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India experiences high levels of post-harvest food losses and of particular concern for the future is the loss of perishable produce such as fruit, vegetables, fish, meat and dairy. For two decades, Rebecca Richards-Kortum has focused on translating research that integrates advances in nanotechnology and molecular imaging with microfabrication technologies to develop optical imaging systems that are inexpensive, portable, and provide point-of-care diagnosis.
Microelectromechanical systems (MEMS) use micro-scale technology to design low-cost, reusable platforms for point-of-care (POC) diagnostics.
Richards-Kortum’s research has led to the development of 26 patents and more than 210 refereed research papers. Richards-Kortum is a Fellow of the American Institute for Medical and Biological Engineering (2000), and the recipient of the Presidential Young Investigator (1991) and Presidential Faculty Fellow (1992) awards from the National Science Foundation; and the Becton Dickinson Career Achievement Award from the Association for the Advancement of Medical Instrumentation (1992).
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Limited to currently enrolled Harvard undergraduates, the class brings together eminent Harvard researchers and world-class chefs.
A version of “Science and Cooking” is offered for credit through the Harvard Extension School.
Host Bill Nye discusses the great discoveries of astronomy that give insight and clues about our vast universe.
Team E-FIRE consists of graduated senior electrical engineer majors Derek Kenyon, John Marcao, Junhao Hua (Neil), Casey Pelkowsky and Nathaniel Michener. Three teams from BU competing in the fifth annual Intel-Cornell Cup earned top marks in the final round of the competition, more than any other competing university. E-FIRE, or Energetic Field Instrument using Radiated Electrons, took home the $1,500 cash prize for their entry, an instrument to measure high-energy electrons in space.
The competition, which alternates between live and online competition annually, followed an online format this year. Projects submitted by BU teams were completed by the end of March, fulfilling both a course requirement and a competition requirement with support from Associate Professor of Practice Alan Pisano (ECE) and the other ECE Senior Design Capstone supporting faculty members, Lecturer Osama Alshaykh and Senior Lecturer Babak Kia. The competition featured 16 teams selected from 146 applicants that hailed from around the globe, from China and Russia to Hungary and Colombia. In computing, performance is often measured by floating-point operations per second, or flops. Five of the applications were programmed to run on their own hardware setup, or cluster, to measure the number of flops it generated. Sunshine from the warm, cloudless day penetrated the air of excitement inside the Track and Tennis Center, where faculty, staff, family and friends gathered to celebrate the 63rd commencement of 350 undergraduate students from the College of Engineering on May 14. Lutchen also recognized the important role that family and friends played in supporting their graduates, noting that commencement was a celebration that was years in the making.
Moniz—who received an honorary Doctor of Laws degree at the university-wide commencement ceremony the next day—also noted that the newest generation of engineers must pick up the mantle to continue tackling some of society’s greatest challenges, from political discourse to climate change, by harnessing their education and skills acquired during their time at BU. Lutchen presented Department Awards for Teaching Excellence to Professor Hamid Nawab (ECE), Associate Professor of Practice William Hauser (ME) and to Assistant Professor Ahmad Khalil (BME), who also received Outstanding Professor of the Year Award.
Later in the afternoon, Dean Lutchen presented 200 Master’s degrees and presided over the hooding of 48 PhD students in the Fitness and Recreation Center. The first named endowed lecture in the history of the College of Engineering, the Charles DeLisi Award and Distinguished Lecture recognizes faculty members with extraordinary records of well-cited scholarship, and outstanding alumni who have invented and mentored transformative technologies that impact our quality of life. When Unlu arrived at BU in 1992, he was inspired by the collegial interdisciplinary environment, which led him to apply his background in electrical engineering and electromagnetic waves to developing innovative methods for biological imaging and sensing.
