous to our democracy if you have such powerful tools that people don’t understand. It’s particularly important that kids get this sense that technology is something they can shape. Even if they never go off and become programmers or do anything in the field of computer science, it’s important they understand that technology is something that they could influence or control.

For related content on this topic, see the original article on the MIT News website.

 

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Tuesday, May 28, 2019 - 6:00pm

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Through MIT App Inventor, the EECS faculty member aims to show children how they can use technology to shape their world.

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Two from EECS win 2019 Paul and Daisy Soros Fellowships for New Americans

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Clockwise from top left: Jonathan Zong (EECS), Indira Puri, Grace Zhang, Helen Zhou (EECS alumna), and Joseph Maalouf. Image courtesy of the Paul and Daisy Soros Fellowships.

A recent EECS alumna and a current EECS graduate student are among just 30 people nationwide to receive 2019 Paul and Daisy Soros Fellowships for New Americans.

Helen Zhou ’17, MEng ’18, and current PhD student Jonathan Zong join three other MIT-affiliated recipients of the fellowships. Each will receive up to $90,000 to fund their doctoral educations.

Zhou was born in Winnipeg, Manitoba, after her parents left China to pursue studies in Canada. When she was 6, her family moved to Canton, Michigan. As an undergraduate, Zhou conducted machine learning research at the MIT Media Lab. She also completed internships at Google and Amazon Search (A9.com). As a master’s student, she joined the MIT Clinical Machine Learning group, where her thesis on predicting antibiotic resistance from electronic medical records informed her current research interests.

Now a PhD student at Carnegie Mellon University, Zhou is exploring problems at the intersection of machine learning and health care, such as personalization, interpretability for human-in-the-loop learning, and synthesizing heterogeneous data from multiple modalities. Throughout her academic career, she hopes to develop methods that will allow scientists to continually shine new light on aspects of health care and medicine that are not well understood.

Zong was born in Houston, Texas, after his parents emigrated from China to pursue graduate school. He completed his undergraduate education at Princeton University in the computer science and visual arts departments. His computer science thesis investigated empirical methods for studying internet research ethics, while his visual arts thesis was an exhibition exploring how his discomfort with authority and power — especially his own — shapes his identity. At Princeton, Zong created research-based visual art that influenced discussions about technology in The New York Times and exhibited at the Centre National du Graphisme in Chaumont, France. In addition to his PhD studies, he serves as a graduate researcher at MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL). He is interested in visual interfaces that help people comprehend how technology governs human behavior. His goal is to serve the public interest by producing research that critically examines technologically mediated social relations. He has interned as a software engineer and graphic designer at companies including Coursera, Square, Linked by Air, and Google.

The other three MIT recipients include Joseph Maalouf, a PhD student in chemical engineering, Indira Purl, a PhD candidate in economics, and Grace H. Zhang '17, a doctoral student in physics at Harvard University. In the past nine years, 34 MIT students and alumni have been awarded this fellowship.

The P.D. Soros Fellowships are open to all American immigrants and children of immigrants, including DACA recipients, refugees, and asylum seekers. The newest fellows were selected from a pool of 1,767 applications based on their potential to make significant contributions to U.S. society, culture, or their academic fields. Founded by Hungarian immigrants Daisy M. Soros and her late husband Paul Soros (1926-2013), the program honors continuing generations of immigrant contributions to the United States. “Paul and Daisy Soros Fellows are all passionate about giving back to the country and remind us of the very best version of America,” says Craig Harwood, director of the fellowship program.

MIT students interested in applying to the P.D. Soros Fellowship should contact Kim Benard, assistant dean of distinguished fellowships. The application for the 2020 fellowship is now open and the national deadline is Nov. 1. 

 

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Friday, May 17, 2019 - 6:45pm

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The best of the best: SuperUROP 2018-2019 award winners

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SuperUROP Showcase, April 25, 2019. Photo: Gretchen Ertl

EECS Staff

Several students have won awards for work done during the 2018-2019 Advanced Undergraduate Research Opportunities Program, better known as SuperUROP.

Three participants received 2018-2019 SuperUROP Awards, which recognize outstanding research projects, during the EECS Celebrates departmental awards ceremony on May 17. They included:

Xinyi Chen, MIT School of Engineering | Quest Undergraduate Research and Innovation Scholar
Project: A Unified Programming Model for Optimizing Ordered Graph Algorithms
Supervisor: Professor Saman Amarasinghe

Moin Nadeem, MIT EECS | CS+HASS Undergraduate Research and Innovation Scholar
Project: FAKTA: An Automatic End-to-End Fact-Checking System
Supervisors: James Glass, Mitra Mohtarami
 
Yunyi Zhu, MIT EECS | Analog Devices Undergraduate Research and Innovation Scholar
Project: CurveBoards in 3-D Breadboards for Prototyping Function in the Context of Physical Form  
Supervisor: Professor Stefanie Mueller

In addition, the SuperUROP teaching staff recognized 20 other SuperUROP scholars with best-poster awards following the spring SuperUROP Showcase on April 25. These students received a copy of "Picturing Science and Engineering" (The MIT Press, 2018), generously donated by author and science photographer Felice C. Frankel. Winners included: 

  • David Amirault, MIT EECS | Fairbairn Undergraduate Research and Innovation Scholar
  • Sooraj Boominathan, MIT EECS | Fairbairn Undergraduate Research and Innovation Scholar
  • Alan De-Hao Cheng, MIT | Analog Devices Undergraduate Research and Innovation Scholar
  • Ali Daher, MIT School of Engineering | Quest Undergraduate Research and Innovation Scholar
  • Michal Gala, MIT ChemE | Undergraduate Research and Innovation Scholar
  • Magson Gao, Undergraduate Research and Innovation Scholar
  • Divya Gopinath, MIT School of Engineering | Quest Undergraduate Research and Innovation Scholar
  • Jesse Hinricher, MIT ChemE | Undergraduate Research and Innovation Scholar
  • Helen Ho, MIT EECS | Fairbairn Undergraduate Research and Innovation Scholar
  • Eileen Hu, MIT EECS | Himawan Undergraduate Research and Innovation Scholar
  • Sebastian Lopez-Cot, MIT AeroAstro | Lincoln Laboratory Undergraduate Research and Innovation Scholar
  • Sophie Mori, MIT EECS | Advanced Micro Devices Undergraduate Research and Innovation Scholar
  • Hoang Nguyen, MIT EECS | Keel Foundation Undergraduate Research and Innovation Scholar
  • Domenic Nutile, MIT EECS | Advanced Micro Devices Undergraduate Research and Innovation Scholar
  • Ellen O'Connell, MIT MechE | Lincoln Laboratory Undergraduate Research and Innovation Scholar
  • William Peebles, MIT EECS | Lincoln Laboratory Undergraduate Research and Innovation Scholar
  • Janelle Sands, Undergraduate Research and Innovation Scholar
  • Nilai Sarda, MIT EECS | Undergraduate Research and Innovation Scholar
  • Mattie Wasiak, MIT EECS | Quick Undergraduate Research and Innovation Scholar
  • Ethan Weber, MIT EECS | Lincoln Laboratory Undergraduate Research and Innovation Scholar

For more on SuperUROP, visit https://superurop.mit.edu/.

