Lesson 2: Measurements and Materials

Introduction to Measurements in Engineering Design

Lesson 2: Measurements and Materials

Table 1.2: Multiples and submultiples most commonly used with SI units

Using Measurements in Engineering Design

Lesson 2: Measurements and Materials

Introduction to Materials in Engineering Design

Lesson 2: Measurements and Materials

Types of Material Properties

Lesson 2: Measurements and Materials

Thermal properties

Chemical properties

Lesson 2: Measurements and Materials

Electrical properties

Magnetic properties

Lesson 2: Measurements and Materials

Materials Used in Engineering Design

Table 1.10: Materials in engineering design

Lesson 2: Measurements and Materials

Table 1.10: Materials in engineering design: Metals

The Makkah Clock Tower is an architectural feat that stands as a symbol of Islamic culture and heritage

Lesson 2: Measurements and Materials

Provide two units of measurement for each type of unit

Read the sentences and tick True or False

Lesson 2: Measurements and Materials

List three advantages and considerations when using precise measurements in engineering design projects

Explain why engineering projects do not all use the same units of measurement

Lesson 2: Measurements and Materials

Specify the difference between a material's toughness and ductility

Classify the most common considerations when choosing materials for an engineering design project

Lesson 2: Measurements and Materials

Distinguish a material's toxicity and biocompatibility and explain why they are important

Analyze in what circumstances dielectric strength and loss tangent are considered when choosing a material

List three categories of materials, describe them, and give some examples and applications.