Intermediate

Ages 11-14 | Grades 6-9

Digital Literacy Profiency

Develop competence in using multiple apps. Design publications, build websites, program games, invent prototypes, and more.

ai curriculum for middle school

Global Standards Driving Digital Intelligence Education

TechnoKids has been awarded the Powered by DQ seal. You can be confident that our courses deliver high-quality learning experiences. Our program meets global standards for digital literacy, skills, and readiness.

TechnoKids Collections align with multiple digital intelligence competencies within the DQ Global Standards (IEEE 3527.1TM).

Recommended Sequence

Ages 11-12 | Grade 6 or 7

Computer Applications | Digital Literacy
word processing

TechnoNewsletter

Design a professional-looking publication using Google Docs or Microsoft Word lesson plans. Build word processing skills.

spreadsheet
publishing
word processing
graphics

TechnoRestaurateur

Launch a business venture. Propose a unique restaurant concept with entrepreneurship lessons. Build financial literacy.

word processing
spreadsheet
presentation

TechnoTravel

Promote a weekend getaway. Research a destination. Construct a compelling and persuasive advertisement.

Computer Science
animation
coding
game development

TechnoCode

Spark an interest in computer science with STEM lessons. Coders create an activity studio for their friends.

artificial intelligence
presentation
spreadsheet

TechnoFuture

Imagine the future. Create an interactive science fiction story that explores AI in daily life using PowerPoint or Google Slides.

Ages 12-13 | Grade 7 or 8

Computer Applications | Digital Literacy
graphics
publishing
word processing

TechnoBiography

Compose a biography with a media gallery of artifacts. Word processing lesson plans use Google Docs or Microsoft Office.

spreadsheet
word processing
graphics

TechnoBudget

Learn personal finance. Build a budget and justify a spending plan using financial literacy lesson plans.

presentation
word processing

TechnoMap

Connect noteworthy people, significant events, and places. Map skills lesson plans use Google Slides or PowerPoint.

Computer Science
coding
web design
graphics

TechnoHTML5

Code a one-of-a-kind web page with HTML and CSS lessons for beginners. Style text, graphics, and hyperlinks.

Ages 13-14 | Grade 8 or 9

Computer Applications | Digital Literacy
web design
graphics
presentation
publishing
digital citizenship
internet

TechnoEarth

Become an environmental steward. Publish a powerful call to action using Google Sites, Docs, Slides, Sheets, and more.

data analysis
spreadsheet

TechnoQuestionnaire

Investigate an issue. Conduct a Google Forms survey to track popular opinion, display data, and interpret results.

word processing
presentation

TechnoDebate

Collaborate with a partner to debate the pros and cons of a controversial issue. Prepare a convincing animated debate.

Computer Science
coding
game development

TechnoPython

Tackle programming missions: Pet Monster Rescue, Adventure Quest, and more. Share insights in a coding presentation.

artificial intelligence
presentation
coding

TechnoBot AI

Program a drone delivery system, robot pick-up service, and self-driving bus to solve real world problems using AI.

Beginner

Intermediate

Difficult

Intermediate technology courses are for middle or high school students. They develop proficiency in using technology. Activities emphasize critical, creative, and computational thinking. Students design publications, analyze data, build web pages, program games, and more!

Ages 11-12

Grade 6 or 7

Ages 12-13

Grade 7 or 8

Ages 13-14

Grade 8 or 9

Animation

trigger events with broadcasting; adjust order of events; set advancement options

set duration of events; zoom to content; restrict advancement options

sense when to start or stop an action; respond to events to control movement

Artificial Intelligence

explore emerging & futuristic technologies; apply AI design tools

invent AI prototypes; examine societal impact; study computer vision

Coding

design programs with Scratch; remix code; loop; create variables; perform operations

design a webpage with HTML & CSS; insert text, images, lists, & links; build a table

design programs with Python; create local & global variables, store lists; random library

