The LED Digital Clock STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, LCD Clock and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Every student needs to know what time it is in the morning so they won't be late for school. In this project, students will design, print and then build their very own LED digital clock! This is a great STEM project for teachers to do further teaching on topics such as time, temperature, LEDs and electronics!

 

Each pack includes:

•LED digital clock electronics kit(s)

•Student workbook(s)

•Base STL file (students build their design upon the base STL file)

•Example concept STL file (to 3D print and assemble an example project)

•Teachers guidebook (for class packs of 6 and above)

* Kit excludes batteries

Example STEM class lessons include:

•Electricity (e.g. Voltage, current etc).

•Time (e.g. Units of time, time zones).

•Temperature (as the clock also displays temperature).

•Electronic components such as LEDs, batteries and PCBs.

•Manufacturing processes (e.g. How PCBs are made).

 

Starting from $21.50 plus GST and delivery

The Derby Dash STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, motor, parts and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. Every student needs to know what time it is in the morning so they won't be late for school. In this project, students will design, print and then build their very own Derby Dash! This is a great STEM project for teachers to further teaching on topics such as electric motors, gears, kinematics and basic principles of physics, such as the conservation of energy.

 

Electric toy car kit(s)

Student workbook(s)

Base STL file (students build their design upon the base STL file)

Example concept STL file (to 3D print and assemble an example project)

Teachers guidebook (for class packs of 6 and above)

Example STEM class lessons include:

 

Electric motors (how they work etc).

Gears (different types of gears and the relationship between them).

Pulleys and belts (applications where they are used)

Mathematics (velocity and relative velocity, distance/time etc).

Physics (basic principles such as conservation of energy, forces etc).

Vehicle safety (importance of seatbelts etc)

Kit Includes batteries

 

Starting from $21.50 plus GST and delivery

The Heart Rate Watch  STEM for students 8 and older comes with a student workbook, teacher workbook, heart rate watch electronic kit, and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. In this project students will design, print and build their very own Heart Rate Watch by putting their maths and dimensional measurement skills into action!

 

Exercise is an important part of life and so is your students being on time for class! In this project students will design, print and then build their very own Heart Rate Watch! Students will design their own watch that shows their favourite sport/outdoor activity! This is a great STEM project for teachers to do further teaching on topics such as the human heart, health and fitness, data recording and analysis, plotting graphs and more!

 

Each pack includes:

 

- Heart rate watch electronics kit(s)

- Student workbook(s)

- Base STL file (students build their design upon the base STL file)

- Example concept STL file (to 3D print and assemble an example project)

- Teachers guidebook (for class packs of 6 and above)

 

Example STEM class lessons include:

- The human heart (how the heart function works etc).

- Heart rate (What things can effect heart rate).

- Health and fitness (in relation to heart rate etc).

- Data collection and analysis (e.g. Plotting graphs of heart rate vs intensity of exercise).

- Time (e.g. Units of time, time zones).

 

Starting from $26.55 plus GST and delivery

The Mini Boom Box  STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, parts and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. In this project students will design, print and build their very own Mini Boom Box by putting their maths and dimensional measurement skills into action!

 

Turn up the music!  In this project students will design, print and then build their very own Mini Boom Box (mini speaker)!  Students can then connect the speaker to their phone, MP3 player or other portable device that can play music. This is a great STEM project for teachers to do further teaching on topics such as sound and sound waves, amplifiers and speakers, circuit diagrams and electronics!

 

Each pack includes:

•Mini Boom Box electronics kit(s)

•Student workbook(s)

•Base STL file (students build their design upon the base STL file)

•Example concept STL file (to 3D print and assemble an example project)

•Teachers guidebook (for c lass packs of 6 and above)

 

Example STEM class lessons include:

- Sound and sound waves.

-  Magnetic speakers (how they work).

-  Amplifiers (how they work).

-  Electrical circuits and circuit diagrams.

-  Electricity (e.g. Voltage, current, resistance etc).

-  Other electronic components such as batteries, switches and PCB’s.

 

Starting from $26.55 plus GST and delivery

The Solar Battery Charger STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, solar panel, parts and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. In this project students will design, print and build their very own Solar Battery Charger by putting their maths and dimensional measurement skills into action! As you already know, the sun emits light energy called photons that solar panels absorb and convert into electricity.

 

In this project students will design, print and build their very own solar battery charger by putting their maths and dimensional measurement skills into action! Students can recharge batteries that power their other 3D printed projects and gadgets. This is a great STEM project for teachers to do further teaching on topics such as solar power, renewable energy and electronics!

