Stephen Gallets

Describes the forces on an aircraft and how to calculate lift and drag forces on an aircraft. Understanding the Physics of Flight.

Describes what G forces are and the different types of G forces one experiences in aircraft and how engineers must design high speed vehicles and roller coasters to account for this potentially deadly force.

Presentation designed to demonstrate how an internal combustion works. Used in my engineering class under the mechanical engineering phase.

Basic engineering understanding of the engineering principles used in hydraulics. Related to Chemical and Mechanical engineering.

Presentation to explain how nuclear power is used to generate electricity

Presentation on how automobile engines work and various designs that are used to power automobiles. Correlates well on how an internal combustion engine works.

Marine Engineering concepts around the science and physics of buoyancy.

Physics and engineering behind nuclear weapons based on atomic theory and particle physics

Assessment to measure student understanding of nuclear power and weapons.

Assessment on Buoyancy

High School Junior or Senior level presentation on structural forces on various types of bridges. Takes into account basic static structural forces encountered on bridge designs. Reviews compression and tension forces on bridges.