The State of Technology Funding in 2024

Defining Research and Evaluation in Fundamental Chemical Research Grants ### Scope and Boundaries of Research and Evaluation Applicants should be aware that the scope of Research and Evaluation (R&E) in the context of this grant is focused on assessing and improving the research infrastructure and processes related to fundamental chemical research. R&E encompasses a broad range of activities, including the development of new methodologies, assessment of research quality, and evaluation of the impact of research programs. The primary goal is to ensure that the research being conducted is rigorous, relevant, and contributes to the advancement of the field. Concrete use cases include the evaluation of research center operations, assessment of the effectiveness of new research methodologies, and analysis of the impact of funding on research outcomes. Applicants who are primarily focused on conducting basic scientific research rather than evaluating or improving research processes may not be the best fit for this particular grant. For instance, researchers primarily seeking funding for their own scientific investigations should explore other opportunities. In contrast, those who are evaluating research programs, assessing the efficacy of new laboratory techniques, or analyzing the outcomes of research initiatives are within the scope of this grant. The Banking Institution, the funder of this grant, has a history of supporting research in various locations, including Illinois. It is essential to understand that the Research and Evaluation component is a critical aspect of the grant, as it informs future funding decisions and ensures that the research being conducted is of the highest quality. As such, applicants with a background in Higher Education or Science, Technology Research & Development are well-positioned to apply. ## Trends and Priorities in Research and Evaluation The landscape of Research and Evaluation in the context of fundamental chemical research is influenced by several key trends and priorities. One significant trend is the increasing emphasis on interdisciplinary research, which requires R&E to assess the integration of multiple disciplines and the impact of this integration on research outcomes. Another priority is the need for more sophisticated evaluation methodologies that can capture the complexity and nuance of modern chemical research. In terms of policy and market shifts, there is a growing recognition of the importance of transparency and reproducibility in research. As a result, R&E efforts are being directed towards developing and implementing standards and best practices for research conduct and evaluation. Capacity requirements for R&E are also evolving, with a greater need for professionals with expertise in both the substance of chemical research and the methods of evaluation. This includes being well-versed in the latest developments in SBIR grants and NSF grants, which are crucial for funding research and evaluation initiatives. The National Science Foundation (NSF) is a key player in this space, providing significant funding for research and evaluation through programs like the NSF SBIR. Applicants should be aware of the regulatory environment governing their work, including compliance with NSF guidelines and other relevant standards. For example, research involving human subjects must comply with relevant ethical standards and regulations. One concrete regulation that applies to this sector is the requirement to adhere to the NSF's guidelines for Research Involving Human Subjects. A verifiable delivery challenge unique to this sector is the difficulty in assessing the long-term impact of research programs, given the time lag between the initiation of research and the realization of its outcomes. ## Operational Considerations and Risk Management The operational aspects of Research and Evaluation in this grant involve several challenges and considerations. One key challenge is ensuring that R&E activities are conducted in a way that is both rigorous and relevant to the needs of the research community. This requires careful planning, execution, and reporting of R&E findings. In terms of workflow, R&E efforts may involve a range of activities, from literature reviews and surveys to case studies and statistical analysis. Staffing requirements for R&E will depend on the specific objectives and scope of the work but may include professionals with backgrounds in evaluation, statistics, and chemistry. Resource requirements can be substantial, given the need for sophisticated methodologies and potentially large datasets. Risk management is also a critical aspect of R&E, with potential risks including the failure to identify significant issues or the misinterpretation of data. Eligibility barriers for applicants may include a lack of experience in R&E or insufficient expertise in the relevant scientific areas. Compliance traps can arise from failure to adhere to relevant regulations or standards, such as those related to the use of human subjects in research. It is also important to understand what is not funded under this grant. For example, research that is not directly related to the evaluation or improvement of research processes is not eligible. To measure success, applicants will be required to report on specific outcomes and Key Performance Indicators (KPIs), such as the number of research projects evaluated, the impact of R&E findings on research practices, and the dissemination of R&E results through publications and presentations. Reporting requirements will be detailed in the grant agreement and may include regular progress reports and a final report summarizing the outcomes of the R&E activities. In terms of SBIR funding and small business innovation research grants, applicants should be aware of the opportunities and requirements associated with these funding sources. Q: What types of research programs are eligible for evaluation under this grant? A: Research programs that are focused on fundamental chemical research and are conducted in a research center or similar setting are eligible. The evaluation should aim to assess and improve the research infrastructure and processes. Q: How can applicants demonstrate their capacity for Research and Evaluation? A: Applicants can demonstrate their capacity by highlighting their experience in conducting evaluations, their expertise in chemical research, and their understanding of relevant regulations and standards. Q: What are the key outcomes that the funder is expecting from the Research and Evaluation activities? A: The funder is expecting rigorous and relevant evaluations that contribute to the improvement of research practices and the advancement of the field. Outcomes may include insights into effective research methodologies, assessments of research quality, and analysis of the impact of funding on research outcomes.