In developing his optical detection technology, he drew inspiration from, of all places, a soap bubble. Unlu extended this idea to develop his optical detection technology for single nanoscale particles, where the interference of light reflected from the sensor surface is modified by the presence of nanoparticles, producing a distinct signal that reveals the size of the particle that is otherwise not visible under a conventional microscope. The resulting technological development in biomarker analysis that Unlu has spearheaded is digital detection, an approach that counts single molecules, which provides resolution and sensitivity beyond the reach of ensemble measurements. In terms of next steps, Unlu and his team will continue to refine the technology for commercialization, including applying some of these findings to produce microarray chips that provide calibration and quality control in industry. To conclude his presentation, Unlu expressed his appreciation of the support he received from the College to foster collaboration, and to his students, mentors and family who helped him along the way. The DeLisi Lecture continues the College’s annual Distinguished Lecture Series, initiated in 2008, which has honored several senior faculty members. While certain instruments, like the guitar, have evolved to incorporate more exciting technological advancements to enhance performances, wind instruments have remained largely unchanged. Azer Bestavros, director of the Hariri Institute for Computing and Computational Science & Engineering (center), and the co-chairs of Hariri’s first BU Data Science Day, Prakash Ishwar (left) and Dino Christenson (right), were delighted by the large, cross-disciplinary crowd that came together to talk about how data science is transforming research. Not only that, but the data science geeks—faculty and students from physics, mathematics and statistics, computer science, electrical and computer engineering, systems engineering, biostatistics—were there with people from the humanities and the social sciences as well as from CAS, the Questrom School of Business, Sargent College of Health & Rehabilitation Sciences, the College of Engineering, the College of Communication, the School of Social Work, the School of Public Health, the School of Law, and the School of Medicine. For the next seven to eight hours, faculty, students, and staff connected through data science, brainstorming about its possibilities, reporting on how it was transforming their work in an astonishing array of disciplines—physics, neuroscience, health analytics, cancer research, genomics, the social sciences, marketing, law, even art history. Josee Dupuis (right), an SPH professor of biostatistics, fields an audience question after her talk about using large genomic data sets to understand the genetic architecture of diseases such as type 2 diabetes. Addressing the audience before lunch, Gloria Waters, vice president and associate provost for research, commended Bestavros for the interdisciplinary community of scholars he has assembled at the Hariri Institute.
At the event, 12 faculty panel speakers from multiple disciplines spoke for 10 minutes each about how their data-driven research related to one of three broad themes: vision, networks, and health, markets, and policy.
Kicking off the panel focused on vision and visual-data-driven research, Jodi Cranston, a CAS professor of Renaissance art, made the case for small data. Margrit Betke, a CAS professor of computer science, uses big data to help visually impaired people with things such as navigating busy intersections on foot, reading medication instruction labels, and setting the temperature control in their apartments. Betke ticked off a few of her other current collaborations: she and Stan Sclaroff, a CAS professor of computer science, are designing a machine-learning text recognition system. Johnson, whose research falls at the intersection of statistics, computing, biology, and medicine, said his two teenage sons deserved some of the credit for motivating his research. During a break, Bestavros noted the multitude of ways the speakers managed to collect the data for their research. From schools and colleges across the University, 26 students participated in the data science poster session.
Speaking of communication, 26 students from colleges and schools across the University—public health, medicine, engineering, business, communication, arts and sciences—participated in the day’s poster session. Commending Abi Hassan’s work, Bestavros said he hoped the day had demonstrated the importance of data science and education.
BU’s Electrical & Computer Engineering department draws renowned leaders of the field to present as part of the ECE Distinguished Lecture Series. Despite Fleetwood, Skadron and Etienne-Cummings’ varying research focuses, the trio has much in common.
Fleetwood kicked off this season’s series with a lecture entitled “Moore’s Law and Radiation Effects on Microelectronics” in September. The series continued with a lecture by Kevin Skadron, University of Virginia Department of Computer Science Chair and Harry Douglas Forsyth Professor.
Ralph Etienne-Cummings, Professor and Chair of Johns Hopkins University’s Department of Electrical and Computer Engineering, closed out this semester’s series in December.
Tagged American Physical Society Fellow, BMI, Body and Robotics”, Chair of Johns Hopkins University, Chair of Vanderbilt University, Daniel Fleetwood, I, IEEE Fellows, IEEE Nuclear and Plasma Sciences Society’s Merit Award, Johns Hopkins University’s Department of Electrical and Computer Engineering, Kevin Skadron and Ralph Etienne-Cummings, Moore’s Law and Radiation Effects on Microelectronics, Olin H.
BU Engineering seniors Dean De Carli (EE ‘16) and Mehmet Akbulut (ME ’16) served as the SEDS SpaceVision 2015 Chair of Programming and Chair of Operations. BU Engineering seniors Mehmet Akbulut (ME ‘16) and Dean De Carli (EE ‘16) spearheaded conference planning.
