Do you ever wonder how math is used in structural engineering? Meet engineer, Fae Garstang, from Schaefer. This educational kids' math video shows students how structural engineers use math daily! Curious about how math is used to build...

In this video I discuss "Civil Vs Mechanical Engineering." These two majors start off very similar in college but then become very different. Civil engineers branch off into their subfields including structural engineering,...

You've heard of Engineers, I'm sure. But, what are Engineers? Well, it turns out that they're all kinds of people doing all kinds of neat work! Want to be one? Well, join Sabrina in this episode of Crash Course Kids where she talks about...

In this video I discuss "What is civil engineering?" Most people probably know this major consists of working on bridges, buildings, dams, and so on. But you may not know that civil engineering is broken up into...

This video highlights the collaboration between structural engineer Jeff Calvert and vascular surgeons at University College London to research aortic aneurysms. Jeff's expertise in measuring stresses and strains in metal engineering...

In a tsunami, devastation is created by far more than the wave itself. Debris that hits homes and other structures plays a huge role in a tsunami's destructive power. But until now, engineers could only estimate the forces at work when...

What's it really like to be a civil engineer? What does a civil engineer do all day? Ken Maschke shows us some of the latest engineering projects taking place at Thornton Tomasatti and what his typical day is like inside and outside the...

This week we’re going underground to explore geotechnical and seismic engineering. We’ll look at how structures connect to the ground and transmit loads through their foundations, and how those foundations need to provide a high bearing...

We’re beginning our engineering journey with a tour through the major branches. Today Shini explains the facets of civil engineering, including structural and construction engineering, city planning, transportation, and sanitation.

This week we’re headed out to sea for some marine engineering. How do we design ships to handle aquatic environments? How do we deal with marine life and corrosion and all of the other problems that come with engineering in the ocean?...

This week we are exploring biodevices and the part they play in the healthcare world. We’ll look at the challenges of implantable biodevices, like biocompatibility, power and connectivity, packaging, structural design, delivery systems,...

What if you were on a high floor of a skyscraper and the building started swaying? Today we’ll explore statics and dynamics, and what they mean for the structures we design. We look at the idea of static equilibrium, forces, and torques,...

This arthropod may look modest, but it actually used brilliant engineering to become the world’s most resilient beetle - and we might be able to use its design for our own engineering purposes.

This arthropod may look modest, but it actually used brilliant engineering to become the world’s most resilient beetle - and we might be able to use its design for our own engineering purposes.

Paul Andersen explains how the structure of objects are related to their function and vice versa. He begins with a quick quiz on bicycle construction and ends with a progression of teaching for students grades K-12. He also explains...

How do the structures of organisms enable life's functions? Benchmarks for grades 2, 5, 8 and 12 are included.

Calculus is a branch of mathematics that deals with very small changes. Calculus consists of two main segments—differential calculus and integral calculus. Differential calculus primarily deals with the rate of change of things, while...

Researchers at the state-of-the-art Structural Engineering and Materials Laboratory at the Georgia Institute of Technology are using a full-scale model building to test new ways to protect structures from earthquakes and...

Researchers at the state-of-the-art Structural Engineering and Materials Laboratory at the Georgia Institute of Technology are using a full-scale model building to test new ways to protect structures from earthquakes and potentially save...

Researchers at the state-of-the-art Structural Engineering and Materials Laboratory at the Georgia Institute of Technology are using a full-scale model building to test new ways to protect structures from earthquakes and potentially save...

Building sensors feed new community models to maximize function, minimize disruption after an earthquake



Description: Structural engineers at the University of California, Los Angeles, (UCLA) are using downtown Los...

In a tsunami, devastation is created by far more than the wave itself. Debris that hits homes and other structures plays a huge role in a tsunami's destructive power. But until now, engineers could only estimate the forces at work when...

In the previous video I discussed the most popular mechanical engineering concentrations. Outside of those main one's though, the concentrations aren't as well defined at every university. I grouped together some large topics...

Biomedical engineering is a broad major that encompasses mechanical engineering, electrical engineering, materials engineering, biology, computer science, and computer engineering. It's about using all these...