Environment
Blip energy CEO Sophia Wennstedt, a second-year student in the University’s MBA and design innovation dual-degree program, and her team of Northwestern entrepreneurs created blipOne, a device that allows users to store electricity when it is cheap and discharge power when it is expensive. Launched through the Farley Center for Entrepreneurship and Innovation’s NUvention: Energy course, blip energy is working with an engineering services firm to build a mass-manufacturable prototype of blipOne before launching a preorder initiative.
We Will. The Campaign for Northwestern, which was publicly announced in 2014, set out to amplify the University’s local and global impact and to elevate its status as a leading teaching and research institution.
For the first settlers, the sunrise on the first morning would look unusually faint — a distant sun peeking over a dusty horizon. Breakfast would consist of shelf-stable foods, perhaps some freeze-dried fruit, and a fresh plant or two, grown throughout the long journey.
John Henry Pace coordinated the reveal of Ford’s new all-electric pickup truck.
Computer science professor Josiah Hester wants more Indigenous representation in STEM. Greater representation, he says, starts with recognition and respect.
A centimeter-sized robot could be the future of medicine, manufacturing and environmental cleanup. The tiny robot can walk at human speed, pick up and transport cargo to a new location, climb up and down hills and then perform a spinning break dance to release the cargo.
According to the American Lung Association, nearly half of all Americans live in counties that have unhealthy levels of air pollution. Northwestern alumni and faculty break down how air pollution travels from smokestacks and tailpipes into the atmosphere, how it negatively impacts our health, and what must change to improve Americans’ access to clean air.
After Parker Levinson ’18 graduated from Northwestern’s Weinberg College of Arts and Sciences with degrees in environmental science and African studies, her job search took her down a less traditional path: a field research gig studying primates and leatherback sea turtles in a jungle on an island off the coast of Equatorial Guinea, in central Africa. Almost two years later, Levinson is preparing for her third field season in Antartica, studying penguins and seals.
Lithium is the lightest metal on the periodic table and can charge quickly into a variety of electrode materials, making it uniquely valuable for batteries. Lilac Solutions aims to deliver a sustainable solution to the global lithium-supply problem.
Student Saif Bhatti relied on Northwestern connections to develop a smart listening device that might slow illegal poaching. After meeting first with his computer science and mechatronics professors, he’s turned to more than a dozen faculty, students and staff at McCormick School of Engineering, Northwestern Pritzker School of Law and the University’s Global Learning Office for support to get the project off the ground.
