
Bridging the Gap Between Research and Real-World Innovation
In June 2025, a virtual panel assembled five industrial chemists gathered to share insights with graduate students. This case study shares its measurable impact.
Real-world examples & guides to specific challenges in measuring & communicating the broader impacts of science research.
In June 2025, a virtual panel assembled five industrial chemists gathered to share insights with graduate students. This case study shares its measurable impact.
A participant's confidence dropped from 3 to 2... and that was our biggest success. π€ The methodology behind this breakthrough could transform how you evaluate research training programs. What hidden learning patterns might you be missing in your programs?
Learn how Auburn Universityβs Writing SySTEM program improved the scale, depth, and duration of writing skills development for engineering graduate students, offering a model for meaningful, measurable impact in STEM education.
The SDD (Scale, Depth, Duration) Framework revolutionizes the evaluation of STEM's broader impacts by applying classical physics principles to quantify social change.
Annual reports, renewal proposals, and results from prior funding sections serve fundamentally different purposes and require tailored writing strategies to maximize impact with NSF reviewers.
Learn how we helped ACS Kids Zone measure real STEM learning outcomes, achieving a 50.9% increase in scientific understanding among 90 youth participants. Beyond attendance numbers: see how to prove your outreach impact.
Today, on Science with Impact, how do we break down the walls between disciplines to create truly transformative STEM education and research?
In this edition of Science with Impact, Dr. Rosa shares how overcoming a limiting belief transformed her career and inspired her WICE 2025 talk. Discover the power of sharing your story, practical tools for science communication, and new content from her rebranded YouTube channel.
Unlock 3D molecular animations in a day! Discover how to use Blender & PyMOL for captivating visuals in chemistry teaching & research.