January 28, 2022

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Advancing business convergence through engineering and innovation | MIT Information

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Released in Oct 2020, the MIT and Accenture Convergence Initiative for Field and Technology is supposed to show how the convergence of industries and technologies is powering the upcoming wave of modify and innovation. The 5-calendar year initiative is created to progress three major pillars: investigation, education and learning, and fellowships. As portion of the 3rd pillar, Accenture has awarded 5 fellowships to MIT graduate college students working on exploration in business and technologies convergence who are underrepresented, including by race, ethnicity and gender.  
The recipients of the inaugural Accenture Fellows plan are doing work throughout disciplines including electronics, textiles, device mastering, economics, and supply chain. Their exploration has the probable to progress innovation and engineering to impact field convergence and to broaden the convergence method to virtually all industries — via inventive dilemma-solving, the accelerated adoption of new technologies, exceptional collaborations, and imagining imaginatively and boldly. 
“Accenture has prolonged centered on how creativity and ingenuity can aid address some of the world’s most intricate challenges. When we required to take a look at the convergence of market and technologies, we turned to MIT to prolong our longstanding partnership with training, investigate, and fellowships that delved further into this subject matter,” states Sanjeev Vohra, worldwide lead of utilized intelligence at Accenture. “The Accenture Fellows awards underscore our solid commitments to education, innovation, study and discovery, and creating prospects that will assist accelerate the achievements of these future champions of modify.”
Investigate becoming executed by the fellows handles an array of essential function, such as: establishing robotic-aided remedy to improve equilibrium in impaired topics leveraging the increasing availability of knowledge in the gig overall economy applying device mastering to system regionally produced squander for use as alternate electrical power in very low-cash flow municipalities analyzing operational problems that may perhaps occur from barriers to extending credit and sharing details among the supply chain companions and building and implementing electronic textile engineering to very low-Earth orbit, prompting an opportunity for convergence between the electronics, textile, and room technologies industries.
“These fellows are primary examples of the amazing cross-disciplinary function happening at the nexus of sector and technological innovation,” claims Anantha Chandrakasan, dean of the MIT College of Engineering and the Vannevar Bush Professor of Electrical Engineering and Computer system Science. “We are tremendously grateful for Accenture’s determination to our students, and for their target of supporting and advancing scholar innovation and discovery by way of these fellowships.”
University student nominations from every unit within just the University of Engineering, as properly as from the 4 other MIT educational institutions and the MIT Schwartzman College or university of Computing, were invited as element of the software method. Five exceptional students have been selected as the inaugural fellows of the initiative:
Jacqueline Baidoo is a PhD scholar in the Office of Materials Science and Engineering, exploring policy relevant to elements use. Specifically, her study is concentrated on waste-to-energy (WTE) procedures that could be adopted at the municipal stage to handle and method domestically generated squander for use as substitute electricity. Her purpose is to use machine learning to cut down the barrier to entry of WTE tactics in minimal-money municipalities through the development of a tool that informs municipal conclusions close to waste management and the building of WTE amenities. Baidoo acquired a BS in chemistry and BA in physics from Xavier College of Louisiana and a BS in chemical and biomolecular engineering from Ga Tech.
Juliana Cherston is PhD pupil in the Media Lab. Her do the job in the Responsive Environments Group is concentrated on bringing digital textile technological know-how to reduced-Earth orbit, prompting an possibility for convergence amongst the electronics, textile, and place know-how industries. Specifically, she is augmenting substantial place place fabrics with energetic sensory performance, weaving vibration-sensitive piezoelectric fibers and demand-delicate conductive yarns into these specialized resources. Cherston earned a BA in physics and personal computer science from Harvard College.
Olumurejiwa Fatunde is a PhD student studying in the Centre for Transportation and Logistics. Her research examines operational problems that may perhaps crop up from barriers to extending credit and sharing info amongst source chain partners in informal options. With the proliferation of novel payment platforms, cryptocurrency usage, and natural language processing, Fatunde postulates that there is an opportunity to generate convergence throughout economic solutions, telecommunications, and other consumer-experiencing industries in emerging markets. Especially, she is investigating how technologies could trickle down to the smallest, least-formal organizations, encouraging them to create value for people and to be a element of the world financial state. Fatunde earned a BA in biomedical engineering from Harvard University and an MS in international wellbeing plan from the London Faculty of Economics in the U.K.
André Medeiros Sztutman is a PhD college student in the Division of Economics. Leveraging the escalating availability of data in the gig financial system, his perform focuses on the development of equipment for tackling adverse collection in coverage marketplaces. By developing resources that make much better use of details — in particular in predicaments the place it is specifically needed — he is contributing to the convergence of different industries: gig platforms, reporting companies, and the insurance coverage business. Medeiros Sztutman gained a BS in economics from the Universidade de Sao Paulo, Brazil and an MS in economics from Pontificia Universidade Catolica do Rio de Janeiro in Brazil.
Kaymie Shiozawa ’19, SM ’21 is a PhD scholar in the Division of Mechanical Engineering, exploring how robotic-aided treatment may possibly deal with the challenge of increasing harmony in impaired subjects. Drawing on her experience coming up with human subject experiments, applying equipment studying and mathematical simulations, and planning complex mechanisms for robotics and clinical devices, Shiozawa aims to design and style a variable impedance cane and a novel protocol regarded as AdaptiveCane, which encourages unaided harmony by progressively reducing the amount of help delivered as a user’s general performance improves. Shiozawa gained a BS and MS in mechanical engineering from MIT.

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