Released in October of 2020, the MIT and Accenture Convergence Initiative for Industry and Know-how underscores the methods in which business and technology arrive together to spur innovation. The 5-yr initiative aims to attain its mission by way of investigation, education, and fellowships. To that close, Accenture has when again awarded 5 once-a-year fellowships to MIT graduate students doing the job on investigation in industry and know-how convergence who are underrepresented, which includes by race, ethnicity, and gender.
This year’s Accenture Fellows function across disciplines which includes robotics, producing, synthetic intelligence, and biomedicine. Their investigation covers a wide array of subjects, such as: advancing production by means of computational design, with the opportunity to benefit global vaccine generation planning reduced-electricity robotics for both of those purchaser electronics and the aerospace field building robotics and equipment understanding methods that may aid the elderly in their houses and creating ingestible biomedical units that can aid obtain medical facts from inside a patient’s overall body.
University student nominations from every unit inside the Faculty of Engineering, as well as from the 4 other MIT educational institutions and the MIT Schwarzman Faculty of Computing, were invited as element of the software system. 5 exceptional college students were picked as fellows in the initiative’s second yr.
Xinming (Lily) Liu is a PhD university student in functions investigate at MIT Sloan Faculty of Management. Her operate is concentrated on behavioral and data-pushed operations for social great, incorporating human behaviors into classic optimization models, coming up with incentives, and examining serious-environment knowledge. Her present-day analysis appears to be at the convergence of social media, electronic platforms, and agriculture, with particular consideration to growing technological equity and economic option in establishing nations around the world. Liu attained her BS from Cornell College, with a double main in functions analysis and pc science.
Caris Moses is a PhD pupil in electrical engineering and pc science specializing in synthetic intelligence. Moses’ research focuses on using equipment discovering, optimization, and electromechanical engineering to build robotics programs that are robust, flexible, clever, and can learn on the occupation. The technologies she is building retains promise for industries together with versatile, small-batch manufacturing robots to guide the elderly in their homes and warehouse administration and success. Moses acquired her BS in mechanical engineering from Cornell University and her MS in laptop or computer science from Northeastern College.
Sergio Rodriguez Aponte is a PhD scholar in organic engineering. He is working on the convergence of computational structure and production tactics, which have the possible to effect industries such as biopharmaceuticals, foodstuff, and wellness/nourishment. His present research aims to establish procedures for implementing computational instruments, these as multiscale modeling and machine studying, to the design and style and manufacturing of manufacturable and accessible vaccine candidates that could finally be offered globally. Rodriguez Aponte acquired his BS in industrial biotechnology from the University of Puerto Rico at Mayaguez.
Soumya Sudhakar SM ’20 is a PhD college student in aeronautics and astronautics. Her operate is targeted on the co-design and style of new algorithms and built-in circuits for autonomous lower-energy robotics that could have novel applications in aerospace and consumer electronics. Her contributions deliver together the rising robotics field, integrated circuits field, aerospace field, and buyer electronics market. Sudhakar attained her BSE in mechanical and aerospace engineering from Princeton College and her MS in aeronautics and astronautics from MIT.
So-Yoon Yang is a PhD university student in electrical engineering and personal computer science. Her perform on the advancement of low-electricity, wireless, ingestible biomedical products for health and fitness care is at the intersection of the clinical gadget, built-in circuit, artificial intelligence, and pharmaceutical fields. Now, the bulk of wireless biomedical products can only supply a confined range of professional medical data calculated from outdoors the entire body. Ingestible units maintain assure for the up coming generation of particular overall health care because they do not call for surgical implantation, can be practical for detecting physiological and pathophysiological indicators, and can also purpose as therapeutic choices when remedy simply cannot be done externally. Yang attained her BS in electrical and computer system engineering from Seoul Nationwide University in South Korea and her MS in electrical engineering from Caltech.