Level Up Through Digital Discoveries 7

Grades: 6 - 12

Level Up through Digital Discoveries empowers students from grades 1‒12 to develop critical thinking, innovation, and collaboration skills that prepare them for academic success and future tech-driven careers. In Grade 7, learners will master increasingly advanced coding, robotics, and digital design skills, while building creativity, critical thinking, and confidence to innovate with real-world technology.

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Program Details

Inspiring Innovation and Future-Ready Skills

The comprehensive Level Up through Digital Discoveries series guides students from their very first clicks in Grade 1 to mastering advanced computing and programming concepts by the end of Grade 12. Across each level, students build confidence in digital communication, coding, design, cybersecurity, AI, and real-world problem-solving. Structured lessons, creative projects, and hands-on activities empower students to build their computing skills.

This program guides Grade 7 students through advanced digital skills, including Python coding, physical computing with micro:bit, game and app design, and AI concepts. Through structured lessons and hands-on projects, students will strengthen their problem-solving, creativity, and collaboration, while exploring real-world tech applications. By coding games, building smart devices, and working with genAI tools, students gain practical experience with emerging technologies and digital innovation.

Skill building – Students will learn digital skills such as programming in Python, physical computing, micro:bit programming, digital design, AI concepts, and data management.

Active learning – The engaging and interactive activities will ensure students are learning to be both independent and able to think critically.

Bringing the subject to life – This program features a suite of engaging real-life scenarios and activities to engage and motivate learners.

Commitment to pedagogy – The book follows a spiral curriculum ensuring that students are shown the material at relevant and appropriate grade levels, each time at a higher level of difficulty and in greater depth.

Robotics and AI – These are introduced in our earliest grades and gain complexity as learners work their way through the content, with supplementary content available for Robotics for Grades 1‒8.

1: Creating a Document

Lesson 1: Formatting Text – p. 7
Lesson 2: Advanced Formatting – p. 23
Lesson 3: Images and Graphics – p. 33
Lesson 4: Working with Tables – p. 43
Lesson 5: Check and Print – p. 55

2: Working with Numbers

Lesson 1: Advanced Formatting – p. 75
Lesson 2: Simple Calculations – p. 86
Lesson 3: Logical Functions – p. 98
Lesson 4: Create a Chart – p. 109
Lesson 5: Computer Models – p. 117

3: Getting Started with Physical Computing

Lesson 1: Introduction to the micro:bit – p. 129
Lesson 2: Interacting with the micro:bit – p. 142
Lesson 3: Variables – p. 153
Lesson 4: Decision-Making – p. 163
Lesson 5: Loops – p. 174

4: Presenting Your Ideas

Lesson 1: Slides, Text, and Images – p. 187
Lesson 2: Transitions and Animations – p. 199
Lesson 3: Sound, Video, and 3D Models – p. 209
Lesson 4: Charts and Graphs – p. 217
Lesson 5: Tips and Tricks – p. 225

5: Introduction to Python

Lesson 1: Introduction to Programming – p. 239
Lesson 2: Variables and Commands – p. 249
Lesson 3: Input Data – p. 259
Lesson 4: Conditional Statements – p. 268
Lesson 5: Multiple Decisions – p. 277

6: The Evolution of Technology

Lesson 1: History and AI Technologies – p. 293
Lesson 2: Emerging Technologies – p. 305
Lesson 3: Intro to GenAI – p. 313
Lesson 4: Prompt Engineering – p. 323
Lesson 5: Issues and Social Impact – p. 334

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