Purdue University’s Institute for Physical Artificial Intelligence is making groundbreaking advancements in the field of artificial intelligence (AI) applied to real-world problems. The university recently announced the launch of a new postdoctoral research program aimed at supporting students who are conducting innovative AI projects with tangible impacts on our physical environment.
The program is available to current graduate students on Purdue’s West Lafayette campus, specifically those in the final year of their doctoral program or faculty members intending to hire a post-doctoral researcher. Applicants must have two faculty co-advisors, one with a background in AI or machine learning and the other with expertise in an applied discipline such as manufacturing, transportation, microelectronics, agriculture, science, or health.
All applications for this program must be submitted by April 5th. Selected postdoctoral researchers will receive a salary support of $70,000 per year for 24 months, with the option to renew for an additional 12 months. They will also be provided with $2,500 for professional development and $50,000 to support their research projects, as stated in Purdue’s news release.
In order to be eligible for this program, the proposed research projects must be interdisciplinary, incorporating both AI/machine learning and an applied discipline such as manufacturing, transportation, microelectronics, agriculture, science, health, robotics, and more.
Funding for this research program was made possible through a generous $50 million grant from Lilly Endowment Inc. Purdue University received this grant as part of a larger $100 million in grants donated to the Purdue Research Foundation. These funds are dedicated to supporting two major Purdue University initiatives, namely the Mitchell E. Daniels, Jr. School of Business and Purdue Computes.
Purdue Computes is an initiative aimed at strengthening the university’s computing departments, focusing on areas like physical artificial intelligence, semiconductors, and quantum computing. The $50 million grant will be utilized to support the Birck Nanotechnology Center, particularly its Scifres Nanofabrication Laboratory. Additionally, it will fuel the launch of the Institute for Physical Artificial Intelligence.
This significant investment also includes $10 million set aside for talent development in Indiana. Programs targeting pre-college, college, and working professional students will enhance workforce development efforts in the field of semiconductors and physical AI.
FAQ:
Q: What is the purpose of Purdue University’s Institute for Physical Artificial Intelligence?
A: The institute aims to conduct research on how artificial intelligence can be applied to real-world problems.
Q: Who is eligible for the new postdoctoral research program?
A: Current graduate students in their final year of the doctoral program or faculty members intending to hire a post-doctoral researcher at Purdue’s West Lafayette campus.
Q: What is the funding source for this research program?
A: The program is funded through a $50 million grant from Lilly Endowment Inc., which supports Purdue University’s larger initiatives in business and computing.
Q: What areas of expertise are required for applicants’ faculty co-advisors?
A: One advisor should have a background in AI or machine learning, while the other should have experience in an applied discipline such as manufacturing, transportation, microelectronics, agriculture, science, or health.
The field of artificial intelligence (AI) has been experiencing significant advancements in recent years, and Purdue University’s Institute for Physical Artificial Intelligence is at the forefront of making groundbreaking contributions. This institute focuses on applying AI to real-world problems, with the aim of creating tangible impacts on our physical environment.
To support and encourage innovative AI projects, Purdue University has recently launched a new postdoctoral research program. This program is open to current graduate students who are in the final year of their doctoral program, as well as faculty members who intend to hire a post-doctoral researcher. To be eligible, applicants must have two faculty co-advisors, one with a background in AI or machine learning and the other with expertise in an applied discipline such as manufacturing, transportation, microelectronics, agriculture, science, or health.
The deadline for applications to this program is April 5th. Selected postdoctoral researchers will receive a salary support of $70,000 per year for 24 months, with the option to renew for an additional 12 months. They will also be provided with $2,500 for professional development and $50,000 to support their research projects.
The research projects proposed for this program must be interdisciplinary, combining AI/machine learning with an applied discipline like manufacturing, transportation, microelectronics, agriculture, science, health, robotics, and more. This integration of different fields allows for cross-pollination of ideas and the potential for innovative solutions to real-world challenges.
Funding for this research program has been made possible through a generous $50 million grant from Lilly Endowment Inc. This grant is part of a larger $100 million donation to the Purdue Research Foundation, with a focus on supporting two major initiatives at Purdue University. One of these initiatives is the Mitchell E. Daniels, Jr. School of Business, while the other is Purdue Computes.
Purdue Computes is an initiative dedicated to strengthening the computing departments at Purdue University, with a focus on areas such as physical artificial intelligence, semiconductors, and quantum computing. The $50 million grant will be utilized to support the Birck Nanotechnology Center, specifically its Scifres Nanofabrication Laboratory. It will also contribute to the launch of the Institute for Physical Artificial Intelligence.
In addition to supporting these initiatives, a portion of the grant, $10 million, has been set aside for talent development in Indiana. Programs targeting pre-college, college, and working professional students will enhance workforce development efforts in the field of semiconductors and physical AI. This investment in talent development will ensure that Indiana has a skilled workforce to contribute to this growing industry.
Overall, Purdue University’s Institute for Physical Artificial Intelligence is making strides in the field of AI applied to real-world problems. The new postdoctoral research program, funded by a $50 million grant, aims to support innovative projects with tangible impacts on our physical environment. Through interdisciplinary collaboration and talent development initiatives, Purdue is driving advancements in AI and its applications to various industries and disciplines.
For more information about Purdue University’s Institute for Physical Artificial Intelligence, please visit their website.
To learn more about the field of artificial intelligence and its impact on industries, you can refer to the World Economic Forum’s page on artificial intelligence. This resource provides insights into market forecasts and industry trends related to AI.
The source of the article is from the blog windowsvistamagazine.es