 

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Wednesday, May 29, 2019 - 5:00pm

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More than 20 students were recognized for outstanding research work and presentations.

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Q&A: Phillip Isola on the art and science of generative mode

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EDITOR'S NOTE: If you’ve ever wondered what a loaf of bread would look like as a catedges2cats is for you. The program that turns sketches into images of cats is one of many whimsical creations inspired by Phillip Isola’s image-to-image translation software released in the early days of generative adversarial networks, or GANs. In a 2016 paper, Isola and his colleagues showed how a new type of GAN could transform a hand-drawn shoe into its fashion-photo equivalent, or turn an aerial photo into a grayscale map. Later, the researchers showed how landscape photos could be reimagined in the impressionist brushstrokes of Monet or Van Gogh. Isola, who is now Bonnie and Marty (1964) Tenenbaum Career Development Assistant Professor in EECS, continues to explore what GANs can do. 

GANs work by pairing two neural networks, trained on a large set of images. One network, the generator, outputs an image patterned after the training examples. The other network, the discriminator, rates how well the generator’s output image resembles the training data. If the discriminator can tell it’s a fake, the generator tries again and again until its output images are indistinguishable from the examples. When Isola first heard of GANs, he was experimenting with nearest-neighbor algorithms to try to infer the underlying structure of objects and scenes.

GANs have an uncanny ability to get at the essential structure of a place, face, or object, making structured prediction easier. Introduced five years ago, GANs have been used to visualize the ravages of climate change, produce more realistic computer simulations, and protect sensitive data, among other applications.

To connect the growing number of GAN enthusiasts at MIT and beyond, Isola has recently helped to organize GANocracy, a day of talks, tutorials, and posters being held at MIT on May 31 that is co-sponsored by the MIT Quest for Intelligence and MIT-IBM Watson AI Lab. Isola recently spoke about the future of GANs.

Q: Your image-to-image translation paper has more than 2,000 citations. What made it so popular?

A: It was one of the earlier papers to show that GANs are useful for predicting visual data. We showed that this setting is very general, and can be thought of as translating between different visualizations of the world, which we called image-to-image translation. GANs were originally proposed as a model for producing realistic images from scratch. But the most useful application may be structured prediction, which is what GANs are mostly being used for these days.

Q: GANs are easily customized and shared on social media. Any favorites among these projects?

A:#Edges2cats is probably my favorite, and it helped to popularize the framework early on. Architect Nono Martínez Alonso has used pix2pix for exploring interesting tools for sketch-based design. I like everything by Mario Klingemann; Alternative Face is especially thought-provoking. It puts one person’s words into someone else’s mouth, hinting at a potential future of “alternative facts.” Scott Eaton is pushing the limits of GANs by translating sketches into 3-D sculptures. 

Q: What other GAN art grabs you?

A: I really like all of it. One remarkable example is GANbreeder. It’s a human-curated evolution of GAN-generated images. The crowd chooses which images to breed or kill off. Over many generations, we end up with beautiful and unexpected images.

Q: How are GANs being used beyond art? 

A: In medical imaging, they’re being used to generate CT scans from MRIs. There’s potential there, but it can be easy to misinterpret the results: GANs are making predictions, not revealing the truth. We don't yet have good ways to measure the uncertainty of their predictions. I'm also excited about the use of GANs for simulations. Robots are often trained in simulators to reduce costs, creating complications when we deploy them in the real world. GANs can help bridge the gap between simulation and reality.

Q: Will GANs redefine what it means to be an artist?

A: I don't know, but it's a super-interesting question. Several of our GANocracy speakers are artists, and I hope will touch on this. GANs and other generative models are different than other kinds of algorithmic art. They are trained to imitate, so the people being imitated probably deserve some credit. The art collective, Obvious, recently sold a GAN image at Christie's for $432,500. Obvious selected the image, signed and framed it, but the code was derived from work by then-17-year-old Robbie Barrat. Ian Goodfellow helped develop the underlying algorithm. 

Q: Where is the field heading?

A: As amazing as GANs are, they are just one type of generative model. GANs might eventually fade in popularity, but generative models are here to stay. As models of high-dimensional structured data, generative models get close to what we mean when we say “create,” “visualize,” and “imagine.” I think they will be used more and more to approximate capabilities that still seem uniquely human. But GANs do have some unique properties. For one, they solve the generative modeling problem via a two-player competition, creating a generator-discriminator arms race that leads to emergent complexity. Arms races show up across machine learning, including in the AI that achieved superhuman abilities in the game Go.

Q: Are you worried about the potential abuse of GANs?

A: I’m definitely concerned about the use of GANs to generate and spread misleading content, or so-called fake news. GANs make it a lot easier to create doctored photos and videos, where you no longer have to be a video editing expert to make it look like a politician is saying something they never actually said.

Q: You and the other GANocracy organizers are advocating for so-called GANtidotes. Why?

A: We would like to inoculate society against the misuse of GANs. Everyone could just stop trusting what we see online, but then we’d risk losing touch with reality. I’d like to preserve a future in which “seeing is believing.” Luckily, many people are working on technical antidotes that range from detectors that seek out the telltale artifacts in a GAN-manipulated image to cryptographic signatures that verify that a photo has not been edited since it was taken. There are a lot of ideas out there, so I’m optimistic it can be solved.