Data Analysis

analyze data using formulas & graphs; predict values with trendline; examine findings

transform data using conditional formatting & filters; interpret results to justify decisions

conduct research with e-form; conduct pre-test; consider bias; explain results

Digital Citizenship

customize user profile; remix; control file sharing; co-author; add endnotes & footnotes

generate a bibliography; express digital empathy; identify as a digital content creator

recognize information bias; co-create; moderate comments; follow/unfollow members

Game Development

develop mazes & quests in Scratch; design a game studio; use multiple player controls

create a matching game, guessing game, & text-based adventure using Python; game test

Graphics

align shapes to page or selected objects; recolor images; merge shapes; set transparency

apply graphic skills to format shapes & images; use CSS attributes to style web-based images

apply graphic skills to format shapes & images; design an icon; set canvas size

Internet

Presentation

edit master slide; insert headers & footers; use slide views; set kiosk mode

produce non-linear presentation; control slide advancement; zoom to slides

collaborate on joint presentation; orders slides; set file permissions; add comments

Publishing

express ideas clearly and concisely; format page layout to suit the publication

enhance text readability; use graphic organizers to effectively present information

divide information into logical sections; insert captions to describe images; balance the layout

Spreadsheet

compare formulas; use built-in functions; apply trendline to chart & modify the style

apply conditional formatting; filter data; use sumif; construct absolute cell references

examine data collected with an e-form in a spreadsheet

Web Design

code a webpage with HTML & CSS; insert text, images, lists, & links; build a table

design a web-based infographic using WYSIWYG; embed slide deck, map, and drawings

Word Processing

create tables; add headers & footers; customize bullets; insert page & section breaks

apply heading styles; generate table of contents; add bookmarks; insert smartart

Intermediate technology courses are for middle or high school students. They develop proficiency in using technology. Activities emphasize critical, creative, and computational thinking. Students design publications, analyze data, build web pages, program games, and more!

How to Pick a Course

TechnoKids Intermediate Curriculum follows a progressive learning framework, where skills and competencies develop gradually across grades 6-9. Nevertheless, each TechnoKids course can be taught independently or combined with other titles to create a distinctive learning experience for middle school students. Here are some recommendations for choosing an Intermediate course:

  • Consult the Scope & Sequence.

    This framework organizes courses according to grade level and age. The difficulty level of courses progresses from left to right. As a result, the course in the first column is appropriate for the beginning of the school year, while the one in the last column is better suited for the end of the school year.

  • Assess whether a course aligns with the developmental stage of your students.

    While the Scope & Sequence framework provides recommendations, it's essential to evaluate the specific needs of your learners. If they require more challenging tasks, opt for a course from a higher grade. Conversely, if your students require simpler assignments, select a course from a lower grade.

  • Consider the technology skill you are required to teach.

    Each TechnoKids course emphasizes a key digital literacy skill, which serves as the central focus of the lessons. For instance, the activities may highlight word processing, spreadsheets, presentation, or coding. Select a course that matches your specific needs.

  • Integrate a course into an existing curriculum unit.

    TechnoKids courses offer flexibility as many of the tasks are open-ended. You can choose a course that aligns with a topic or theme you are currently teaching in another subject like history, mathematics, or language arts. For example, TechnoEarth integrates into an environmental unit, and TechnoMap fits well with geography.

  • Choose a project you want students to create.

    Explore the course descriptions to understand the assignments students undertake. For instance, are you interested in having your students invent AI prototypes, design an infographic, code a web page, participate in digital debate, or promote a weekend getaway?

  • Identify the available software.

    TechnoKids courses use various applications including Microsoft Office, Google Docs, Scratch, and IDLE Python. Before making a choice, assess whether students have the required software on their devices.

  • Take into account students' interests.

    TechnoKids courses offer numerous opportunities to apply digital tools in creative ways. Discuss with your students which ones capture their interests. For example, they can choose to enhance their word processing skills by creating either a fan club newsletter in TechnoNewsletter or by commemorating a notable person in TechnoBiography.

Intermediate technology courses are for middle or high school students. They develop proficiency in using technology. Activities emphasize critical, creative, and computational thinking. Students design publications, analyze data, build web pages, program games, and more!