Best Grants for Preschools in Virgin Islands

The Surveillance and Case Control Study of Stillbirth and Birth Defects (SUCCSSBD) aims to enhance the quality of birth defects and stillbirth surveillance in the U.S. By modernizing data collection through electronic case reporting, the initiative seeks to improve data quality and timeliness. The study will focus on identifying risk factors for birth defects and stillbirths, addressing a significant public health issue that affects thousands of pregnancies annually. CDC funding will support three key components in this effort.

The ONR FY27 Young Investigator Program invites cutting-edge research proposals in priority areas that align with the interests of ONR Program Officers. This federal funding opportunity aims to support innovative projects led by early-career researchers, fostering advancements in science and technology relevant to the Navy. Interested applicants can find detailed eligibility criteria and contact information on the ONR website, encouraging collaboration and engagement in impactful research.

The MPS Materials Research Programs, funded by the National Science Foundation, aim to enhance the understanding of materials and their diverse applications. These programs cover areas such as biomaterials, ceramics, condensed matter physics, and electronic materials. With an emphasis on transformative research, NSF MPS encourages proposals that are innovative and foundational, without the necessity for immediate commercial outcomes, fostering long-term advancements in materials science.

The National Science Foundation's Engineering Directorate (NSF ENG) promotes groundbreaking research in chemical, bioengineering, energy, and transport systems. Key programs include Chemical Process Systems, Engineering Biological and Biomedical Systems, Energy, Water, and Resource Engineering, and Transport Phenomena. NSF ENG seeks innovative, transformative proposals that push the boundaries of foundational research, regardless of immediate commercial applications, and emphasizes diverse funding opportunities based on availability.

The NSF MPS Chemistry Research Programs support groundbreaking research in chemical sciences, encompassing areas such as chemical catalysis, measurement, imaging, and theory. This initiative encourages innovative proposals that can lead to transformative advancements, without the necessity of immediate commercial applications. Researchers interested in exploring foundational concepts that could shape the future of chemistry are invited to submit their ideas for funding.

The Emerging Frontiers in Research and Innovation (EFRI) program by the NSF aims to support transformative research in wave-based computing, fostering significant advancements in foundational engineering knowledge. With funding opportunities including EAGER awards and four-year grants up to $2 million, EFRI-WBC encourages interdisciplinary collaboration and innovative approaches to address strategic technology priorities. Proposals should articulate their potential long-term impacts on national science and technology missions, promoting a new era in computing methodologies.

The NSF Expeditions in Computing program aims to foster transformative research in computer and information science. By funding projects up to $15 million over seven years, it encourages multidisciplinary teams to tackle ambitious research agendas that redefine the future of computing. The program supports innovative areas such as new architectures for intelligence, advanced robotics, and next-generation communication, emphasizing the importance of collaboration across various fields to achieve groundbreaking advancements.

The MPS Astronomical Sciences Research Programs, funded by the National Science Foundation, support innovative research in astronomical sciences. These initiatives aim to enhance our understanding of the universe through core research, technological advancements, and instrumentation. Topics include solar storm prediction, the discovery of exoplanets, and the study of black holes. Proposals should reflect ambitious, transformative ideas that may not require immediate practical outcomes, fostering long-term scientific exploration.

The National Science Foundation (NSF) is offering funding through the Engineering (ENG) program, focusing on foundational research in civil, mechanical, and manufacturing innovation. Key areas include advanced manufacturing systems, civil infrastructure, and intelligent dynamic systems. The NSF ENG encourages innovative and transformative proposals that may not require immediate commercial outcomes. Award sizes and durations will vary based on budget availability, aiming to support long-term research advancements.

The MPS Physics Research Programs, funded by the National Science Foundation (NSF), support transformative research in various fields of physics. This includes experimental and theoretical work in atomic and molecular physics, particle physics, gravitational physics, and more. The NSF aims to promote ambitious projects without the need for immediate commercialization, focusing instead on foundational advancements that push the boundaries of our understanding of the universe.

Rooted + Relational Community Micro-Grant Program

The Center for Puerto Rican Studies (CENTRO) at Hunter College has announced that it is now accepting applications for the 2026-2027 Rooted + Relational Community Micro-Grant program. CENTRO will award up to 12 grants, each up to $5,000, to non-institutionally affiliated and non-academic community organizations, individuals, or projects for community-based programs. 

The 2026-2027 the Rooted + Relational theme is Black Cuerpas: Race, Body Politics & Culture. CENTRO seeks to fund projects that examine

• How do race, gender, sexuality, and body politics shape the everyday lives and histories of Boricuas across the archipelago and diaspora? 
• What happens when we center race and Blackness in a field of study that has too often championed color-blindness and the myth of racial democracy to avoid the hard questions about racism, anti-Blackness, complicity, and erasure?

During the 2026-2027 academic year, grantees will implement their funded projects within their chosen communities. They will also present their work at a CENTRO event, attend three virtual meetings, and have their work highlighted through CENTRO’s communications and media channels. We invite community organizers, artists, creatives, writers, agricultural workers, activists, and cultural workers who reside in Puerto Rico and/or the United States and its territories to apply. 

The NSF Core Research in Biological Sciences (BIO Core) program supports innovative research that enhances our understanding of biological systems, from molecular to biome scales. This funding opportunity encourages interdisciplinary proposals and can fund both single and multi-investigator projects. The awards will vary in scope and duration, accommodating exploratory projects and long-term commitments, depending on available funding and alignment with the program's objectives.

The MPS Mathematical Sciences Research Programs (MPS MathSci) by the NSF supports diverse research initiatives in theoretical and applied mathematical sciences. Key areas include Algebra, Applied Mathematics, Combinatorics, and Mathematical Biology. The program encourages groundbreaking foundational research with flexible budgets and durations. Proposals do not need to promise immediate outcomes, allowing researchers to explore innovative concepts without the pressure of commercial viability.

