AvakasLab

Hands-on satellite design for the next generation

Introducing space engineering education to middle and high school students through real-world CanSat satellite projects.

What is CanSat?

A simulation of a real satellite, integrated within the volume and shape of a soft drink can. CanSats offer students their first practical experience of a real space project, combining engineering principles with hands-on learning.

Students assembling the stacked circuit-board decks of a CanSat satellite, one holding a GPS patch antenna in place while another drives a screw.
"Space is an inspirational concept that allows you to dream big"
— Peter Diamandis

Five-Day Journey

From space fundamentals to launching your own satellite.

  1. 01

    Space & Satellite Foundations

    Understanding the space environment and satellite basics.

  2. 02

    Engineering & Micro-controllers

    Arduino programming and core engineering principles.

  3. 03

    Sensors, Data & Parachute Design

    Sensor integration and recovery system design.

  4. 04

    Mission Planning & Assembly

    Define mission objectives and build your CanSat.

  5. 05

    Launch & Presentation

    Present your mission findings and launch day.

The Avakas App

Our own software, built for the CanSat classroom. Lessons, a virtual Arduino IDE, a live ground station and an AI assistant, in one place from the first lesson to launch-day data.

The Avakas app dashboard, welcoming a student back with quick actions for Access Resources, Virtual Arduino IDE and Ground Station above a Learning Progress panel.

One home for the whole week.

Students pick up exactly where they left off. Training materials, the Arduino IDE and the ground station are one click away, and progress is tracked across the course.

  • Training documents, circuit diagrams and a 3D model of the CanSat
  • A short quiz closes every document before it counts as complete
  • Course progress visible to the student and their instructor

Learning that checks itself

Every training document ends in a quiz, so completion means understanding, not just scrolling to the bottom.

The CanSat in 3D

An interactive model of the full CanSat assembly that students can rotate and inspect before they build it.

Built for instructors

Instructors follow each student's progress and message them directly from their own dashboard.

Run by the school

Separate roles for students, instructors and admins. New problems, quizzes and documents are added in the app, no code required.

Our Mission

Introducing space engineering education to middle and high school students fascinated by space exploration.

Objective

Conceptual and practical skills in space engineering for the innovators of tomorrow.

Instructors

Trained facilitators and technology practitioners guiding every step of the journey.

Method

Experimental and project-based learning that brings space science to life.

Two students kneeling on the floor of a classroom, cutting and shaping red parachute fabric for their CanSat recovery system.

Partnership Benefits

Enhance your school's STEM education program.

Space Education
Integrate a space curriculum into your school's program.
STEM Enhancement
Enrich Science, Engineering & Technology subjects.
Space Club
Initialize ongoing space programs with students.
Future Competitions
Prepare students for national and international space competitions.

Ready to Launch?

Contact us to bring space education to your school and inspire the next generation of space engineers.

cansattool@gmail.com