Mathematics is an essential part of the work of a civil engineer. From the Arizona Department of Transportation (ADOT) to the design and budgeting of major public works, such as bridges, airports, tunnels and dams, civil engineers rely on mathematical calculations to get the job done. If you're considering a career in civil engineering, you'll need to be proficient in mathematics, calculus, algebra, geometry, physics and chemistry. Georgia Tech's Bachelor of Science in Civil Engineering requires eight hours of physics and eighteen hours of mathematics-related courses.
Thermodynamics classes necessitate a foundation in chemistry, structural engineering, hydraulics and construction, physics and mathematics. During your studies, you'll likely take calculus I, II and III, as well as differential equations. Civil engineering is a profession that applies the principles of mathematical and physical sciences to design and develop structures and methods to use the materials and forces of nature for the benefit of humanity. To ensure quality standards are met, students should look for programs with ABET accreditation.
Once licensed, engineers must renew their license annually or biennially; New Mexico requires odd-numbered licenses to be renewed by December 31 in odd-numbered years. At the university level, civil engineers will normally need to complete three to four levels of calculation. Measuring and analyzing risk is a key skill in engineering, and most civil engineering programs require students to take courses in probability and statistics to develop the skills and knowledge necessary to quantify risk and safety in their designs. Differential equations are one of the most challenging mathematics courses you'll take when you're pursuing a civil engineering degree.
The Bachelor of Science in Civil Engineering at the University of Washington (UW) in Seattle certifies that 85% of students participate in internships. Most civil engineering programs require Calculus 1 and Calculus 2, while some also require students to take Calculus 3.Civil engineering is a rewarding field that requires dedication and hard work. With a strong foundation in mathematics and science, you can make your dreams of building bridges or designing complex public transport systems come true.
