Best Corporate Grants for Nonprofits in Puerto Rico

The Air Force Office of Scientific Research (AFOSR) orchestrates the basic research program for the Air Force Research Laboratory, aligning with technical guidance and Air Force needs. It promotes collaboration among Air Force, universities, and industry, ensuring that research effectively transitions to support military capabilities. AFOSR's focus encompasses significant areas of research organized under two scientific departments, enhancing national defense and peacekeeping operations.

Charlie's Heart Foundation Annual Grant Program supports small nonprofits focusing on mental well-being for families in underserved communities. Grants between $5,000-$30,000 are available, prioritizing organizations based in North Carolina. Eligible applicants must be 501(c)(3) tax-exempt and demonstrate alignment with the Foundation's mission, organizational need, and program sustainability. The Foundation does not fund individuals, private foundations, or religious organizations, ensuring a strong focus on impactful community programs.

The Habitable Worlds Observatory (HWO) is a pioneering space mission concept aimed at discovering life beyond our solar system, as highlighted in the Astro2020 survey. The HWO-PSI program seeks to reduce risks for future missions by advancing scientific investigations that inform mission design. As HWO enters its pre-formulation phase, it addresses significant astrophysical questions and technical challenges, ultimately striving for groundbreaking discoveries in our understanding of the universe.

The B-INSPIRE program aims to foster behavioral interventions that enhance interest and preparedness for careers in biomedical research. It invites applications that propose innovative studies addressing motivation and persistence in research-oriented individuals. The initiative also encourages analyses of existing data to improve intervention methodologies. Successful projects should yield findings that support the implementation of diverse strategies across academic levels, ultimately enriching the biomedical research workforce.

The NIH is set to release a funding opportunity for pragmatic and implementation trials aimed at evaluating the effectiveness of interventions in real-world healthcare settings. This initiative encourages collaborations across various health systems to assess the effectiveness and feasibility of interventions. By focusing on commonly encountered conditions in everyday clinical care, the trials aim to provide actionable insights for patients, clinicians, and policymakers. Interested investigators are encouraged to start developing their project proposals.

The Foreign Language Study Grants provide funding up to $5,000 for Harvard graduate students in doctoral programs to participate in intensive language programs abroad. The grants support students after their G1, G2, or G3 years, emphasizing the necessity of the language for their research. Recipients must conduct their studies outside the U.S., ensuring a minimum duration of six weeks for the language program.

This funding opportunity from the NIH encourages groundbreaking research to enhance, develop, and preserve animal models and related biological materials for studies impacting human health. The program seeks innovative methodologies that can improve the diagnosis and management of diseases affecting animal use in biomedical research. Projects must demonstrate relevance across multiple NIH Institutes to align with broader research goals, emphasizing diverse body systems and disease categories.

The Limited Competition for High Impact Specialized Innovation Programs aims to enhance clinical and translational science by funding unique capabilities and addressing critical gaps through the Clinical and Translational Science Award (CTSA) Program. This initiative fosters collaboration across a national network of academic medical centers, facilitating the transition of scientific discoveries into impactful health interventions. Applications are peer-reviewed, ensuring funding is directed towards the most promising proposals.

The Somatic Mosaicism across Human Tissues (SMaHT) Program aims to uncover biological processes and disease mechanisms influenced by somatic mutations. Since its inception in 2023, it has produced valuable multi-omic datasets from diverse human tissues. The upcoming Stage 2 Genome Characterization Centers will focus on understanding the impact of these mutations in both healthy and clinically significant samples, enhancing our knowledge of somatic mosaicism's role in human health and disease.

The Limited Competition Research Education Program for the Clinical and Translational Science Awards Program aims to enhance the training of a workforce to meet the nation's biomedical and clinical research needs. It supports educational activities that facilitate the translation of scientific discoveries into practical health interventions. Funded by the NIH, this program invites applications from eligible organizations, and only those with meritorious proposals will be considered for funding.

The Peggy Barber Tribute Grant, offered by the American Library Association, supports libraries facing budget constraints by providing $2,500 to three selected libraries. The 2025-2026 cycle focuses on programming that strengthens community ties through libraries as third spaces, promoting gatherings and connections among individuals. Eligible proposals may include intergenerational gardening programs, play-based activities for adults, or visual arts performances. Applicants must have ALA or ARSL membership and demonstrate how their program will foster community engagement.

The Limited Competition Small Grant Program for ORIP SERCA K01 Recipients provides funding to early-stage veterinary scientists to enhance their research capabilities and transition to independent investigator status. This initiative addresses challenges faced by these researchers, including reliance on funding from senior investigators. Grants support pilot studies, secondary data analysis, and development of research methodologies, aiming to foster independence within a two-year timeframe without funding clinical trials.

The Limited Competition: Institutional Mentored Research Career Development Program aims to enhance the CTSA Program by fostering the development of postdoctoral fellows and junior faculty. This initiative focuses on training individuals for independent clinical and translational science careers, ensuring they are well-prepared for research engagement. Funded by the NIH, the program supports a national network of academic centers to facilitate the transition of scientific discoveries into practical health solutions.

