Engineering Is Elementary (Essay Sample)

Building Math
Building Math is a middle school interdisciplinary curriculum that can use the following teaching methods to enable students master the contents better:
• Overview - Teachers often use this method by teachers to help students understand concepts faster. This is a very simple tool that will review common lessons, formulas and other relevant information in previous tutorials.
• Time Tests - Teachers include time tests for first graders in the classroom to assess students' comprehension. This is mostly after learning simple concepts of numbers addition, subtraction, multiplication and division.
• Working in pairs - Math encourages students to work in pairs and solve problems while following the instructions provided together. It improves students' critical thinking skills to deal with math problems and real life.
• Manipulation Tools - Students learn the basics of place value, addition, subtraction, and other areas of basic math using blocks, fruits, balls, or other manipulative tools to learn and understand basic skills.
• Math Games - To make math lessons fun and interesting, teachers provide math games to their students through computer games or class games, so that they can learn and understand the material (Willis, 2010).
Students acquire skills, knowledge and understanding of mathematics from preschool to 12th standard using established material standards. Everest Trek has five content standards, each covering a specific perspective and sorted by ranking:
• Numbers and Operations: Includes an understanding of numbers and number systems, as well as the meaning of operations and their relationships.
• Algebra: This includes the presentation of mathematical situations, models, and structures using algebraic symbols and a clear understanding of patterns, functions, and their relationships.
• Geometry: This involves analyzing the characteristics and properties of two-dimensional and three-dimensional geometric shapes and developing mathematical arguments about geometric relationships.
• Measurement: Involves understanding the measurable attributes of measurement objects and units, systems and processes, and applying appropriate methods, tools, and formulas to define measurements.
• Data Analysis and Probability: Involves asking questions that can be solved with the help of data, as well as collecting, organizing, and visualizing relevant data to answer it, and using appropriate statistical methods to analyze the data