Since elementary school I have learned to use mathematics on a daily basis. As all my teachers told me, all jobs require basic knowledge of mathematics. In the fourth grade, I learned an architecture module in my AIG class, and ever since then the idea of ​​becoming an architect and designing amazing buildings has always fascinated me. I knew that architecture would probably involve a high level of mathematics, and although I wasn't very keen on mathematics at the time, I felt that it was something I could tackle and achieve. Mathematics is an important part of everyday life and must be applied to most occupations. In this article I will talk specifically about my childhood dream job as an architect and how mathematics is present every day, for example algebra, trigonometry, Pythagorean theorem, probability and statistics and many other types. I will also interview an architect to get a feel for the work. To understand how mathematics is used in architecture, we must first understand what kind of education is required to become an architect. Most states require architects to be trained in a program approved by the National Architecture Accrediting Board, or NAAB for short. Training in such programs usually results in a Bachelor of Architecture (B.Arch.), a Master of Architecture (M.Arch.), or a Ph.D. in Architecture or Doctor of Architecture (D.Arch.). A Bachelor of Architecture course lasts 5 years and focuses on structural design, architectural theory and construction methodology. A B.Arch. requires 162 college credits. Courses for a Bachelor of Architecture cover topics such as environmental design, universal design for the disabled, and architectural documentation. Students in this program receive instruction…middle of the paper…you” at the field level. Additionally, it also includes a "Home Run Porch" in right field, a picnic deck in left field and berm seating outside. Today I asked Mr. Montgomery about his profession as an architect and the types of mathematics he uses on a daily basis. He explained to me that during most of his architectural work, he takes a lot of measurements for construction projects and makes sure they are drawn to scale. He also has to find the measures of angles in a room, and this sometimes uses trigonometry or algebra. Mr. Montgomery also explained that his job requires a lot of linear programming, which he completes on the computer. In conclusion, architecture is a career that requires a lot of education in mathematics and uses mathematics often. With the information I have gathered, I hope I have been able to give you, the reader, an idea of ​​how much architecture requires mathematics.