Akbulut oversaw logistics, registration, personnel, and general operations of the event while De Carli took charge of programming and speakers. The SEDS,  SpaceVision, Rocket Propulsion, and small satellite efforts at BU are all truly interdisciplinary and interdepartmental. The College of Engineering, Department of Electrical and Computer Engineering, Department of Mechanical Engineering and Center for Space Physics jointly sponsored the conference. It is the final frontier, finally crossed: the first space launch for eight-year-old BU Student-satellite for Applications and Training, overseen by Semeter (ENG’92,’97), an ENG professor of electrical and computer engineering.
ANDESITE sensors are DVD-sized boxes packed with electronics boards, and eight of them will hitch a ride on a NASA spacecraft that will spit them out roughly 280 miles above the Earth. In July, government representatives visited the students’ lab at the Engineering Product Innovation Center for a demonstration of how the sensors would deploy during an upcoming zero-gravity test flight, a nausea-inducing trial that previous BUSAT students have experienced firsthand. Earlier in the history of miniaturized satellites, “NASA didn’t give a rat’s ass” about them, Semeter says, with one official harrumphing, “Why would somebody who drives a Ferrari care about Matchboxes?” Then the National Science Foundation convinced NASA that solid science research could be done by mini-satellites.
Cody Nabong (ENG’15), ANDESITE’s project manager, joined BUSAT on a buddy’s recommendation after being stymied in his search for an internship.
If the foregoing sounds uber-Star Trek-y, BUSAT’s members include some liberal arts disciplines majors who came for graduate engineering study through BU’s LEAP (Late Entry Accelerated Program) initiative.
Alexandrea Mellen (from left) (photo by Dmellendesigns), John Moore (photo by Chris Welch Photography), and Artem Losev (photo by Alexandrea Mellen). The Square Reader, used by millions of businesses in the United States, could at one point be converted in less than 10 minutes into a skimmer that could steal and save credit card information, according to three recent ENG grads. Computer engineering grads Alexandrea Mellen (ENG’15), John Moore (ENG’15), and Artem Losev (ENG’15) discovered the vulnerability last year in a project for their Cybersecurity class, taught by Ari Trachtenberg, an ENG professor of electrical and computer engineering.“The beauty of the hardware attack itself was that there would be no sure way to know if it was the merchant with the Square Reader that actually took your information,” Mellen says. The trio also found that Square Register software could be hacked to enable unauthorized transactions at a later date. Moore, who was valedictorian of his ENG class, says the three reported the vulnerabilities to Square last fall, and the company quickly moved to close them. Moore says there is no evidence that either of the vulnerabilities has been used to scam credit card holders, but warns that the group’s findings raise red flags for the fast-growing mobile commerce field in general.


The three turned their class project into a paper that submitted to the Black Hat conference and waited two months before learning it had been accepted, which was a huge thing, “because Black Hat is the premiere information security conference in the world,” Mellen says.
The Square Reader mobile point-of-sale device is the small white object plugged into the iPad Mini in this photo. Trachtenberg says students have derived papers from class projects before, but none were undergraduates and none of the conferences have had the stature of Black Hat.
Vulnerabilities in payment software present more of an inconvenience than a financial risk, he says, at least for consumers who check their credit card statements regularly, because losses are generally covered by the credit card companies.
Square doesn’t disclose how many businesses use its software or how much revenue it derives by taking a small percentage of their transactions, but Bloomberg quoted one analyst as estimating that the company took in $300 million in merchant fees in 2013.
Mellen and Moore say they made Square aware of the two potential problems late last fall, and the company was receptive to their warning.
Through the winter and spring, Square staffers discussed possible solutions and their difficulties with Moore on a page on the HackerOne platform, and they eventually settled on a solution that would alert the company if the hack was ever used. Square did not respond in detail and declined to discuss specific solutions on the record with BU Today, but a spokesperson offered a statement: “With so many sellers relying on Square to run their business, we’ve made protecting them a priority. Moore says another lesson to draw from their experience has nothing to do with hackers or credit cards and everything to do with the classroom.
During this visit, Tim held meetings with Fellows and Members of the Institution based in Mumbai, including representatives of the Mumbai and Pune Committee of India Branch and Professor of Mechanical Engineering Milind Atrey (FIMechE) at IIT Bombay, one of the most prestigious higher education establishments in India, who specializes in cryogenic engineering.
