The environment that we live in is greatly affected by the feats of engineering minds. The laptops and computers that individuals and businesses use to research and store data are all products of computer engineering. The streets, highways, and bridges that residents rely on to get from one place to another all exist because of the work and planning of civil engineers. Even the landfills and waste treatment plants that every big city needs are regulated by environmental engineers.
Engineering students typically take courses in advanced mathematics and physics to prepare them for the complexities that inevitably come with engineering jobs. All engineering specialties require students to be proficient in those skills, though the actual specialties may have very little in common. For example, computer engineers work with developing computers, as the name suggests. However, physics and mathematics skills are needed in this niche because many programming languages are mathematically-based. On the other hand, aerospace engineers work with developing space crafts and other aviation vehicles like military jets and commercial aircrafts. Mathematics and physics skills are needed in this instance due to the complexities of factoring in air resistance, engine thrust, and other flying-specific variables.
