TechnoKids technology projects blend ICT and STEM activities into curriculum. Lesson plans use an interdisciplinary approach to integrate science, technology, engineering, and mathematics (plus the arts) into learning.

1. ICT and STEM Activities

2. Blend ICT and STEM
Activities into
Curriculum
Technology advancements are
revolutionizing every aspect of our
lives. To thrive in the digital era
people need to understand how to
use various technologies effectively
to acquire, analyze, communicate,
and create information.
The collection of TechnoKids
technology projects form a computer
curriculum that is designed to
develop the skills students need
today and provide a solid foundation
that will guide them to future
success.

3. ICT Education and
Project-Based Learning
Information communication
technologies (ICT) can enhance
education.
The integration of technological tools
and resources into curriculum has been
linked to improvements in student
engagement, comprehension of content
knowledge, and application of skills.
Blending ICT into curriculum using
project-based learning (PBL) makes
learning meaningful.

4. TechnoKids
Supports STEM
Education
Scientists, technology experts, engineers, and
mathematical thinkers will shape the products and
services of tomorrow.
STEM education places a focus on science,
technology, engineering, and mathematics.
The primary goal of blending these disciplines into
curriculum is to provide students with the knowledge
and skills required to pursue STEM related careers.

5. TechnoKids Prepares
Students for the
Future
Project-based learning
promotes scientific
inquiry, mastery of
technology tools,
advancement of
computer engineering,
and the application of
mathematical
reasoning.

6. TechnoKids Opens Doors
to Future Possibilities
Through role play, students assume professions such as
web developer, statistician, database administrator,
financial analyst, or computer support specialist.
Using an interdisciplinary approach, students blend
learning from multiple subject areas to project manage,
synthesize vast amounts of information, collaborate with
others, and disseminate information effectively.
Computer-based tasks include opportunities for students
to enhance communication, leadership, teamwork, time
management, goal setting, and self-monitoring skills.
The ability to adapt existing knowledge and skills to new
situations is key to thriving in STEM jobs that have not yet
been invented.

7. TechnoKids Builds a Foundation
for the Scientists of Tomorrow
Thought provoking challenges invite students to
ask questions, formulate a plan to guide inquiry,
collect data, interpret findings, and present
conclusions.
Meaningful tasks encourage students to conduct
primary research by recording first-hand
experiences or secondary research by reviewing
the work and findings of others.
Open-ended activities empower students to
tackle real world problems.
Personalized learning allows students to pursue
an area of interest. This provides an opportunity
to comprehend science concepts.

8. TechnoKids Transforms Students
into Technological Experts
Skill building tasks combine
word processing, spreadsheet,
presentation, graphic design,
desktop publishing, and
databases.
A thorough understanding of
how to use software
applications is required in a
digitized workplace.
Lessons emphasize the
importance of practicing
appropriate and responsible
technology use. This produces
digital citizens that have the
integrity to apply STEM
innovations for the betterment
of society.

9. TechnoKids Introduces Computer
Engineering in a Fun Way
Coding exercises apply HTML and CSS to build a web page. This
ignites a passion for software and web development.
Instructions detail how to construct tables, forms, queries, and
reports to manage information. These skills can be expanded upon
to pursue positions in database development or database
management.
By participating in a simulation, students become computer
specialists who convey information about how devices work. This
form of role play kindles further interest in STEM related
occupations such as computer technician, network specialist, or
robotic engineer.

10. TechnoKids Applies Mathematical Reasoning
to Solve Problems
Practical scenarios apply mathematical
concepts to activities that make math
enjoyable and non-threatening.
Role play allows students to nurture an
interest in career choices in STEM fields such
as marketing, business, entrepreneurship,
investing, and statistics.
Concrete experiences help students apply
mathematical strategies to discover viable
solutions. These learning opportunities
stimulate the critical thinking skills and logical
reasoning required in STEM professions.
Engaging lessons foster skills that are a
precursor to learning advanced STEM tools for
computation or data manipulation.

11. TechnoKids Integrates the Arts into STEM
Media arts projects engage students in visual storytelling, animation, and
graphic design. The activities promote divergent thinking.
Digital art activities have students experiment with tools to discover their
purpose.
Artistic challenges apply the principles of design to express an idea.