Modeling More Equitable Energy Systems: An Interview With Nirmal Bhatt.
Nirmal Bhatt is a Dual Masters Candidate in Technology Policy and Electrical Engineering & Computer Science at MIT.
Nirmal Bhatt is a Dual Masters Candidate in Technology Policy and Electrical Engineering & Computer Science at MIT.
Caspar Hare is a Professor of Philosophy and Associate Dean for Social and Ethical Responsibilities of Computing (SERC) in the MIT Schwarzman College of Computing.
Elisabeth Reynolds is a Lecturer and Principal Research Scientist focused on systems of innovation, economic development, and industrial competitiveness.
Eric Robsky Huntley is a Lecturer in Urban Science and Planning, affiliated with the Data + Feminism Lab and Healthy Neighborhoods Study.
I believe that MIT, as an institution of higher learning does have an obligation to pursue the public interest. But in many of our activities it is only manifest in an indirect way.
In my work, I aim to explore this transformative process through projects under the category of satellite Earth observation as well as in the area of microgravity research to apply that technology for sustainable development.
I was always motivated to do research that could be of service to my community. I am deeply interested in how developments in the technology we build get translated into things that are accessible and can be used by people beyond our field of expertise.
Scientists and technological innovators should pause at the early stages of technology and product incubation to question: What problem are we attempting to solve? Could we go deeper to the underlying cause of this problem?
In my work, I aim to explore this transformative process through projects under the category of satellite Earth observation as well as in the area of microgravity research to apply that technology for sustainable development.
There is a need is for us to continue to challenge how MIT students think about themselves and their role at the institute. It’s essential to make public the importance of students working on public interest technology issues.
It is important for MIT to expand educational initiatives to deepen students’ understanding of the systemic nature of climate issues in interdisciplinary ways.
I believe that MIT can have a huge impact on cities across the nation and beyond if we become collaborators, problem-solvers, and learning partners with cities and communities attempting to address climate change in ways that reduce inequality and improve democracy.
I would push MIT to always remember that it has a commitment to local, as well as global, collaborations. By this, I mean to emphasize the need to build technologies that serve a public, and therefore have an applied nature for a given community.
I would push MIT to always remember that it has a commitment to local, as well as global, collaborations. By this, I mean to emphasize the need to build technologies that serve a public, and therefore have an applied nature for a given community.
At MIT, I think our goal should be to identify how technology can serve the interests of these various groups – and persuade organizations making investments in new technologies that pushing toward a “positive-sum” approach is beneficial for them.
As researchers, we must take the first step of always remaining critical of the degree to which our data represents the ‘public’ and being aware of the conscious or unconscious decisions that have gone into generating the datasets our work relies upon.
MIT can pursue public interest technology when we encourage interdepartmental initiatives that prioritize justice and equity and the continuous evaluation of the societal impact of technological advancements.
MIT can pursue public interest technology when we encourage interdepartmental initiatives that prioritize justice and equity and the continuous evaluation of the societal impact of technological advancements.
MIT can pursue public interest technology when it is connected to the public. Right now, the big question for public interest lies with A.I., both its development and technological application.
Larry Sass is an architectural designer and researcher exploring digital design and fabrication across scales. Sass offers a compelling case for 3D modelling software as a challenge to current industry standards to democratize housing construction as a process.
Aditi Jha is a 2023 Sloan Fellows MBA at MIT Sloan. She has worked with the World Bank, the UN and large conglomerates on integrating sustainability (ESG) across high environmental impact sectors like transport, energy, and agriculture.
In the past year, ChatGPT has become the focus of intense discussion. Its inventors and advocates should consider carefully both the ways that tools like ChatGPT can be used and the guardrails that need to be constructed so that artificial intelligence (AI) is not used unfairly or inappropriately.
Surbhi Agrawal is an architect, urban designer and Master in City Planning candidate in the Department of Urban Studies and Planning (DUSP) at MIT. She is also a part of the Senseable City Lab. Agrawal’s work lies at the intersection of urban planning and digital technologies in cities.
Fundamental changes to how we work and commute have forced public transit agencies to contend with a new normal after the Covid-19 pandemic. Jim Aloisi and Jinhua Zhao of MIT's Transit Lab propose a way forward.
Anushree Chaudhuri is a third-year undergraduate and soon-to-be master's in city planning in the Department of Urban Studies and Planning (DUSP). She also holds a second bachelor's degree in economics from MIT.