Fox described the engineering of a new technology from the UK that innovatively uses liquid nitrogen and the novel Dearman cryogenic engine for the provision of zero emissions refrigerated food transport and discussed how this could get started using existing industrial gases infrastructure within India. Case studies illustrating the innovation, evaluation and scale-up of high-performance, low-cost technologies will be presented with a focus on: maternal and neonatal health.
This basic and translational research is highly collaborative and has led to new technologies to improve the early detection of cancers and other diseases, especially in impoverished settings. When used with contrast agents, these rugged and portable optical imaging systems detect molecular signatures of pre-cancer, assess tumor margins, and monitor a patient’s response to therapy.
Her teaching programs, research and collaborations have been supported by generous grants from the National Cancer Institute, National Institutes of Health, National Science Foundation, U.S. She has been named a Howard Hughes Medical Institute (HHMI) Professor (2002); received the Sharon Keillor Award for Women in Engineering Education (2004) and Chester F.
Paulson School of Engineering and Applied Sciences (SEAS) and the Alicia Foundation developed a General Education science course, “Science and Cooking: From Haute Cuisine to the Science of Soft Matter,” which debuted in the fall of 2010. Initially, six teams from BU advanced to the semifinal round and competed against 31 other teams from around the country. Five teams from BU, comprised of senior design project teams, competed with the 24 other teams in the final round. Each team provided a wish list of hardware to the sponsoring company, Inspur, and had to prepare software in advance to bring with them to the competition. The higher the number of flops, the better the computer performance and, in competition, the higher the score.
The other application was run on the Tianhe-2, currently the world’s fastest supercomputer. Since their return from China, BUHPC is fundraising to attend the ISC Student Cluster Competition in Germany in June. From the beginning, he identified closely with the College’s vision of creating Societal Engineers and that allowed him to carve out a path for his success. His presentation, peppered with video and audio messages from past students and mentors who have contributed to his work, chronicled his career path from graduate school to present day and centered on his current research in optical sensing and developing new bioimaging technologies that address the obstacles that currently plague the field of diagnostics. Specifically, the patterns of colors that develop on the surface when light is being reflected through it.
Using this technology, Unlu and his research team demonstrated label-free identification of some of the most deadly viruses in the world, including hemorrhagic viruses like Ebola, Lassa and Marburg, at a high sensitivity on par with state-of-the-art laboratory technologies. Digital detection for medical diagnostics not only provides very high sensitivity, but also has the potential of making the most advanced molecular diagnostic tools broadly accessible at low cost. His laboratory will continue to work on advancing the technology further and gaining a deeper understanding of the theoretical basis in order to enhance the methodology. The previous recipients are Professors John Baillieul, (ME,SE), Malvin Teich (ECE) (Emeritus), Irving Bigio (BME), Theodore Moustakas (ECE, MSE), H.
A seasoned saxophone player, his personal experience performing on the street in Copley Square inspired his winning entry, a tool to enhance live musical performance, in the fifth annual Imagineering Competition. Singh Imagineering Laboratory, which opened in the Fall 2011, gives students the resources to take on extracurricular engineering initiatives and think about new ways to address society’s challenges.
Hariri Institute for Computing and Computational Science & Engineering, was practically giddy. The registrants were from 66 different disciplines, departments, and offices across the University, including the libraries, Information Systems and Technology, and Career Services. Other panel speakers were Jason Bohland (GRS’07) (left), a SAR assistant professor of health sciences and speech, language, and hearing sciences, and Eric Kolaczyk (center), a CAS professor of mathematics and statistics.
She said that the day’s events—the talks, the poster sessions—demonstrated “the excellence, the depth of work” in data science at BU. Recruiting additional top data science faculty is a primary goal of the Data Science Initiative that Bestavros is leading, she added. Kulis defined machine learning as “a set of tools used to make predictions from data.” These tools are useful in many areas, he said, from driverless cars to robotics.
She explained how she and a team of students—with the aid of crowdsourcing—insert tags of text on images on a web page. Evan Johnson, a MED associate professor of medicine and biostatistics, underscored the role of team science in his work tracking cancer tumors and drug response in cancer cells. She is working on cell tracking with Joyce Wong, an ENG professor of biomedical engineering.