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Thursday, May 30, 2019 - 5:30pm

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The EECS faculty member and image-translation pioneer discusses the past, present, and future of generative adversarial networks, or GAN

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CSAIL's first-ever TEDxMIT event features EECS faculty members

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CSAIL Director and EECS Professor Daniela Rus. Photo: Jason Dorfman/CSAIL

Adam Conner-Simons | Rachel Gordon | CSAIL

MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) was the scene of a special TEDx event featuring an all-female line-up of MIT scientists and researchers — including several from EECS — who discussed cutting-edge ideas in science and technology.

TEDxMIT speakers included roboticists, engineers, astronomers, and policy experts, including former White House chief technology officer Megan Smith ’86 SM ’88 and MIT Institute Professor Emerita Barbara Liskov, winner of the A.M. Turing Award, often described as the “Nobel Prize of computing.”

From astrophysics Professor Nergis Mavalvala’s work on gravitational waves to Associate Provost and materials-science Professor Krystyn Van Vliet’s efforts to improve cell therapy, the afternoon was filled with energizing and historic success stories of women in STEM.

In an early talk, Julie Shah, an associate professor of aeronautics and astronautics (AeroAstro), touched on the much-discussed narrative of artificial intelligence and job displacement, and how that relates to her own work creating systems that she described as “being intentional about augmenting human capabilities.”She spoke about her efforts developing robots to help reduce the cognitive burden of overwhelmed workers, like the nurses on labor wards who have to make hundreds of split-second decisions for scheduling deliveries and C-sections.

“We can create a future where we don’t have robots who replace humans, but that help us accomplish what neither group can do alone,” said Shah, who leads CSAIL's Interactive Robotics Group.

CSAIL Director Daniela Rus spoke of how computer scientists can inspire the next generation of programmers by emphasizing the many possibilities that coding opens up. “I like to say that those of us who know how to ... breathe life into things through programming have superpowers,” said Rus, also Andrew (1956) and Erna Viterbi Professor of Electrical Engineering and Computer Science.

Throughout the day, scientists showed off technologies that could fundamentally transform many industries, from Aero/Astro Professor Dava Newman's prototype Mars spacesuit to EECS Associate Professor Vivienne Sze’s low-power processors for machine learning.

Judy Brewer, director of the World Wide Web Consortium’s Web Accessibility Initiative, discussed the ways in which the web has made the world a more connected place for those with disabilities — and yet, how important it is for the people who design digital technologies to be better about making them accessible.

“When the web became available, I could go and travel anywhere,” said Brewer, who is also a principal research scientist in CSAIL. "There’s a general history of excluding people with disabilities, and then we go and design tech that perpetuates that exclusion. In my vision of the future everything is accessible, including the digital world.”

Liskov, a long-time EECS faculty member, captivated the audience with her tales of the early days of computer programming. She was asked to learn Fortran on her first day of work in 1961 — having never written a line of code before.

“I didn’t have any training,” she said. “But then again, nobody did.”

In 1971, Liskov joined MIT, where she created the programming language CLU, which established the notion of “abstract data types” and laid the groundwork for languages like Java and C#. Many coders now take so-called “object-oriented programming” (OOP) for granted: She wryly reflected on how, after she won the Turing Award, one internet commenter looked at her contributions to data abstraction and pointed out that “everybody knows that, anyway.”

“It was a statement to how much the world has changed,” she said with a smile. “When I was doing that work decades earlier, nobody knew anything about [OOP].”

Other researchers built off of Liskov’s remarks in discussing the birth of big data and machine learning. EECS Professor Ronitt Rubinfeld spoke about how computer scientists’ work in sublinear time algorithms has allowed them to better make sense of large amounts of data, while Hamsa Balakrishnan, an AeroAstro professor and associate department head, spoke about the ways in which algorithms can help systems engineers make air travel more efficient.

The event’s overarching them was to highlight examples of female role models in a field where they’ve often been overlooked. Professor Paula Hammond, head of MIT’s Department of Chemical Engineering, touted the fact that more than half of undergraduates in her department this year were women. Rus urged the women in the audience, many of whom were MIT students, to think about what role they might want to play in continuing to advance science in the coming years.

“To paraphrase our hometown hero, President John F. Kennedy, we need to prepare [women] to see both what technology can do for them — and what they can do for technology,” Rus said.

Rus led the planning of the TEDxMIT event alongside MIT research affiliate John Werner and student directors Stephanie Fu and Rucha Kelkar, both first-years.

For related content, including a slideshow, visit the MIT News website.

 

 

 

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Friday, May 31, 2019 - 5:15pm

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Professor Daniela Rus and several other speakers — all women — discussed everything from gravitational waves to robot nurses.

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EECS PhD student and entrepreneur named to "Forbes 30 Under 30 Asia" list

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Nelson X. Wang, EECS PhD student

EECS Staff

It's been memorable couple of months for EECS graduate student Nelson Xuntuo Wang.

First, Forbes named Wang to its fourth annual “30 Under 30 in Asia” list of young entrepreneurs and innovators. Wang, who co-founded a high-tech clean-energy startup, was recognized in the Industry, Manufacturing, and Energy category.

Then, a few weeks later, Wang’s company, CZAR-POWER (“CZAR” stands for “carbon zero advanced research”) received $250,000 in a business competition run by the Massachusetts Clean Energy Center’s (MassCEC’s) InnovateMass program. The Cambridge-based company will use the funds “to implement a high-efficiency smart, solar canopy-powered EV [electric-vehicle] charger with the ability to seamlessly integrate solar generation and grid power,” the agency announced at the time.  

Wang co-founded CZAR-POWER with researchers from MIT, Tsinghua University in Beijing, China, and Kettering University (formerly the General Motors Institute). Co-founders included EECS Professor James L. Kirtley Jr., who is now chairman of the company’s advisory board. CZAR-POWER is working closely with Eversource, a major New England utility, to build a solar-power fast-EV-charging station, an effort Wang describes as “a multi-billion-dollar market opportunity.”

Wang received bachelor’s degrees in electrical engineering from the University of Michigan and Kettering University, then earned a master’s degree in EECS from MIT. He received an Irwin Mark Jacobs (1957) and Joan Klein Jacobs Presidential Fellowship from MIT.

Before launching CZAR-POWER, he worked on energy-related research projects with the U.S. Department of Energy, Magna International, Chrysler, and the former Masdar Institute of Science and Technology in the United Arab Emirates. He has co-authored several international journal and conference papers, judged or reviewed 35 papers for major journals, and filed for patents on five inventions.