The National Science Foundation (NSF) Directorate for Engineering (ENG) fosters groundbreaking research in electrical, communications, and computing systems through programs like Electronic, Photonic, Magnetic, and Quantum Devices (EPMQD) and Circuits and Systems for Communications and Sensing (CSCS). These initiatives emphasize innovative foundational research, particularly in power and energy systems, while being open to transformative ideas without immediate commercial outcomes. Funding availability will shape the portfolios of ECCS awards.

The Intervention Research to Improve Native American Health (IRINAH), led by the National Institute on Drug Abuse, focuses on enhancing health outcomes in Native populations. It supports research to identify causes of health issues, develop and test effective interventions, and implement strategies that promote sustainability. Emphasizing community strengths, the initiative aims to rigorously evaluate solutions to reduce health disparities, ensuring interventions can be adapted and shared across diverse communities.

The NIH Blueprint Initiative aims to enhance neuroscience research by funding the development and application of germline and somatic gene-editing techniques. This initiative builds on existing marmoset gene-editing frameworks and integrates New Approach Methodologies (NAMs) to improve understanding of human brain function and disease. High-priority areas include complex conditions like autism and schizophrenia. The initiative emphasizes the use of appropriate models to address critical questions in neuroanatomy, cognition, and behavior related to human brain health.

The NIAID aims to enhance infectious disease research by supporting human microphysiologic systems (MPS) development. These in vitro platforms mimic human tissue functions, promoting drug and biological product development while reducing animal use. This initiative aligns with NIH’s commitment to innovative research practices and regulatory acceptance. By focusing on MPS in infectious disease contexts, NIAID seeks to streamline therapeutic advancements and establish robust human tissue models, addressing critical challenges in understanding and treating infections.

The National Institute of Allergy and Infectious Diseases (NIAID) is advancing organ transplantation outcomes through the Clinical Trials in Organ Transplantation in Children and Adults (CTOT-CA) program. This initiative supports multicenter clinical trials and mechanistic studies related to heart, lung, kidney, liver, and intestinal transplants, as well as non-hematopoietic cellular transplantation. By exploring immune mechanisms and innovative therapies, the program aims to enhance the success and efficacy of organ transplantation.

The Lynn G. Bellenger Engineering Technology Scholarship honors ASHRAE's first woman president and supports qualified female undergraduate engineering technology students. Offered to those with a minimum GPA of 3.0, this one-year scholarship encourages studies in fields related to HVAC&R. The scholarship aligns with ASHRAE's mission to advance sustainable technology and create a healthier built environment. Eligible students must be enrolled in programs with ASHRAE student branches or accredited by recognized boards.

The Gordon V. R. Holness Engineering Technology Scholarship aims to support full-time undergraduate students pursuing degrees in Engineering Technology related to HVAC&R. Established by Gordon Holness, this scholarship highlights the importance of education in sustainable technology. Eligible candidates must maintain a GPA of at least 3.0 and meet specific institutional criteria, promoting excellence in the HVAC&R profession and fostering a sustainable built environment for future generations.

This grant aims to address drug shortages by exploring the landscape of products susceptible to health fraud and finding ways for outsourcing facilities to fulfill these needs. By funding research and development, the initiative seeks to enhance the production of critical medications, thereby stabilizing the drug supply chain and protecting public health from fraud-related risks.

The Engineering Technology Scholarships, offered by ASHRAE, provide one-year financial support to full-time undergraduate students pursuing degrees in HVAC&R-related fields. To qualify, applicants must maintain a minimum GPA of 3.0 or rank in the top 30% of their class, and they must meet specific criteria related to ASHRAE student branches or program accreditation. This initiative aims to cultivate future professionals in sustainable building technologies, aligning with ASHRAE's mission to advance human well-being.

The David C. J. Peters Scholarship, established by Southland Industries in honor of ASHRAE member David Peters, offers a one-year scholarship to qualified undergraduate students in mechanical or architectural engineering. Candidates must be enrolled full-time in a bachelor's program at designated institutions and maintain a minimum GPA of 3.0 or be in the top 30% of their class. This initiative supports the mission of ASHRAE to promote sustainable practices in engineering.

The Fertility Grants (VIVA Program) by the Bob Woodruff Foundation offer vital financial support to wounded veterans facing infertility challenges due to their service-related conditions. Since its inception, the program has assisted over 100 veteran families in starting their own, highlighting a commitment to ensuring veterans have access to necessary fertility treatments. This initiative addresses the unique needs of veterans, recognizing that they experience infertility at nearly double the rate of the general population.

The National Leadership Grants for Libraries (NLG-L) program, funded by the Institute of Museum and Library Services, aims to enhance library services across the nation. By supporting projects that promote adult reading, health and financial literacy, and effective use of new technologies, this initiative fosters community prosperity and builds partnerships among libraries, archives, and museums. The grants ensure that libraries can respond effectively to public needs and enhance their contributions to education and information access.

The Community Connect Grants Program provides financial assistance to eligible applicants aiming to deliver broadband services in rural areas where access is limited. This initiative fosters economic growth and enhances educational, healthcare, and public safety benefits, improving the quality of life in underserved communities. By supporting projects that create better market opportunities and promote equitable access, the program plays a vital role in advancing rural development and addressing environmental justice.

The Laura Bush 21st Century Librarian Program aims to enhance the library and archival workforce by addressing community information needs and strengthening institutional capacities. It supports innovative projects that explore alternative pathways into library services, advance continuing education, and foster recruitment and retention of future professionals. By focusing on diverse training and development, the program seeks to cultivate a new generation of library leaders equipped to meet evolving challenges.