The R21 Clinical Trial Not Allowed funding opportunity invites innovative research to develop and enhance research models and biological materials vital for studying human health and diseases. It emphasizes the need for new approach methodologies (NAMs) to improve the identification of confounding factors in biomedical research. Projects should have broad applicability across multiple NIH Institutes, focusing on various body systems and disease categories, ensuring relevance to a wide range of health issues.

The JetBlue Foundation is dedicated to enhancing aviation-related education and STEM initiatives, aiming to inspire future aviation leaders. Offering grants up to $50,000, it supports educational organizations that focus on aviation technology, engineering, operations, and maintenance. The foundation prioritizes programs benefiting under-represented communities in aviation, including veterans, women, and diverse groups, ensuring a broader range of voices in the industry.

The Medical Scientist Training Program (MSTP) aims to cultivate a diverse group of physician-scientist leaders to address the nation's biomedical research needs. This program supports institutions in creating integrated dual-degree training that results in both medical and research doctorate degrees. By combining clinical practice with scientific research, MSTP graduates will advance health-related research, focusing on improving training effectiveness, alumni retention in research careers, and workforce diversity. NIGMS emphasizes comprehensive training elements for impactful careers.

The NIAID Physician-Scientist Pathway to Independence Award (K99/R00) aims to support new independent physician-scientists by facilitating their transition from postdoctoral research to tenure-track faculty positions. This program provides essential research funding to help awardees establish their careers in biomedical research, addressing the national shortage of physician-scientists. Applicants must propose research that does not lead an independent clinical trial, but may include mentorship in clinical trials.

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 Amgen Foundation, established in 1990, focuses on enhancing science education and strengthening communities. It supports nonprofit organizations that align with its mission, emphasizing teacher development and hands-on science experiences. Grants are awarded annually, with a commitment of $180 million to impactful programs. Eligible organizations include public schools and libraries, while ineligible requests involve individual support, religious organizations, and political activities. This approach aims to inspire the next generation of innovators through quality educational opportunities.

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 HDR Foundation Grant Cycle supports community organizations aligned with HDR's values, focusing on education, healthy communities, and environmental stewardship. This employee-funded initiative emphasizes the importance of employee engagement in grant proposals, requiring a clear scope of work and completion within a year. Eligible applicants include U.S.-based nonprofits, educational institutions, and tribal governments, while grants are not provided for faith-based organizations or individual support.

The Centers of Biomedical Research Excellence: Development Phase (COBRE-D) program aims to enhance biomedical research capacity in IDeA states, which historically receive low NIH funding. By providing critical support for early-career investigators and essential infrastructure, COBRE-D facilitates a long-term vision for institutions. This initiative not only supplements start-up packages for new hires but also establishes research facilities and improves administrative services, paving the way for less-resourced institutions to transition into the COBRE E/S program.

The Organizational Change in the Professional Formation of Engineers (ENGINEER:OC) initiative promotes innovative research and activities aimed at transforming engineering education and workforce development. Supported by the National Science Foundation (NSF), it seeks to enhance access to quality engineering programs across diverse institutions. Projects may involve implementing new curricular innovations or adapting existing models to different contexts, ultimately advancing the professional formation of engineers and fostering inclusive educational pathways.

The Professional Formation of Engineers (PFE) initiative aims to enhance the engineering workforce through integrated research and education. It focuses on developing ethical engineers who can adapt to a changing technical landscape. PFE supports diverse training contexts, including formal education, internships, and community experiences, ensuring clear pathways into the profession. This initiative fosters collaboration among engineers, technical workers, and communities, enhancing the skills needed for global competition and technological advancement.

The National Biomedical Research Centers (NBRCs) aim to enhance biomedical research by providing advanced equipment, scientific expertise, and innovative human-based models. Supported by NIH and other federal agencies, this initiative focuses on reducing reliance on live animal models through the development of New Approach Methodologies (NAMs). The program invites applications that propose actionable plans to refine and replace animal use, promoting innovative research at centers with existing nonhuman primate colonies.

The HEAL Initiative aims to enhance therapeutic medical devices through team science research, focusing on the mechanisms that drive their effectiveness. The National Institute of Neurological Disorders and Stroke (NINDS) seeks to improve clinical outcomes by fostering interdisciplinary collaborations. This initiative invites teams with expertise in engineering, biology, and clinical care to explore innovative device-based therapies. By understanding how these devices work, the program hopes to optimize existing technologies and inspire new designs, ultimately improving patient care.

The Maximizing Investigators’ Research Award (MIRA) for Early Stage Investigators (ESI) by NIGMS aims to enhance research productivity and flexibility for early career scientists. This program consolidates funding into a single award, allowing investigators to pursue ambitious projects while reducing administrative burdens. By supporting diverse research initiatives, MIRA helps cultivate a new generation of innovative researchers, ensuring essential breakthroughs in fundamental science.