Biologists, on the other hand, “want to be the first person to discover something.” The two goals—best and first—don’t always converge. Rajita Menon (GRS’18), a doctoral candidate in physics, presented her work on microbial interactions in the human gut.
Sahar Abi Hassan (GRS’19), a doctoral candidate in political science, presented her work on interest groups and the Supreme Court.
Fleetwood is the Chair of Vanderbilt University’s Department of Electrical Engineering & Computer Science as well as the university’s Olin H.
His October presentation, “Automata Processing: Massively-Parallel Acceleration for Approximate Pattern Matching,” provided an overview of the AP architecture and observations from accelerating its applications. This final presentation – “I, Robot: Blurring the lines between Mind, Body and Robotics” – suggested new approaches to brain-machine interfaces (BMI). Both Akbulut and De Carli, who served as the Chair of Operations and Chair of Programming, respectively, had attended the 2013 Arizona SpaceVision Conference. Together, they developed an agenda that featured industry speakers, panels, a business plan competition, and a first-ever peer mentor session.
This creates a forum for students in different concentrations to work as a team and further learning in fields such as space research.
From left to right, Chair of SEDS-USA Hannah Kerner (moderator), Executive Director of Society of Satellite Professionals International Robert Bell, Advanced Propulsion Manufacturing & Integration Engineer at Virgin Galactic Kevin Zagorski, Avionics Engineer at Firefly Space Systems Drew Kelley, Propulsion Components Engineer at United Launch Alliance Matt Cannella, and Director of Lunar Programs at Way Paver Labs Patrick Gray. It’s given me the leadership skills that I have been able to translate into a much larger scale such as being Chair of this conference,” De Carli said. Outside sponsors included Arizona State University School of Earth and Science Exploration and industry sponsors like Lockheed Martin. Canadian utility Hydro-Quebec noticed a hop-skip-and-jump in the voltage on its grid two days later.
But less severe irritants—interrupted radio transmissions, disrupted GPS devices, even rusting of pipelines—can result when electric currents course through the magnetic field, says Joshua Semeter, who’d like to know more about this phenomenon (largely because the magnetic field may be an essential ingredient for life on Earth).
Colloquially known as BUSAT, the program engages students in designing and operating small satellites. Each sensor, traveling at a speed of approximately six miles per second, will complete an orbit of the Earth in roughly 90 minutes.
ENG has hired Brian Walsh (GRS’09,’12) as an associate professor of mechanical engineering. The students rigged a contraption to gently fire sensors into a mesh net, a form of soccer-meets-space. One BUSAT alumnus was a building contractor from San Francisco, who was “perfectly suited for this job,” says Semeter.
Their findings will be presented today at the Black Hat USA 2015 cybersecurity conference in Las Vegas.
We protect sellers by encrypting transactions at the moment of swipe, tokenizing data once it reaches our servers, and monitoring every transaction to detect suspicious behavior. In September, Mellen will return to running her own company, Terrapin Computing LLC in Cambridge, which sells four iOS apps. Tim also worked on the ground with the Institution’s Principal Regional Advisor for India, Mr. This is a systemic problem that needs urgent attention, not only because such high levels of loss lead to unnecessarily high food prices and act as a brake on the economic development, but also because India will experience a large population increase and substantial demographic change in the coming decades.
Such an approach has the potential to help connect farmers with market opportunities for economic development while simultaneously facilitating resilient rural-urban supply chains, enhancing energy security, reducing pollution and underpinning local, regional and international food security.
Current systems are being tested and applied through multidisciplinary collaborations with clinicians and researchers at Rice, the UT M.D.
The course uses food and cooking to explicate fundamental principles in applied physics and engineering. Registered students will have access to the expertise and support of Harvard teaching staff.