 

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Friday, May 31, 2019 - 6:00pm

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Nelson X. Wang's clean-energy company also received major funding from a Massachusetts economic-development agency.

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SuperUROP scholars share the results of their real-world research

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SuperUROP Showcase Slideshow 2019

Slideshow: SuperUROP Showcase and year-end reception. All photos: Gretchen Ertl

By Stephanie Schorow | EECS Contributor

A walk through the spring poster sessions of the 2018-2019 Advanced Undergraduate Research Opportunities Program (better known as SuperUROP) in the Stata Center offered a glimpse into the curiosity, creativity, and technical know-how of nearly 130 MIT undergraduates.

The SuperUROP Showcase featured projects that could provide the world with new options for renewable energy or help children illustrate stories they imagine. Software ranged from tools that would translate sign language from moving hands to programs that could detect gerrymandering and generate nonpartisan district voting maps. Other projects looked at ways to aggregate data from the internet without violating privacy and how to engineer plants to glow in the dark as an alternative light source.

 In the two high-energy sessions on April 25, students described how their yearlong projects — all supervised by faculty members or researchers — would actually work. With formulas, graphs, charts, maps, photos, and text projected on electronic posters, the presenters held lively conversations with fellow students, professors, and visitors all afternoon. The showcase was immediately followed by Masterworks, a similar session representing master’s-thesis research conducted by current EECS students and recent graduates – nearly half of whom were SuperUROP scholars as undergraduates.

SuperUROP Showcase

As he does every year, Charles E. Leiserson, Edwin Sibley Webster Professor of Computer Science and Engineering, strolled through the showcase, viewing one presentation after another. “You go around and feel the energy and the brilliance of our students,” said Leiserson, who has supervised several SuperUROP scholars over the years. “I think it’s pretty diverse collection of posters.”

Among the first undergraduates to take her station was EECS senior Sydney Gibson, who was more than happy to talk about her research project titled “Validating a New Method for Formally Verifying Go Programs,” something that would be simpler and easier for the typical developer to use.

“It’s nice to figure out how to communicate the work that I have done to an unfamiliar audience, but it’s definitely a challenge that feels somewhat orthogonal to the actual research I’m doing,” Gibson said. “But overall, it’s enjoyable.”

Unlike traditional one-term UROPs, SuperUROP projects span the entire academic year and include a two-term class on conducting and presenting research, including writing journal-style papers and learning to explain or “pitch” research in a condensed format. When launched in 2012, SuperUROP was open only to EECS students, but the program was later expanded to include other students from throughout the School of Engineering and beyond. For the second year, thanks to a generous contribution from an anonymous donor, SuperUROP was also open to students conducting projects combining computer science and the humanities, arts, or social sciences.

Haripriya Mehta’s personal love of writing fiction writing helped guide the EECS junior to her SuperUROP project titled “Paper Dreams: Deep Learning Story Board Interface.” Paper Dreams is a creative storytelling application, responsive to both voice and sketches, even those rendered by children. Draw a dinosaur and the software recognizes it’s a dinosaur. Write “Zoo in a City” and the program will generate an illustration.  “It’s like a bedtime story but children are creating their own story,” Mehta said. Adults may find it useful as well, she noted.

Several students focused on energy issues, including Wenyu Ma, a senior in mechanical engineering. Her passion for renewal energy and her interest in modeling drove her to examine the impact of renewable energy generation on natural gas infrastructure. This would predict the price of natural gas, used to fill in gaps from wind and solar power that are volatile due to changing patterns.

Jesse J. Hinricher, a senior in chemical engineering, tackled the one of the most vexing solar-energy issues: how to store daytime energy for use at night. “The goal of my project is to enable renewal energy generation by reducing the cost of grid-scale energy storage,” he explained in an expertly worded “pitch.” For his project, “Exploration of Alkaline Permanganate-Polysulfide Aqueous Redox Flow Batteries for Low-Cost Energy Storage,” he examined low-cost alternatives to the expensive material currently used in batteries, which could make solar energy more cost-efficient. 

Naomi S. Bright, also a ChemE senior, examined how the lipids in micro algae could be more efficiently produced for diesel fuel. “The cool thing about my project (“Optimization of Micro Algae for Lipid Production”) is that it combined different things I’m interested in: energy and biological work,” she said.

EECS senior Fernando Andre Ortiz-Soto’s SuperUROP project could have been ripped from the political headlines: “An Optimization-Based Approach to Districting and Gerrymandering.” He explained the project this way: “Right now, the way districting plans are made is very opaque — not at all transparent,” he said. “What I give users the ability to do is make a simple equation or function that takes on a certain value for a map.” Scoring to that map metric would prevent lawsuit-generating “monstrosities” such as the district maps for North Carolina and Florida, which Ortiz-Soto gleefully pointed to on his poster. His program would create more compact, contiguous voting districts. He hopes policy makers will take note.  

While EECS junior Collin Potts doesn’t like public speaking, he admitted that he enjoys the conversations he was having about his project “Generating Language from Wikipedia for Question Answering.” He fielded numerous questions:  “What motivates this model you’re using?” “Why did you make these decisions?” “How did that improve things?”

He found the inquiries useful. “When you care about your project you like thinking about it and then people come up and ask questions and you’re like, ‘Oh man, I haven’t thought about that,’” he said. “That’s a different way of looking at a problem.”

Students praised SuperUROP for expanding their horizons on subjects they might not otherwise explore and giving them increased responsibility. “It’s been a good experience; you get good feedback from your [teaching assistant],” said EECS senior Endrias Kahssay, who examined the challenge of increasing memory while maintain performance in his project on “Optimizing Cilksan.”

For her last undergraduate year, ChemE senior Sarah Coleman “wanted to do something really cool and that would scare me a bit.” She got the chance with her project, “Increasing Afterglow Time of the Light-Emitting Plant,” where she worked with nano material for the first time. The project goal is to engineer plants that could glow in the dark. Picture a room lit by houseplants. “We are pretty far from that,” Coleman admitted. “But it would be kind of cool.”

During SuperUROP, students learn another key skill: condensing their research into a poster. “A poster is always challenging because you have limited real estate to show all that you are doing,” Mehta said.

Such experiences underscore the value of the program’s high-level approach, faculty and administrators say. “SuperUROP provides a real-world research experience for our undergraduates,” noted Anantha Chandrakasan, dean of the School of Engineering and Vannevar Bush Professor of Electrical Engineering and Computer Science, who launched SuperUROP when he was EECS department head in 2012. “It’s always impressive to see how much they accomplish in a relatively short time, and to see them learn skills that they'll continue to use in their future studies and careers."

