Entropy is generally regarded as a force of chaos or disorder in physics. but it’s entropy that researchers at the University of Michigan are using to harness and assemble nanoparticle crystals for future use in creating designer materials that could be used in high-tech applications from healthcare to materials science.
The University of Michigan Board of Regents has just approved the creation of a new Department of Robotics for the university, a first among the nation’s top 10 engineering schools. According to the University of Michigan, “The new department will define robotics as a discipline, teaching students the skills needed to help drive a rapidly expanding field.” This marks a first among top engineering schools around the U.S. by creating a full department to focus on the advancing field of robotics as its own discipline.
Entropy is generally regarded as a force of chaos or disorder in physics. but it’s entropy that researchers at the University of Michigan are using to harness and assemble nanoparticle crystals for future use in creating designer materials that could be used in high-tech applications from healthcare to materials science.
The University of Michigan Board of Regents has just approved the creation of a new Department of Robotics for the university, a first among the nation’s top 10 engineering schools. According to the University of Michigan, “The new department will define robotics as a discipline, teaching students the skills needed to help drive a rapidly expanding field.” This marks a first among top engineering schools around the U.S. by creating a full department to focus on the advancing field of robotics as its own discipline.
University of Michigan students and faculty have just launched a student-run investment fund focused on supporting early-stage climate tech companies.
Recent University of Michigan Ross School of Business Dare To Dream Grant recipients Shivani Kothari and Anne Goering had an idea: create an online service that helps engaged couples plan their wedding affordably with the assistance of a human wedding planner. The duo, both working on MBAs finished in 2020 and 2021, received the grant in Fall of 2020, and have already launched their startup.
During lockdown, Asalyxa Bio’s chief scientific officer Lola Eniola-Adefeso was one of the only people still working in Ann Arbor, where most work and scientific research was shut down to protect against the spread of COVID-19. Eniola-Adefeso was still working because she was one of a few scientists working on a treatment that could benefit the sickest COVID-19 patients, the ones who suffer from Acute Repiratory Distress Syndrome and cytokine storm. Eniola-Adefeso’s employer, new Ann Arbor biotech startup Asalyxa Bio, recently announced seed funding for its neutrophil targeting drug delivery technology to advance to first in-human trials next year. The tech can be used to target certain cells to treat Acute Repiratory Distress Syndrome, including the variety found in COVID-19 patients.
The University of Michigan School of Information is seeking organizations to host student projects in the 2020-2021 school year. Organizations from all industries – corporate, non-profit, governmental, health, and research institutions – that seek impact and access to high-caliber students are invited to propose a project.
Universities everywhere are trying to trim budgets and plan for virtual instruction in case of a second wave in the Fall 2020 semester, but where does that slack come from? In the case of schools where staff is at essential levels already or there are unavoidable cutbacks or furloughs, can software help remaining faculty and staff do more with less?
What is happening with the newest cohort of tech and life science startups spun out of intellectual property invented at the University of Michigan? We’ve heard in recent times that the university has poured resources into programs for students interested in turning inventions and software into startups rather than taking a traditional job after graduation, but it seems spotty which majors and areas of the university are involved beyond computer science. We recently were introduced to several new startups navigating the entrepreneurial process straight out of college, and wanted to bring you the story of one small company and how it navigated through the maze of startup development from within the academic environment. It’s just one path to entrepreneurship in a growing tech and startup scene in Michigan, but one that is often hidden behind closed doors.
Sure, there are braille tablets these days that are pretty amazing. They translate several words or lines of text from websites into raised braille dots on a physical surface that scrolls through the web, opening up the world to those who can’t view the content of computers and the internet through traditional screens. But there are challenges. According to Alex Russomanno of new Ann Arbor startup NewHaptics, current braille tablets are limited to small quantities of text at a time, they’re incredibly expensive to manufacture, and they don’t have any way to translate images or graphs. This leaves the blind locked out of visual content, maps and graphs on computers.
The third annual University of Michigan Data for Public Good Symposium, which runs 10 a.m.-4:30 p.m. Feb. 25, 2020 in Ann Arbor, will feature presentations on ways in which students, faculty, staff and community members have worked together to analyze and assess data to benefit others. The event includes a presentation by industry partner Data Driven Detroit, which provides accessible high-quality information and analysis to nonprofit organizations, foundations, universities, and businesses to support data-driven decision-making in the city.