Team Moove, also a team of ECE seniors, and Breakerbot, a multidisciplinary team of ECE and ME students sponsored by Consolidated Edison, received honorable mentions. Teams were given six applications, where they were tasked with rewriting portions of each program to work better on the target hardware, optimizing it to work on their architecture and complete real-world scientific workloads while obeying the competition constraint of 3,000 watts of power maximum. The score was an algorithm that was based on the number of problem sets, or workloads, that were completed, with consideration for accuracy, timing and flops generated, if applicable. In addition to competing, the event also includes professional development workshops and networking opportunities for students interested in the field of supercomputing. Jamison and Betty Williams Professor of Engineering at University of Michigan, Ann Arbor and co-director of the Michigan Institute for Data Science gave the graduate convocation keynote address. According to Unlu, the same interference phenomenon that gives rainbow colors to soap bubbles can also provide extremely high sensitivity as illustrated by the recent news on detection of gravity waves by optical interferometry. They have even been able to detect particles as small as individual protein and DNA molecules by labeling them with gold nanoparticles to provide sufficient visibility. In particular, they are looking into applying the technology to such areas as real-time DNA detection, rare mutations, and most recently a project to characterize viruses that target cancer cells. Steven Colburn (BME), Thomas Bifano (ME, MSE), Christos Cassandras (ECE, SE) and Mark Grinstaff (BME, MSE, Chemistry, MED). The competition invites undergraduates to submit projects that showcase their creativity and entrepreneurial capabilities for a chance to win cash prizes. Not only would this product be beneficial to musicians during live performances, but it also has the potential to be used as a teaching tool by programming the LED lights to correspond with the notes so music teachers could demonstrate what they are playing to their students in real time. The Singh Imagineering Lab provides easy access to entrepreneurially minded College of Engineering students, and other BU students working with them, without limiting the topic or timeframe of use. It was the first BU Data Science (BUDS) Day and the Photonics Center ninth-floor conference room, where the institute was hosting the event, was standing room only.
It was the sort of diverse, cross-disciplinary crowd that Bestavros and event cochairs Dino P.
She noted that data science is one of BU’s “research peaks,” an area that Waters, along with President Robert A. She gave a quick slideshow tour of her Mapping Titian project, an archive and teaching web application that documents the relationship between the artwork of 16th-century Venetian Renaissance artist Titian and their changing locations and historical context (the project was funded, in part, by the Hariri Institute).
Hasselmo explained how he is studying the coding of space and time by neurons in rats as part of his work in understanding memory in humans.
He said he wants to use biological big data to improve what happens in the clinic for patients. She and a team of biologists are tracking and analyzing the behavior of bats in caves in Texas. Evan Johnson, a MED associate professor of medicine and biostatistics, who underscored the role of team science in his lab’s work in tracking the evolution of cancer tumors and drug response in cancer cells.
The key, he said, is to find collaborators who want to contribute their skills to a joint project and who understand what’s in it for everyone involved. Abi Hassan said she had been introduced to data science through her department’s required Quantitative Methods 1 course. The Fall 2015 lineup included academics Daniel Fleetwood, Kevin Skadron and Ralph Etienne-Cummings. Skadron cites his research as exploring processor design techniques for managing power, thermal and reliability constraints, all with a focus on manycore and heterogeneous architectures.
Etienne-Cummings’ research interests include systems and algorithms for biologically inspired and low-power processing, biomorphic robots, applied neuroscience, neutral prosthetics and computer integrated surgical systems and technologies. It bills itself as connecting present with future space leaders and is part of international nonprofit SEDS’ larger mission to empower students through the high school, undergraduate and graduate levels to impact space exploration.
After pondering why the conference had yet to be hosted in a major city like Boston, the pair submitted a bid to post the conference at Boston University and successfully secured the 2015 venue nomination. By bringing students together with leaders in the aerospace community, the conference offered attendees invaluable networking opportunities and the chance to view the future of space development through an interdisciplinary lens.
Both Akbulut and De Carli attribute their success running SpaceVision 2015 to the education and leadership opportunities they’ve had in the College of Engineering and Department of Electrical and Computer Engineering (ECE). On March 13, with plasma sweeping Earth’s magnetic field and causing electric currents in the outer atmosphere, the grid shut down, plunging the province into darkness for nine hours. So would the federal government, which is why NASA has agreed to launch a network of wireless sensors named ANDESITE, developed by Semeter’s College of Engineering students to study changes in Earth’s magnetic field caused by space weather. Earlier this year, the BUSAT group was one of the teams from a half dozen universities that beat out nine competitors to continue receiving support from the Air Force, which has contributed more than $500,000 to BUSAT projects. The sensors will measure variations in electrical currents flowing in and out of the upper atmosphere along Earth’s magnetic field. Last February, a National Oceanic and Atmospheric Administration satellite was launched to record data about solar wind. Mellen and Moore will give a 25-minute presentation on their work at the conference, where they get free passes to the briefings at the Mandalay Bay Resort and Casino, worth $2,195. We’ve also recently migrated the small percentage of remaining sellers who use an out-of-date, unencrypted card reader to new hardware. Moore will start work as a software engineer for Google, and Losev will continue his computer science education at New York University. Prabal Sarma, to explore future opportunities for IMechE, including establishing a Process Industries Division Centre locally to serve the large engineering community associated with this important industrial sector in India. In this regard rapid urbanization combined with growing affluence is likely to lead to large shifts in dietary preferences and an emerging desire for fast food and convenience products, thereby increasing demand for perishable and processed produce, as well as frozen goods.
