Innovation in Brazil, Advancing Development in the 21st Century
In this book, the editors unite a diverse array of empirical contributions around a few key themes, including public policies, institutions and innovation ecosystems, and firms and industries, that collectively make the case for a new, forward-looking innovation agenda aimed at addressing persistent challenges and exploiting emerging opportunities in Brazil. Its conclusions offer valuable lessons for other developing and emerging economies seeking to accelerate innovation and growth in the modern age.
In May, the book was officially launched at two events in São Paulo and Brasilia.
The Work of the Future: Shaping Technology and Institutions
A new report from the MIT Work of the Future Task Force frames how we might leverage emerging technologies and policies toward a shared prosperity. Read the report now.
New book by IPC Senior Researcher, Timothy Sturgeon.
Compressed Development updates development theory in light of global integration, financialization, and the proliferation of international actors. Because of these and other changes, economic development has become ‘compressed,’ and processes or stages which were once experienced sequentially now happen nearly at the same time. This has changed how countries develop, and relate to one another. Industrialization has become ‘thin’ in any given country because industries are parceled out in global value chains. National development strategies have become harder to implement as countries face double challenges of managing the backward and hyper-advanced segments of their economies and societies
The Work of the Future: Building Better Jobs in an Age of Intelligent Machines
The final report of the Work of the Future Task Force
Accessibility of Robot Programming and Work of the Future
Free & open to the public. Virtual: July 12th.
Easily programmable robot interfaces have the potential to transform manufacturing by reducing the amount of programming expertise required to use robotic systems. Lowering the barrier to use robots in this way could have vast implications for manufacturing including reducing the integration and reintegration time for robots on manufacturing lines, increasing the reusability of robots by making it easier repurpose them, and making robots more accessible to small- and medium-sized enterprises (SMEs) who often do not have the required internal programming expertise to use robots. In addition, easy-to-use robots could improve the number and quality of jobs available to manufacturing workers by enabling them to use their deep domain knowledge about manufacturing processes to easily make changes to how robots are used in production. However, in order to achieve favorable outcomes for all stakeholders in these scenarios including line workers, developing these interfaces in a worker-centered way is critical.