…real-world engineering. The SEE-IT (Science and Engineering Education for Infrastructure Transformation) project leverages the modern-day Internet of Things to engage students in thinking about design from a systems perspective. According…
…highly interactive simulation is needed that can allow students to play around in a world of atoms and molecules in order to gain a feel for this peculiar world. This…
…goes on in the world around them and what it takes to address real-world issues, and what they might want to be and do someday. So it turns out that…
…of why engineers want to build an insanely tall tower that rivals the height of Burj Khalifa in Dubai, the tallest building in the world. You can even use Energy2D’s…
…Internet of Things (IoT) connectivity—a far cry from the simple germination experiments students usually encounter. An article in the Fall 2017 Concord Consortium newsletter (“Science Thinking for Tomorrow Today”) describes…
There are many ways of viewing our path in the world. Some people focus on the road ahead, considering each step one at a time. Some look slightly farther, to…
It takes a lot of computation to model the atomic and molecular world! Fortunately, modern Web browsers have 10 times the computational capacity and speed compared with just 18 months…
…units of decades. Yet this work plays against today’s societal backdrop of radical technological transformation, where changes and new ideas—in devices, startups and even in classrooms—occur on practically a monthly…
…in particular. But opportunity beckons. With today’s revolutions in science, engineering and technology, the possibilities for transforming education have never been greater. Our Vision We envision a world where all…
CONCORD, Massachusetts, June 24 – The Molecular Workbench software developed by the Concord Consortium was awarded a SPORE Prize, Science Magazine announced today. The Science Prize for Online Resources in…