The audience had to agree, an excellent example of how mechanical engineering is center stage in tackling some of the world’s complex 21st Century challenges and helping to improve the World through engineering.
Anderson Cancer Center, UT Health Science Center-Houston, UT at Austin, the University of Arizona, and the British Columbia Cancer Agency. She served on the inaugural National Advisory Council for Biomedical Imaging and Bioengineering for the National Institutes of Health (2002-2007), was elected Fellow of the American Association for the Advancement of Science and Biomedical Engineering Society (2008); and received the Vice President Recognition Award by IEEE (2008). The Intel-Cornell Cup is a college-level design competition that aims to empower inventors of the newest innovative applications of embedded technology. As a BU alum, he remembered sitting in the same place as this year’s graduates 36 years ago. Lasiuk also submitted a detailed business analysis exploring what it would mean to take his product to market, noting he planned to continue working on his product over the summer. Using the lab’s tools and machinery—and guidance from faculty, graduate students and undergraduate peers—students are encouraged to pursue their ideas and designs and even commercialization ideas. Christenson, a CAS associate professor of political science and a former Hariri Institute Junior Fellow, and Prakash Ishwar, an ENG associate professor of electrical and computer engineering, had hoped to draw. How can you bring all these different networks together with the right information to actually improve people’s lives? For his research into the sharing economy, Georgios Zervas (GRS’11), a Questrom assistant professor of marketing, a computer scientist, and a Hariri Junior Faculty Fellow, analyzes publicly available data from sources such as Airbnb and federal, state, and municipal websites. Through the groundbreaking publications they’ve authored, the group has effectively written the science today’s students are learning. His lecture examining the effects of Moore’s Law Size and voltage scaling followed his research in nano science and technology as well as risk and reliability. He has achieved two patents of his own and over 100 peer-reviewed publications and counting since his college summers spent interning for Microsoft and Intel.
His high level of curiosity has been evident since he was a child and repaired his own short wave radio to listen to a soccer match.
And then I learned a bunch about communications stuff that I wouldn’t have been exposed to if I had just had courses.…The biggest thing I’ve learned is how you meet requirements for an engineering project,” he says, referring to the government competitions and reviews the ANDESITE project has hurdled. Dr Fox concluded his visit with a technical lecture as an invited speaker at Veermata Jijabai Technological Institute (VJTI) in Mumbai. When combined with the nation's geographical location in tropical and sub-tropical regions that are anticipated to experience some of the most extreme effects of global warming, postharvest loss prevention across India is a critical challenge to meet to ensure local, national and international food security. Over the past few years, Richards-Kortum and collaborators have translated these technologies from North America to both low- and medium-resource developing countries (Botswana, India, Taiwan, Mexico, and Brazil). In 2008, she was inducted into the National Academy of Engineering, and is a committee member of the National Academies Committee on Conceptual Framework for New Science Education Standards (2010-2012). He encouraged graduates never to succumb to challenges, to defend their work, and to remain humble and kind throughout their future careers.
Work conducted at posts throughout the country – and for some, on sabbatical abroad – further reflects the breadth of their influence.
A Fellow of the American Physical Society and an IEEE Fellow, Fleetwood also received the IEEE Nuclear and Plasma Sciences Society’s Merit Award. Now the holder of seven patents, Etienne-Cummings is known to make time for diversity and mentoring initiatives intended to awaken a similar curiosity in others. Recently, she was named the Pritzker Distinguished Scientist and Lecturer of the Biomedical Engineering Society 2010 Annual Meeting, and was given the Celebrating Women in Science Award by BioHouston, Inc.
Having authored over 380 publications, Fleetwood received ten Outstanding Paper Awards and has his research cited upwards of 7000 times.



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