Description
This 6-page resource about how smartphones are made combines a clear, grade-appropriate informational text with built-in comprehension, vocabulary, grammar, and critical-thinking activities. Students learn about the engineering and manufacturing process behind modern smartphones, from the initial design and prototype stage to sourcing materials, assembling components, and conducting quality-control testing.
Teachers can use this ws as a stand-alone nonfiction reading lesson, an engineering and technology activity, or as part of a STEM, science, or informational text ELA unit. The article helps students understand real-world applications of mathematics, reading, science, and problem-solving while building content-area literacy skills. The included multiple-choice questions, vocabulary exercises, grammar practice, and open-ended writing prompts support close reading, academic vocabulary development, and written responses aligned with Common Core standards.
This resource works well for independent practice, small-group instruction, homework, enrichment, early finishers, or substitute teacher plans. It also lends itself to extension activities such as researching technology careers, investigating how electronic devices are designed, or exploring the materials used in modern electronics.
Highlights
Description
This 6-page resource about how smartphones are made combines a clear, grade-appropriate informational text with built-in comprehension, vocabulary, grammar, and critical-thinking activities. Students learn about the engineering and manufacturing process behind modern smartphones, from the initial design and prototype stage to sourcing materials, assembling components, and conducting quality-control testing.
Teachers can use this ws as a stand-alone nonfiction reading lesson, an engineering and technology activity, or as part of a STEM, science, or informational text ELA unit. The article helps students understand real-world applications of mathematics, reading, science, and problem-solving while building content-area literacy skills. The included multiple-choice questions, vocabulary exercises, grammar practice, and open-ended writing prompts support close reading, academic vocabulary development, and written responses aligned with Common Core standards.
This resource works well for independent practice, small-group instruction, homework, enrichment, early finishers, or substitute teacher plans. It also lends itself to extension activities such as researching technology careers, investigating how electronic devices are designed, or exploring the materials used in modern electronics.




