30+ YEARSOF INNOVATION IN TECHNOLOGY EDUCATION
PROJECT-BASED K–12 TECHNOLOGY CURRICULUM
Teaching the skills of tomorrow...today!
For over three decades, TechnoKids has helped students turn technology skills into meaningful action. They do not simply learn software—they use technology to investigate, communicate, code, design, solve problems and create original work.
01CODE
02CREATE
03CONNECT
OUR PROMISETechnology skills
with purpose.
with purpose.
OUR CURRICULUM PHILOSOPHY
Technology becomes meaningful
when students use it to create.
TechnoKids was built on a simple belief: learning should be fun, personally meaningful and connected to the real world. Technology skills are taught inside projects where students make decisions, explore ideas and produce something that matters.
Not isolated commands→Transferable technology skills→Original student creations
A CURRICULUM THAT EVOLVES
The tools change.
Our purpose remains.
TechnoKids has grown with every major shift in technology education—from foundational computer skills and digital productivity to coding, data, artificial intelligence and responsible digital creation.
What has remained constant is our project-based approach. Students learn new technologies by applying them to authentic tasks, solving problems and communicating ideas.
HOW OUR CURRICULUM IS DEVELOPED
Purposefully designed—from standards to student creation.
Every course combines curriculum research, instructional design and technology expertise. The process begins with what students should understand and be able to do, then builds a meaningful project around those outcomes.
Begin with the future
We study technology, education standards and the skills students will need next—not only the tools used today.
Choose a meaningful context
Each course is built around an age-appropriate theme, authentic problem or professional role that gives technology a purpose.
Design the project
A culminating digital product makes learning visible: a story, game, website, campaign, program, model or intelligent solution.
Scaffold the skills
Assignments move from guided exploration and practice toward independent decisions, complex tools and higher-order thinking.
Plan for every learner
UDL, visual instructions, examples, templates, choice, reviews and extensions reduce barriers while preserving challenge.
Align, assess and improve
Standards, reflection and authentic assessment guide course development. Content is reviewed and updated as technology evolves.
PROJECT-BASEDSince the beginning.
LEARNING BY CREATING
Every course leads to something students can be proud of.
Students take on authentic roles—author, researcher, designer, programmer, entrepreneur or engineer—and respond to a meaningful challenge.
Question→Investigate→Plan→Create→Test→Improve→Share
- Real-world relevance and authentic tasks
- Inquiry, critical thinking and problem-solving
- Student voice, choice and ownership
- Collaboration, reflection and an authentic audience
A PROGRESSIVE K–12 LEARNING JOURNEY
From first digital steps to confident innovation.
Skills are intentionally scaffolded within and across grade levels. Tasks become more complex, students gain independence and technology becomes a powerful tool for thinking and creation.
Primary Grades 1–3
Explore
Build digital confidence through storytelling, drawing, presentations, safe technology use and first coding experiences.Explore Primary coursesJunior Grades 3–6
Create
Use digital tools to research, communicate and create while developing coding, data and digital citizenship skills.Explore Junior coursesIntermediate Grades 6–9
Build
Design websites, programs, data projects and interactive solutions through deeper computational and critical thinking.Explore Intermediate coursesSenior Grades 8–12
Innovate
Apply advanced coding, AI, data, design and entrepreneurial thinking to authentic challenges and career-connected projects.Explore Senior coursesTHE CURRICULUM IN PRACTICE
Skills return, connect and deepen.
A spiral curriculum does not teach a skill once and move on. Students revisit important ideas in new projects, use them across subject areas and take on greater technical and ethical responsibility as they progress.
LEARNING THREAD
Coding & computational thinking
01
Primary
TechnoTales
Animate a fairy tale in ScratchJr. Story sequence becomes a first experience with events and coding.
02
Elementary
TechnoArcade
Design playable Scratch games. Learners revisit sequencing while adding logic, interaction, testing and debugging.
03
Middle years
TechnoPython
Build games with text-based Python, applying variables, loops and conditionals with greater precision and independence.
LEARNING THREAD
Technology integrated with subjects
01
Language + CS
TechnoTales
Combine storytelling, character development and oral language with beginner programming.
