K1184 Experimenter Module

The K1184 Experimenter Module is a practical, all-in-one learning platform designed to introduce students to electronics, programming, robotics, and engineered systems. Built around the versatile PICAXE 20M2 microcontroller, the K1184 combines commonly used input and output devices onto a single PCB, making classroom activities easier to manage while allowing students to focus on developing programming and problem-solving skills.

Unlike traditional breadboard-based activities, the K1184 keeps essential learning components permanently mounted and ready for use. Students can quickly progress from simple LED programs to advanced projects involving sensors, infrared communication, motor control, and automated systems without repeatedly assembling support circuits.

Ideal for Years 7-10 Technologies, STEM, Engineering and Robotics programs, the K1184 provides a structured pathway from introductory coding activities through to open-ended design challenges and engineering projects.

Practical STEM Learning

Students develop their understanding of:

• Programming fundamentals
• Digital and analogue inputs
• Electronic outputs
• Control systems
• Robotics
• Engineering design processes
• Problem-solving skills
• Automated systems
• Input-Process-Output systems

Classroom Benefits

• Reduces loose components and classroom clutter
• Faster lesson setup and pack-up
• Easier equipment tracking and storage
• Reliable platform for repeated classroom use
• Supports individual, paired, and project-based learning
• Compatible with LAPtek workbooks and classroom resources

Curriculum Alignment

Australian Curriculum Version 9.0

Design and Technologies (Years 7-8)

• AC9TDE8K03 Analyse how force, motion and energy are used to manipulate and control engineered systems.
• AC9TDE8K06 Analyse how systems, components and equipment are combined to create designed solutions.
• AC9TDE8P01 Investigate needs and opportunities for designing solutions.
• AC9TDE8P04 Generate and communicate design ideas and strategies.
• AC9TDE8P08 Produce designed solutions using tools, technologies and processes.

Digital Technologies (Years 7-8)

• AC9TDI8P04 Define and decompose real-world problems.
• AC9TDI8P05 Design and implement algorithms in a general-purpose programming language.
• AC9TDI8P08 Generate and evaluate alternative digital solution designs.
• AC9TDI8P10 Evaluate digital solutions against design criteria.

Design and Technologies (Years 9-10)

• AC9TDE10K01 Analyse ethical, security and sustainability factors in engineering solutions.
• AC9TDE10K02 Analyse the impact of innovation and emerging technologies.
• AC9TDE10K03 Analyse the use of force, motion and energy within engineered systems.
• AC9TDE10P01 Investigate and define complex design opportunities.
• AC9TDE10P08 Produce, test and evaluate designed solutions.

Digital Technologies (Years 9-10)

• AC9TDI10P04 Define and decompose engineering and technology problems.
• AC9TDI10P05 Design and validate algorithms.
• AC9TDI10P06 Implement and modify programs.
• AC9TDI10P10 Evaluate digital solutions and future impacts.

State Curriculum Alignment

Victoria (VCAA)

Supports:

• Digital Technologies
• Design and Technologies
• Engineering Principles and Systems
• VCE Systems Engineering pathways
• STEM and Applied Learning programs

New South Wales (NESA)

Supports:

• Technology Mandatory
• Industrial Technology
• Design and Technology
• Computing Technology

Queensland (QCAA)

Supports:

• Digital Technologies
• Design Technologies
• Engineering
• STEM initiatives

Western Australia (SCSA)

Supports:

• Technologies Curriculum
• Engineering Studies
• Design and Technology

South Australia (SACE)

Supports:

• Technologies
• Design and Engineering programs

Tasmania (TASC)

Supports:

• Applied Technologies
• Engineering and Design

Australian Capital Territory

Supports:

• Digital Technologies
• Design and Technologies

Northern Territory

Supports:

• Technologies Learning Area
• STEM Education Programs

• K1184 Experimenter Module PCB
• USB-C Power Connection
• PICAXE 20M2 Microcontroller
• Onboard LEDs
• Piezo Sounder
• Push-button Input
• LDR Sensor
• Infrared Receiver
• L293D Motor Controller