 

Each pack includes:

 

• Solar battery charger electronics kit(s)

• Student workbook(s)

• Base STL file (students build their design upon the base STL file)

• Example concept STL file (to 3D print and assemble an example project)

• Teachers guidebook (for class packs of 6 and above) with example STEM class lessons include:

• Solar Panels (how they work).

• Solar power and solar energy (applications in the real world).

• Renewable energy (Other renewable energy sources besides solar).

• Physics (basic principles such as photon energy).

• Re-chargeable batteries (how they work, applications etc).

• Diodes (one of the most common components in any electronic circuit, what do they do)?

* Kit excludes rechargeable batteries

 

Starting from $21.50 plus GST and delivery

The Tracer Racer  STEM for students 8 and older comes with a student workbook, teacher workbook, Tracing car kit, and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow.

 

The aim of the game is for students to design and print a pencil holder that will transport a pencil on their tracing car around a set trace course without the pencil falling off. Once completed, students will challenge each other and put their designs to the test. The student with the lightest pencil holder that successfully completes the tracer course wins! This is a great STEM project for teachers to do further teaching on topics such as electric motors, kinematics, electronic circuits and basic principles of physics, such as gravity and forces.

 

Each pack includes:

- Tracing carTracer electronics kit(s)

- Student workbook(s)

- Base STL file (students build their design upon the base STL file)

- Example concept STL file (to 3D print and assemble an example project)

- Teachers guidebook (for class packs of 6 and above)

Example STEM class lessons include:

- Electric motors (how they work etc.)

- Electronic circuits (components & IC's)

- Sensors (light sensors)

- Mathematics (velocity, distance/time etc).

- Physics (basic principles such as gravity, centre of gravity, forces etc).

- Vehicle safety (importance of seatbelts etc).

 

Starting from $26.55 plus GST and delivery

The USB Power Bank  STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, parts and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. In this project students will design, print and build their very own USB Power Bank by putting their maths and dimensional measurement skills into action!

 

Students and teachers alike, we all hate it when the battery goes flat on our favourite electronic device such as our mobile phone!  In this project students will design, print and build their very own USB power bank by firstly learning about 2D drawings and then putting their maths and dimensional measurement skills into action!  This is a great STEM project for teachers to do further teaching on topics such as 2D drawings, electrical energy storage, voltage conversion and electronics!

 

Each pack includes:

- USB power bank electronics kit(s)

- Student workbook(s)

- Base STL file (students build their design upon the base STL file)

- Example concept STL file (to 3D print and assemble an example project)

- Teachers guidebook (for class packs of 6 and above)

Example STEM class lessons include:

- 2D drawings.

- Electrical energy storage (other applications where the technology is used).

- Voltage conversion (how step-up and step-down transformers work).

- Electricity (e.g. Voltage, current, resistance etc).

- Electronic components such as batteries and PCB’s.

- Manufacturing processes (e.g. How PCB’s are made).

* Kit excludes rechargeable batteries

 

Starting from $21.50 plus GST and delivery

Spirobot ties in several different disciplines to enrich students' understanding on robotics, mechanics, simple programming mathematics, as well as art. From simple geometric shapes to intricate spirographs, students will use browser based programming apps to direct the Spirotbot.

 

 

The Spirobot is made to be assembled and disassembled with ease; it is designed with interchangeable parts that can be 3D printed and replaced. With two sensing switches at the front, the Spirobot can tell when it has run into the path of obstacles and maneuver itself away.

 

Each pack includes:

 

Arduino

2 x Stepper motors

Battery holder, strap & on/off switch

Main controller

Servo

Rear Wheel

Example concept STL file (to 3D print and assemble an example project)

 

Starting from $95.00 plus GST and delivery

The Balance-Bot STEM for students 8 and older comes with a student workbook, teacher workbook, battery pack, brain parts and STL design template files.

 

Students can design, print, assemble and construct with the easy-to-understand step by step workbook. The detailed teaching and activity booklets support the learning process for students, making the design process easy to understand and follow. This is a great STEM project for teachers to do further teaching on topics such as physics, maths, science and electronics!

 

Each pack includes:

•Electronics kit(s)

•Student workbook(s)

•Base STL file (students build their design upon the base STL file)

•Example concept STL file (to 3D print and assemble an example project)

* Kit excludes batteries

 

Example STEM class lessons include:

•Electricity (e.g. Voltage, current etc).

•Physics, IMU, gyros and balancing

•Electronic components PCBs. (no soldering required)

•Manufacturing processes (e.g. How PCBs are made).

 

Starting from $95.00 plus GST and delivery