Over the past seven years, hundreds of undergraduates have engaged in graduate-level research thanks to SuperUROP, said current EECS department head Asu Ozdaglar, School of Engineering Distinguished Professor of Engineering. “It’s been exciting to see them engage in their projects and then take what they’ve learned with them into graduate school, start-ups, or jobs in industry,” she said.

More than 20 students’ presentations earned awards this year. Students picked up their certificates for completing SuperUROP at a celebration a few weeks after the showcase.

Masterworks

After two SuperUROP afternoon sessions, nearly 40 graduate students participated the 2019 EECS Masterworks 2019 session, discussing research that ranged from designs for a terahertz chip-scale molecular clock, to advanced robotics and implantable devices. (This related content includes a slideshow of Masterworks highlights and a list of participants who won prizes for their posters).

Many Masterworks participants had participated in SuperUROP as undergraduates – and considered valuable training. “SuperUROP allowed me to get some experience in the amount of rigor that’s required by this research,” said Zareen Choudhury, a graduate student in the Computer Science and Artificial Intelligence Laboratory (CSAIL), who was presenting her poster on Internet of Things  tracking devices.  “Even if you’re doing a normal UROP, you don’t end up spending as much time on it. You’re not able to invest yourself and dive as deeply. So SuperUROP gave me a bit of a step up.”

 

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Thursday, May 23, 2019 - 12:30pm

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A high-energy poster session caps off a year dedicated to hands-on science and technology projects.

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The tenured engineers of 2019

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(L to R) EECS Professors Mądry, Williams, and Sanchez

School of Engineering

MIT has granted tenure to 17 School of Engineering faculty members, including three from EECS: Aleksander Mądry, Daniel Sanchez, and Virginia Vassilevska Williams.

“The tenured faculty in this year’s cohort are a true inspiration,” said Anantha Chandrakasan, dean of the School of Engineering and Vannevar Bush Professor of Electrical Engineering and Computer Science. “They have shown exceptional dedication to research and teaching, and their innovative work has greatly advanced their fields.”

Following are details about the newly tenured EECS faculty members, who are also principal investigators in in MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL).

Aleksander Mądry studies topics ranging from developing new algorithms using continuous optimization, to combining theoretical and empirical insights, to building a more principled and thorough understanding of key machine learning tools. A major theme of his research is rethinking machine learning from the perspective of security and robustness.

Before joining the MIT faculty in 2015, Madry was an assistant professor of computer science at École polytechnique fédérale de Lausanne (EPFL) and a postdoctoral researcher at Microsoft Research New England. Among other awards and honors, he has received the Presburger Award from the European Association for Theoretical Computer Science (EATCS), a Google Research Award, a Sloan Research Fellowship, and an NSF CAREER Award. He received a PhD in computer science from MIT in 2011.

Daniel Sanchez works on computer architecture and computer systems with an emphasis on large-scale multi-core processors, scalable and efficient memory hierarchies, architectures with quality-of-service guarantees, and scalable runtimes and schedulers. He joined the MIT faculty in 2012.

Awards and honors include, among others, three Google Faculty Research Awards, and an NSF CAREER Award. He received several IEEE Micro “Top Picks from the Computer Architecture Conferences” awards and was inducted in the Micro Hall of Fame in 2018. He received a PhD in electrical engineering from Stanford University in 2012.

Virginia Vassilevska Williams is the Steven and Renee Finn Career Development Associate Professor. She applies combinatorial and graph theoretic tools to develop efficient algorithms for matrix multiplication, shortest paths, and a variety of other fundamental problems. Her recent research is centered on proving tight relationships between seemingly different computational problems. She is also interested in computational social choice issues, such as making elections computationally resistant to manipulation.

Before joining the MIT faculty in 2017, she was an assistant professor and research associate at Stanford, an assistant research engineer at the University of California at Berkeley, and a postdoctoral scholar at UC Berkeley and the Institute for Advance Study. Among other honors, she has received a Sloan Research Fellowship, an NSF CAREER Award, and a Hoover Fellowship from Stanford. In 2018, she was an invited lecturer at the International Congress of Mathematicians, and she was a technical co-chair for Rising Stars in EECS at MIT. She received a PhD in computer science from Carnegie Mellon University in 2008.

For a full list of the School of Engineering’s newest tenure tenured associate professors, please visit the MIT News website.

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Tuesday, June 4, 2019 - 2:45pm

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Three EECS associate professors are among 17 in the School of Engineering who have been granted tenure.

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Congratulations, 2019 EECS doctoral graduates!

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Photo: Gretchen Ertl

The EECS community gathered on June 6, 2019, to celebrate its newest group of doctoral graduates.

The department awarded 77 doctorates during the 2018-2019 academic year. Many attended the annual Investiture of Doctoral Hoods and Degree Conferral ceremony at Killian Court. The following reception at the Stata Center included the annual celebratory cap toss.

An EECS slideshow is coming soon. Meanwhile, see full coverage of the day's events at MIT News.

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Thursday, June 6, 2019 - 5:30pm

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At MIT doctoral ceremony, a strong call to provide opportunity for all

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Biochemist and guest speaker Squire Booker '94. Photo: Dominick Reuter

Editor's Note: For additional content from the 2019 doctoral ceremony, including a video of this address,visit the MIT News website and view this EECS slideshow.

While congratulating MIT’s doctoral graduates at Thursday's ceremony, Booker also urged them to give back to society and to take responsibility for helping others accomplish their own goals — however daunting those goals, such as a PhD, may seem.

“Almost anyone can excel if given the chance,” Booker said. “Take advantage of opportunities, and make the most of them. But also, work to provide opportunities for others. That’s how you will grow as a future leader.”

Reflecting on his own trajectory, from a childhood when he knew no one working in the sciences to a career on the front lines of discovery, Booker called himself “just an average guy from southeast Texas, no different than anyone else.” But he said new opportunities had “made all the difference” in his career. One key moment of opportunity, Booker said, was his graduate training at the Institute.

“MIT gave me my first real opportunity to explore scientific research and realize my passion for discovery and working with people from all over the world to solve problems,” Booker said. He credited his mentors with “helping me to achieve goals that I didn’t even know existed when I undertook this journey, or that I didn’t even have for myself. I can honestly say my cup runneth over today.”

