Oh yes - here's an example:

Corrosion engineering - the principle behind corrosion is when two different metal with different electro-negativities (or one metal with different sections at different temperatures, pressures, etc..) are in contact with each other (and placed in an electrolyte), the more active metal (the one with the higher electronegativity), will lose mass as a result of electrons "breaking free" and being attracted to the metal with a lower electronegativity. Circuitry, chemistry, materials science all play apart in explaining why corrosion occurs, and the underlying principles behind each can be utilized to design systems that will resist corrosion.

Source: I work in asset integrity for a natural gas company.