02
Research + literacy
TechnoResearch
Use Word or Docs to investigate a topic, evaluate information, organize ideas and communicate findings.
03
Science + citizenship
TechnoEarth
Research an environmental issue and build an interactive Google Sites infographic that informs and inspires action.
LEARNING THREAD
Safe, ethical & creative AI
01
Primary
TechnoHelper Bots AI
Train simple models and ask whether an AI helper is kind, fair and useful; then code an ethical Helper Bot pledge.
02
Middle years
TechnoBot AI
Design intelligent transport systems while considering safety, copyright and the viewpoints of people affected by AI decisions.
03
Senior
TechnoFuture AI
Create with generative AI while examining benefits, risks, privacy, creative licensing and transparent disclosure of AI use.
LEARNING THREAD
Design thinking & innovation
01
Elementary
TechnoCandy
Investigate a business problem, survey users, analyze real data and recommend an evidence-based design solution.
02
Middle years
TechnoRestaurateur
Use customer preferences to define a concept, design a brand and floor plan, and evaluate whether the venture can succeed.
03
Senior
TechnoPlanner
Act as an event planner, identify client and event-information needs, then design and test a Microsoft Access solution using tables, forms, queries and reports.
LEARNING THREAD
Safe & responsible digital citizenship
01
Primary
TechnoMe
Practice safe, respectful and responsible behavior while sharing creations, commenting positively and explaining personal choices.
02
Elementary
TechnoInternet
Assess trustworthy websites, protect privacy, respect copyright, address cyberbullying and build digital resilience.
03
Junior
TechnoSite
Evaluate websites and search engines, then publish a purposeful website designed for safe navigation, quality content and peer feedback.
The TechnoKids difference: familiar concepts reappear through fresh, age-appropriate projects—moving learners from guided exploration to independent, responsible creation.
THE SKILLS OF TOMORROW
Four connected areas of technology learning.
Students build technical proficiency alongside the critical, creative and ethical thinking needed to apply technology well.
Digital Literacy
Find, evaluate, create and communicate information with confidence, purpose and responsibility.
Coding
Develop algorithms, computational thinking and problem-solving through block-based and text-based programming.
AI Literacy
Understand, question and create with AI while considering accuracy, bias, privacy, ownership and ethics.
STEM & Design
Connect technology with science, engineering and mathematics to investigate, prototype and improve solutions.
TECHNOLOGY INTEGRATION
Technology skills connected to the wider curriculum.
Students might publish a biography, analyze survey data, create an environmental campaign, code a game, build an interactive map or develop an AI-supported solution.
This interdisciplinary approach allows TechnoKids projects to enrich computer classes, STEM programs and subjects such as language arts, mathematics, science, social studies, geography, business and the arts.
LanguageMathematicsScienceHumanitiesBusinessArts
TECHNOLOGY IS THE TOOLLearning
is the purpose.
is the purpose.
ResearchAnalyzeDesignCommunicate
DESIGNED FOR EVERY LEARNER
Common goals. Flexible pathways. Original outcomes.
TechnoKids applies Universal Design for Learning principles to reduce barriers, strengthen independence and provide appropriate support and challenge.
Open-ended themes and student choice make tasks personally meaningful.
Step-by-step instructions, illustrations, examples, templates and video support scaffold learning.
Students apply shared technology skills to create original work that reflects their interests and abilities.
Reviews provide practice while extension activities deepen and enrich learning.
GLOBALLY INFORMED. CLASSROOM READY.
Standards guide every course.
Standards influence learning objectives, themes, technology skills and assessment. Correlations help educators connect TechnoKids projects to local and international curriculum expectations.
ISTEEmpowered digital learners
CSTAComputer science concepts
DQDigital intelligence
GLOBALCommon Core · England · OntarioTHE TECHNO KIDS DIFFERENCE
More than 60 courses.
One enduring philosophy.
Experience shaped by classrooms and continuous technology change.
Skills build from digital foundations to coding, AI and innovation.
Every course turns skills into an authentic student creation.
Choice, scaffolding, flexibility and challenge are built into the curriculum.
Teaching the skills of tomorrow...today!
Give every student the confidence to create with technology.
Explore a K–12 curriculum built on more than 30 years of project-based technology education.