Booker is the Evan Pugh Professor of chemistry and of biochemistry and molecular biology and Eberly Family Distinguished Chair in Science at Penn State University. He is also an investigator with the Howard Hughes Medical Institute, and in April of this year was elected to the National Academy of Sciences.

During his career, Booker has conducted significant research uncovering the ways enzymes catalyze reactions within cells, a line of work with applications ranging from medicine to biofuels.

The ceremony honors graduate students who have earned their doctoral degrees within this academic year. It was held this year in MIT’s Killian Court, where a large audience of family members and friends filled the seats. Killian Court is also the site of Friday’s 2019 Commencement exercises.

Graduates from 26 departments, programs, and centers at the Institute, as well as MIT’s joint program with the Woods Hole Oceanographic Institution, received degrees on Thursday. MIT faculty — who wear the brightly colored formal garb of the universities where they received their own doctorates — placed doctoral hoods, a part of the formal academic clothing, over the shoulders of the new graduates. 

In his remarks, Booker said he shared the experience this year’s doctoral graduates have gone through, and understood how hard they have worked at the Institute.

“I don’t just imagine the blood, the sweat, the tears, and the immense amount of time that you put into arriving at this point in your careers and your lives,” Booker said. “I actually experienced it firsthand as a graduate student here at MIT between 1987 and 1994.” He cited his graduate advisor, JoAnne Stubbe, as an important influence on his career.

Booker infused his remarks with self-deprecating humor, joking that he first thought MIT had ask him to speak by mistake. But he also spoke earnestly about the serious hurdles he had faced in his life.

Booker grew up in what he described as a segregated environment in Beaumont, Texas. He noted that it was not uncommon for him to hear teachers make disparaging remarks about the abilities of African-Americans, adding, “A career in science was about as likely as winning the lottery … largely because there were no role models.”

Raised by a grandmother with the help of three uncles, Booker earned his undergraduate degree in chemistry at Austin College in Sherman, Texas, and first came to MIT in 1986, as part of the Institute’s MIT Summer Research Program, which now supports 40 interns every year from underrepresented backgrounds.

That stint at MIT helped lead Booker to enter the graduate program, where he studied biochemistry. It also gave him a greater awareness of the travails of black scientists who had gone before him — partly through the work of MIT’s Kenneth Manning, the Thomas Maloy Professor in Rhetoric, whose 1983 book, “Black Apollo of Science: The Life of Ernest Everett Just,” chronicled the life of a pioneering black researcher excluded from American academia.

In his speech, Booker outlined the lives of both Just and Percy Lavon Julian, an innovative 20th-century African-American research chemist who also spent decades excluded from a conventional professorship in academia.

“We’re still trying to recover from the bigotry and misogyny of the past, some of which still exist,” Booker said. In that vein, he noted, in 2008, he became the first African-American professor in Penn State’s chemistry department.

"That it took so long is completely tragic,” said Booker, observing that countless talented people had been excluded from promising careers and fulfilling lives as a result of prejudice.

“America’s strength is its people,” Booker said. “And there is so much untapped potential in people who have been traditionally disenfranchised, including people of color, women, the LGBTQ community, and the differently abled.”

At the same time, Booker added, “In fact, first-generation white students, or students from modest socioeconomic backgrounds, are the ones that I have impacted the greatest, directly, at Penn State. And you can’t imagine how appreciative they have been to have been given the chance, and some direction.”

Booker was introduced by MIT Chancellor Cynthia Barnhart SM ’86, PhD ’88, the Ford Foundation Professor of Engineering, who briefly delivered her own remarks to the graduates.

“Today is about honoring the accomplishment and success of all of you, our doctoral candidates,” Barnhart said. “Congratulations. Each and every one of you have succeeded. … You were curious and creative, determined to problem-solve, to collaborate, and to innovate.”

Barnhart also called the doctoral hooding ceremony a “delightfully hopeful moment where infinite possibilities stretch out in front of you,” and asked the graduates to rise in appreciation of their friends and families who have supported their efforts.

This is the fifth year in a row that MIT’s doctoral hooding ceremony has had a keynote speaker — who is annually drawn from the ranks of past MIT doctoral graduates. Booker was chosen with input from the MIT community.

The festive, bright regalia of the doctoral ceremony represents a mix of old traditions and recent changes. Formal academic wear, at least of the kind seen at commencement ceremonies, dates to the 1400s, if not earlier. However, American universities did not agree to standards for such gowns and hoods until 1893.

At MIT, the doctoral degree robes were redesigned as recently as 1995. MIT gowns feature a silver-gray robe with a cardinal red velvet front panel, and are embellished by cardinal red velvet bars on the sleeves. Additional color markings signify whether graduates have received the Doctor of Philosophy degree (PhD) or the Doctor of Science degree (ScD). Silver-gray academic caps complement the gowns. The doctoral hoods are an accessory to the main robe ensemble.

After Barnhart’s introductory remarks and Booker’s speech, all doctoral graduates had their names announced as they walked across the stage one by one. The newly minted degree holders then had the hoods draped over their shoulders by their department or program heads.

The names of all the new doctoral degree holders were read aloud, one after another, by two MIT staff members: Monica Lee, a senior communications officer in the Department of Facilities; and Steven M. Lanou, a project manager in the Office of Sustainability.

 

 

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Friday, June 7, 2019 - 6:00pm

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Biochemist Squire Booker PhD ’94 says MIT’s new doctoral graduates will “grow as future leaders” by giving back.

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MIT class of 2019 witnesses $500 million climate pledge

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Michael Bloomberg announced the Beyond Carbon initiative at MIT's 2019 Commencement. Photo: Dominick Reuter

Editor's Note: For additional content from the 2019 Commencement ceremony, including a video of this address,visit the MIT News website.

In his Commencement address to the MIT graduating Class of 2019, entrepreneur, engineer, and former New York mayor Michael Bloomberg announced a landmark pledge to combat climate change: a $500 million investment in a program called Beyond Carbon.

Referring to the 50th anniversary this year of humankind’s first landing on the moon — made possible in part through an MIT-developed guidance system — Bloomberg said his new initiative aims for a total shift to clean energy sources “as expeditiously as possible” and amounts to a kind of moonshot for today’s generation. “I hope that you will all become part of it,” he told the MIT audience.

