January 17, 2019 — Kathy Bautista, Senior Sales Initiatives Manager, Academic Sales
As many teachers make the transition back into classes after the holidays, quite a few have plans to update lessons to include segments that introduce data science concepts. Why, you ask?
According to a LinkedIn report published last week, the most promising job in the US in 2019 is data scientist. And if you search for the top “hard skills” needed for 2019, data science is often in the top 10.
Data science, applied computation, predictive analytics… no matter what you call it, in a nutshell it’s gathering insight from data through analysis and knowing what questions to ask to get the right answers. As technology continues to advance, the career landscape also continues to evolve with a greater emphasis on data—so data science has quickly become an essential skill that’s popping up in all sorts of careers, including engineering, business, astronomy, athletics, marketing, economics, farming, meteorology, urban planning, sociology and nursing.
December 13, 2018 — Jesika Brooks, Blog Editor - EduTech, Public Relations
A version of this post was originally published on the Tech-Based Teaching blog as “Computational Lesson-Planning: Easy Ways to Introduce Computational Thinking into Your Lessons.” Tech-Based Teaching explores the intersections between computational thinking, edtech and learning.
Sometimes a syllabus is set in stone. You’ve got to cover X, Y and Z, and no amount of reworking or shifting assignments around can change that. Other factors can play a role too: limited time, limited resources or even a bit of nervousness at trying something new.
But what if you’d like to introduce some new ideas into your lessons—ideas like digital citizenship or computational thinking? Introducing computational thinking to fields that are not traditionally part of STEM can sometimes be a challenge, so feel free to share this journey with your children’s teachers, friends and colleagues.
November 20, 2018 — Brian Wood, Lead Technical Marketing Writer, Document and Media Systems
Thanks to the Wolfram Language, English teacher Peter Nilsson is empowering his students with computational methods in literature, history, geography and a range of other non-STEM fields. Working with a group of other teachers at Deerfield Academy, he developed Distant Reading: an innovative course for introducing high-level digital humanities concepts to high-school students. Throughout the course, students learn in-demand coding skills and data science techniques while also finding creative ways to apply computational thinking to real-world topics that interest them.
In this video, Nilsson describes how the built-in knowledge, broad subject coverage and intuitive coding workflow of the Wolfram Language were crucial to the success of his course:
November 8, 2018 — Jamie Peterson, Technical Programs Manager, Document and Media Systems
Join Wolfram U for Wolfram Technology in Action: Applications & New Developments, a three-part web series showcasing innovative applications in the Wolfram Language.
Newcomers to Wolfram technology are welcome, as are longtime users wanting to see the latest functionality in the language.
September 18, 2018 — Devendra Kapadia, Kernel Developer, Algorithms R&D
Today I am proud to announce a free interactive course, Introduction to Calculus, hosted on Wolfram’s learning hub, Wolfram U! The course is designed to give a comprehensive introduction to fundamental concepts in calculus such as limits, derivatives and integrals. It includes 38 video lessons along with interactive notebooks that offer examples in the Wolfram Cloud—all for free. This is the second of Wolfram U’s fully interactive free online courses, powered by our cloud and notebook technology.
This introduction to the profound ideas that underlie calculus will help students and learners of all ages anywhere in the world to master the subject. While the course requires no prior knowledge of the Wolfram Language, the concepts illustrated by the language are geared toward easy reader comprehension due to its human-readable nature. Studying calculus through this course is a good way for high-school students to prepare for AP Calculus AB.
August 30, 2018 — Chapin Langenheim, Editorial Project Coordinator, Web and Product Release Management
Teachers, professors, parents-as-teachers—to ease the transition into the fall semester, we’ve compiled some of our favorite Wolfram resources for educators! We appreciate everything you do, and we hope you find this cornucopia of computation useful.
August 21, 2018 — Kyle Keane, Director of Summer Programs, Public Relations
The 16th annual Wolfram Summer School was another successful immersive education adventure made possible by the power of the Wolfram Language for rapid scientific exploration and software development. A select group of 62 participants from all around the world (ranging from advanced high-school students to postgraduate students and beyond) worked on a variety of computational projects related to science, technology and innovation and educational innovation. The three-week program was packed with cutting-edge technologies, intellectual discussions, innovation in action and community building.
July 12, 2018
Patrik Ekenberg, Applications Engineer, Wolfram MathCore
Anna Palmer, Intern, Wolfram MathCore
Explore the contents of this article with a free Wolfram SystemModeler trial. Life science teaches us to answer everything from “How can vaccines be used to indirectly protect people who haven’t been immunized?” to “Why are variations in eye color almost exclusively present among humans and domesticated animals?” You can now learn to answer these questions by using modeling with Wolfram’s virtual labs. Virtual labs are interactive course materials that are used to make teaching come alive, provide an easy way to study different concepts and promote student curiosity.
April 12, 2018 — Stephen Wolfram
The more one does computational thinking, the better one gets at it. And today we’re launching the Wolfram Challenges site to give everyone a source of bite-sized computational thinking challenges based on the Wolfram Language. Use them to learn. Use them to stay sharp. Use them to prove how great you are.
The Challenges typically have the form: “Write a function to do X”. But because we’re using the Wolfram Language—with all its built-in computational intelligence—it’s easy to make the X be remarkably sophisticated.
The site has a range of levels of Challenges. Some are good for beginners, while others will require serious effort even for experienced programmers and computational thinkers. Typically each Challenge has at least some known solution that’s at most a few lines of Wolfram Language code. But what are those lines of code?
March 14, 2018 — Swede White, Lead Communications Strategist, Public Relations
Daniel George is a graduate student at the University of Illinois at Urbana-Champaign, Wolfram Summer School alum and Wolfram intern whose award-winning research on deep learning for gravitational wave detection recently landed in the prestigious pages of Physics Letters B in a special issue commemorating the Nobel Prize in 2017.
We sat down with Daniel to learn more about his research and how the Wolfram Language plays a part in it.
