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The NSF's Innovations in Graduate Education IGE Program is designed to encourage the development and implementation of innovative approaches med at enhancing STEM graduate education trning. This program seeks proposals that can help develop methodologies through which graduate students enrolled in Master’s and doctoral programs across various fields of STEM can acquire skills, knowledge, and competencies required for pursuing diverse career paths within the STEM sector.
The IGE initiative is focused on generating the knowledge necessary to customize, implement, and broadly adopt potentially transformative approaches to graduate education. It supports efforts involving piloting, testing, validating novelor activities, and researching systemic innovations with a high potential to expand our understanding of effective graduate education practices. The program addresses both workforce development emphasizing broad participation and institutional capacity-building requirements in graduate education.
Strategic collaborations between academia, private sector organizations, non-governmental organizations NGOs, government agencies, national laboratories, field stations, teaching and learning centers, informal science entities, and academic partners are encouraged under this initiative.
This program will support the piloting of innovativeor initiatives that can potentially revolutionize graduate education practices. This includes:
Development of a Model: Proposals should introduce newthat m to enhance student skills and competencies through experiential learning, such as internships in industry settings or research collaborations with non-academic entities.
Expansion of an Existing Program: Enhancements could involve scaling up successful programs by incorporating new components like entrepreneurship trning or interdisciplinary curriculum integration.
Integration of Technologies for Enhanced Learning: Projects focusing on the utilization of cutting-edge technologies to improve teaching methods, such as virtual reality-based simulations in science education or advanced data analytics platforms for research skills development.
The IGE Program acknowledges the complex interplay between workforce needs and educational outcomes. It supports research med at understanding how policies and systemic interventions affect graduate students' learning experiences, career preparation, diversity, and inclusion within STEM fields.
Proposals are welcome from institutions including universities, colleges, non-profit organizations, and private sector entities that can contribute to this transformative effort in STEM education. The program is open to proposals proposing collaborations between multiple organizations or partners working together on a common research agenda.
Important Information for Proposers:
All submissions must adhere to the requirements outlined in the solicitation document and the NSF's Proposal Award Policies Procedures Guide.
The solicitation contns guidelines regarding eligibility criteria, budget constrnts, submission deadlines, and specific expectations for proposal content. Please review these thoroughly before preparing your application.
Key Solicitation Points:
Organizational Limitations: An eligible organization can submit up to two proposals per annual competition. This encompasses participating as the lead organization on a non-collaborative project or as part of the collaborative effort, whether in leadership, subsidiary roles, or as subawardees.
Principal Investigator PI Eligibility: An individual may serve as the Lead PI or Co-PI only once per annual competition under this initiative.
Submission Process: Proposals should be submitted through Research.gov, following the instructions and deadlines provided in the solicitation document.
For further guidance on how to prepare your proposal, please refer to the detled guidelines avlable in the latest NSF IGE Program Solicitation NSF 24-529.
This revised version retns the core essence of the original text but enhances and coherence. It ensures that all key points are clear and presented logically, facilitating a smoother reading experience for potential applicants seeking information on this innovative program from the NSF.
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NSF Innovations in Graduate Education Program Overview Customizing STEM Education Skills Training Models Broad Participation and Institutional Capacity Building Strategic Collaboration in Graduate Education Enhancements Pilot Testing of Innovative Graduate Learning Models Researching Effective Graduate Education Practices Expansion