“All of you are part of an amazing institution that has proven — time and time again —that human knowledge and achievement is limitless. In fact, this is the place that proved moonshots are worth taking,” he said.

Bloomberg added that “I hope you will carry with you MIT’s tradition of taking — and making — moonshots. Be ambitious in every facet of your life. … Because just trying to make the impossible possible can lead to achievements you never dreamed of. And sometimes, you actually do land on the moon.”

He delivered his address under a cloudless sky in MIT’s Killian Court, where this week 1,086 undergraduate students and 1,368 graduate students received their degrees, at the Doctoral Ceremony on June 6 and the Commencement exercises on June 7.

“The challenge that lies before you — stopping climate change — is unlike any other ever faced by humankind,” Bloomberg said. “The stakes could not be higher.”

The new initiative announced today, Bloomberg said, would have four components.

“First, we will push states and utilities to phase out every last U.S. coal-fired power plant by 2030 — just 11 years from now.” He stressed that he knows this is possible, because the country is already more than halfway there, with 289 coal plants closed since 2011, when he joined with the Sierra Club for an initiative called Beyond Coal. “A decade ago no one would have believed that we could take on the coal industry and close half of all U.S. plants. But we have,” he said.

In places where jobs are being lost, Beyond Carbon intends to support local organizations working to spur economic growth and retrain workers for jobs in growing industries, Bloomberg said.

The initiative’s second component is to stop the construction of new gas plants. “By the time they are built, they will already be out of date — because renewable energy will be cheaper,” he said, noting that in many parts of the country this is already the case. “We don’t want to replace one fossil fuel with another. We want to build a clean energy economy — and we will push more states to do that,” he said.

Third, he said, “we will support our most powerful allies — governors, mayors, and legislators — in their pursuit of ambitious policies and laws, and we will empower the grassroots army of activists and environmental groups that are currently driving progress state-by-state.”

And finally, because climate change is currently a political problem, not a scientific or technological one, Bloomerg said, the initiative will be engaged in elections across the country. “At least for the foreseeable future, winning the battle against climate change will depend less on scientific advancement and more on political activism. … Our message to elected officials will be simple: Face reality on climate change, or face the music on election day,” he said.

While many people think of tackling climate change as something that will require personal and financial sacrifice, Bloomberg took the opposite view: “We intend to succeed not by sacrificing things we need, but by investing in things we want: more good jobs, cleaner air and water, cheaper power, more transportation options, and less-congested roads.”

Bloomberg said that “I believe we will succeed again — but only if one thing happens and that is: You have to help lead the way by raising your voices, by joining an advocacy group, by knocking on doors, by calling your elected officials, by voting, and getting your friends and family to join you.”

Following Bloomberg’s address, Peter Su, president of the MIT Graduate Student Council, gave remarks emphasizing the great variety of people and programs embodied in MIT. He told the graduates that as they go about their new careers, “if we’re all going to truly build a better world, we’ll need that diversity of perspectives, and the willingness and ability to work together across disciplines.”

Su urged the graduates to take time to focus not just on the technical and business aspects of their careers or the projects they are working on, but to “consider also the social and ethical implications, and how your fellow human beings, as both individuals and as society, will react and respond.”

Trevor McMichael, president of the Class of 2019, also addressed the graduates, urging them to keep in touch with each other as they began their new lives after graduation. “If someone is important to you, do not let them go. Call them. Plan to meet them. Go the extra mile for them. Because if they helped you through this wild journey called MIT, that is a person worth holding onto,” he said.

MIT President L. Rafael Reif, in his charge to the graduating class, echoed the importance of taking action to make the world better. “After you depart for your new destinations, I want to ask you to hack the world — until you make the world a little more like MIT: More daring and more passionate. More rigorous, inventive and ambitious. More humble, more respectful, more generous, more kind. And because the people of MIT also like to fix things that are broken, as you strive to hack the world, please try to heal the world, too.”

Reif too alluded to the Apollo 11 moon landing and MIT’s role in it. Referring to the alumni present from MIT’s class of 1969, who were sporting the signature red jackets worn by graduates who have celebrated their 50th reunion, he said, “I believe our 1969 graduates might all agree on the most important wisdom we gained from Apollo: It was the sudden, intense understanding of our shared humanity and of the preciousness and fragility of our blue planet. Fifty years later, those lessons feel more urgent than ever. And I believe that, as members of the great global family of MIT, we must do everything in our power to help make a better world.”

In that spirit, he said, “So now, go out there. Join the world. Find your calling. Solve the unsolvable. Invent the future. Take the high road. Shoot for the moon!”

 

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Friday, June 7, 2019 - 6:15pm

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Michael Bloomberg announces new Beyond Carbon initiative in his Commencement address.

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MIT President L. Rafael Reif challenges the Class of 2019

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MIT President L. Rafael Reif addresses the Class of 2019. Photo: Dominick Reuter

Editor's Note: Following is the prepared text of the charge to the graduates by MIT President L. Rafael Reif for the Institute’s 2019 Commencement, held June 7, 2019. For a video of this address, visit the MIT News website.

MIT News Office

Thank you, Trevor!  And thank you, Mike, for your thoughtful and inspiring remarks.

To the graduates of 2019:  Congratulations!  My job today is to deliver a “CHARGE” to you… and I will get to that in a minute. But first, I want to recognize the people who helped you charge this far!

To everyone who came here this morning, to celebrate our graduates – welcome to MIT!

And to the parents and families of today’s graduates, a huge “Congratulations” to you as well!  This day is the joyful result of your loving support and sacrifice. Please accept our deep gratitude and admiration. 

(Now, graduates, for this next acknowledgment, I need your help. Over my left shoulder, there’s a camera. In a moment, I’m going to ask all of you to cheer and wave to it, all right? Just cheer and wave.  And I would love it if you make it… loud!!)

Next, I would like to offer a special greeting to all those who were not able to come to campus, but who are cheering-on today’s graduates online, from locations all over the globe. We are very glad to have you with us, too!

Now, graduates, this is the moment! Please cheer and wave! Now, wait. I’m pretty sure you have taken physics and electricity – so you know something about amplification.
So let’s try this again.  (And remember … I still have your diplomas!)

So one more time – let’s cheer and wave!

It is great to have all of you here on Killian Court, on this wonderful day, for this tremendously important occasion.

But before we send our new graduates out into the world, first, I must beg your indulgence, on behalf of… my wife. Christine Reif is a wonderful person. (And she’s sitting right there.) But she has one weakness: She is crazy about astronauts, and about outer space.

