This season is the perfect moment to pause and celebrate the curiosity and creativity that move science and engineering forward.
In this issue, we hope you are inspired to make complex analyses clearerand more compelling, to grow in your STEM career, and to use simple yet powerful quality tools to help you improve performance.
Don’t miss our on-demand webinar on how combinatorial testing is helping teams create more resilient and secure systems.
10 rules for communicating statistical concepts to a non-technical audience
Your analysis might be sharp, but how you communicate it determines its impact. Esteemed statistician Donald Richards shares 10 ways to turn your complex figures into clear findings that your audience can understand and act on.
Top takeaways:
Know your audience – craft your message for them, not for peers.
Speak plainly – ditch jargon, use everyday language.
Show, don’t just tell – visuals and simple summaries make ideas stick.
👉 See all 10 rules so you can turn your stats into stories that resonate.
The power of data and taking risks: Career lessons for International STEM Day
As a self-described “statistics course dropout,” Dr. Suzanne Barbour, scientist and Dean of the Graduate School at Duke University, knows firsthand the importance of understanding statistics when working in STEM fields. In her work as a scientist, she learned how to use statistics to tell stories with her data. She says this and five additional lessons are essential to building a meaningful career in STEM:
📈 Build your math and statistics foundation early.
🎙️ Master both your craft and your message.
🧭 Embrace detours and risk-taking.
📊 Turn data into a story that drives action.
🔬 Look beyond your field to spark inspiration for tackling challenges.
Big impact doesn’t always require complex methods. See how to use the seven basic quality tools, also known as the classic seven, to quickly visualize data, spot patterns, and solve problems before they grow.
Complex, resilient, and secure systems: Where combinatorial methods and system testing meet cybersecurity
Today’s systems are more connected and vulnerable than ever.
In this session, Dimitris E. Simos reveals how combinatorial testing, a method proven in software, can now strengthen cyber-physical systems, boost resilience, and expose hidden weaknesses before they cause trouble.
💡 See how advanced analytics and smart testing can make your systems more secure, reliable, and future-ready.
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