July 20th of this year marks 50 years since the first human walked on the Moon. For those of you graduating, I know this is ancient history – your parents’ history! Or even your grandparents’! So perhaps not all of you have been focused on the 50th anniversary of Apollo 11.

But because Mrs. Reif also loves the Institute, she has asked that, in addition to giving you a charge, I also prepare you for a mission.

In the next few weeks, you will encounter all sorts of Moon-landing hoopla. So she wants to make sure that every one of you is well-equipped with precisely engineered conversation deflectors. That way, when people start talking on and on about NASA, and Houston, and the great vision of President Kennedy, you can steer the discussion right back to MIT.

So to do this, I’m going to give you one final little prep quiz.  I read the question…and you fill in the blank, OK? (And please make it loud!) 

(And to the parents and grandparents: Texting them the answers is not allowed!)

Ready? 

QUESTION ONE:

In 1961, NASA realized that the Moon-landing required the invention of a computer-guidance-system that was miniaturized, foolproof and far more powerful than any the world had ever seen. So NASA did not call Harvard. NASA called ____________ [“MIT!”]

I knew you would be good at this!

QUESTION TWO:

The first person to walk on the Moon was a man. But at MIT, among the very first programmers hired for the Apollo project was not a man, but a ____________ [“Woman!”]

A woman! You got it!  Her name is Margaret Hamilton. She played a key role in developing the software that made the moon-landing possible. By the way, Margaret Hamilton was also one of the first to argue that computer programming deserved as much respect as computer hardware. So she insisted on describing her work with a brand-new term: “software engineering.”  

OK, just one more.

QUESTION THREE:

The second person to walk on the moon was Buzz Aldrin. Buzz was the first astronaut to have a doctoral degree, and he earned it from the school that has produced more astronauts than any non-military institution. In fact, of the 12 humans who have walked on the moon, four graduated from that same institution…which is known by just three letters: [“MIT!”]  

You are brilliant!  I knew you could do it!  “The Beaver has landed!” Mrs. Reif, I believe they are ready.

As you prepare for lift-off, I would like to use the Apollo story to reflect on a few larger lessons we hope you learned at MIT… because the spirit of that magnificent human project speaks to this community’s deepest values…

and its highest aspirations.

The first lesson is the power of interdisciplinary teams. We live in a culture that loves to single-out heroes. We love to crown superstars.

As graduates of MIT, however, I expect you are already skeptical of stories of scientific triumph that have only one hero. You know by now that if you want to do something big, like detect gravitational waves in outer space, or decode the human genome, or tackle climate change, or finish an 8.01 pset before sunrise – you cannot do it without a team.

As Margaret Hamilton herself would be quick to explain, by 1968, the MIT Instrumentation Laboratory had 600 people working on the moon-landing-software. At its peak, the MIT-hardware-team was 400! And from Virginia to Texas, NASA engaged thousands more.

In short, she was one star in a tremendous constellation of talent. And together, those stars created something impossible for any one of them to create alone.

From your time at MIT, I trust all of you have experienced that feeling – of learning from each other, respecting each other, and depending on each other. And I hope that this instinct for sharing the work, and sharing the credit, is something you never forget.

The Moon-landing-story reflects many other MIT values. To seek-out bold ideas. To not be afraid of “impossible” assignments. And always, to stay humble (especially when it comes to the laws of nature!) The Apollo story also proves how much human beings can accomplish when we invest in research, and put our trust in science.

But the final lesson I want to emphasize is not technical, and it could not be more important for our time.

Just over on that side of Killian Court, showing off their spectacular red jacket, are more than 170 members of the Class of 1969. Apollo 11 landed on the Moon a few weeks after their MIT graduation. A number of them went on to work in fields that were greatly accelerated by progress from Apollo 11. (One of them is Irene Greif, the first woman to earn a Ph.D. in computer science from MIT!)

But I believe our 1969 graduates might all agree on the most important wisdom we gained from Apollo: It was the sudden, intense understanding of our shared humanity and of the preciousness and fragility of our blue planet.

Fifty years later, those lessons feel more urgent than ever. And I believe that, as members of the great global family of MIT, we must do everything in our power to help
make a better world. So it is in that spirit that I deliver my charge to you.

I’m going to use a word that feels very comfortable at MIT – although it has taken on a troubling new-meaning elsewhere. But I know that our graduates will know what I mean.

After you depart for your new destinations, I want to ask you to hack the world – until you make the world a little more like MIT: More daring and more passionate. More rigorous, inventive and ambitious. More humble, more respectful, more generous, more kind. 

And because the people of MIT also like to fix things that are broken, as you strive to hack the world, please try to heal the world, too. 

Our society is like a big, complicated family, in the midst of a terrible argument. I believe that one-way to make it better is to find ways to listen to each other, to understand our differences, and to work constantly to remind each other of our common humanity. I know you will find your own ways to help with this healing, too.

This morning, we share with the world nearly 3,000 new graduates who are ready for this urgent and timeless problem-set.

You came to MIT with exceptional qualities of your own. And now, after years of focused and intense dedication, you leave us, equipped with a distinctive set of skills and steeped in this community’s deepest values: A commitment to excellence. Integrity. Meritocracy. Boldness. Humility. An open spirit of collaboration. A strong desire to make a positive impact. And a sense of responsibility to make the world a better place.

So now, go out there. Join the world. Find your calling. Solve the unsolvable. Invent the future. Take the high road. Shoot for the Moon! And you will continue to make your family, including your MIT family, proud.

On this wonderful day, I am proud of all of you. To every one of the members of the graduating Class of 2019: Please accept my best wishes for a happy and successful life and career.  Congratulations!

 

 

Date Posted: 

Friday, June 7, 2019 - 6:30pm

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Reif urged graduates to not only hack the world, but to try to heal it as well.

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MIT Commencement 2019

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MIT's 2019 Commencement. Photo: Dominick Reuter

This week, 1,086 undergraduates and 1,905 graduate students received their MIT diplomas under sunny skies on Killian Court. The doctoral ceremony took place on June 6, followed by Commencement on June 7.

The EECS community celebrated its newest graduates following both events. See a slideshow of EECS images from the doctoral event. An EECS Commencement slide show is coming shortly.

Date Posted: 

Friday, June 7, 2019 - 6:45pm

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