K1084 SES Starter Module Suitable for PICAXE 14M2

K1084 SES Starter Module Suitable for PICAXE 14M2 – Microcontroller Learning Board

The K1084 SES Starter Module is a practical microcontroller learning board designed around the PICAXE 14M2, providing students with an easy and flexible introduction to programming, electronics and control systems. With 11 input/output connections available through convenient terminal blocks, students can quickly connect switches, sensors, LEDs, buzzers, motor-control modules and other compatible electronic devices without complicated wiring.
The K1084 is designed to help students move beyond programming on a computer screen and experience how code can interact with real electronic hardware. Students can write a program, download it to the PICAXE 14M2 and immediately observe how their program responds to inputs and controls outputs.
A supplied 3 × AA battery holder provides a convenient portable power option, making the module particularly useful for classroom projects and mobile robotic systems. The modular design also allows the K1084 to be reused and expanded as students progress from simple LED and switch exercises to sensors, servo control, motor control, robotics and automated systems.
The K1084 provides an excellent platform for teaching the fundamental Input–Process–Output model and gives students a foundation for understanding how programmable electronic control systems operate in real-world products.

Key Features

• Designed around the PICAXE 14M2 microcontroller
• Up to 11 configurable input/output connections
• Terminal blocks provide convenient access to I/O connections
• Reduces the need for temporary breadboard wiring
• Easy connection of sensors and output devices
• Suitable for digital and analogue experiments depending on pin configuration
• Programs can be changed and downloaded repeatedly
• Supplied with 3 × AA battery holder
• Portable power option suitable for mobile projects
• Modular design allows projects to be expanded
• Compatible with suitable SES expansion and control modules
• Excellent for beginner and intermediate microcontroller projects
• Reusable across multiple classes and projects

What’s Included

• 1 × K1084 SES Starter Module PCB
• 1 × PICAXE 14M2 Microcontroller
• Terminal blocks
• Required onboard electronic components
• 1 × 3 × AA battery holder
Note: Requires a suitable PICAXE AXE027 USB programming/download cable and 3 × AA batteries. These are not included unless specified separately.

PICAXE 14M2 Microcontroller

At the centre of the K1084 is the PICAXE 14M2, a 14-pin programmable microcontroller that provides up to 11 configurable input/output connections.
The 14M2 provides students with more I/O capability than the smaller PICAXE 08M2, making it suitable for projects requiring additional switches, sensors, LEDs, motor controls or other devices.
Depending on the pin configuration and program, the PICAXE 14M2 can be used for functions including:
• Digital inputs
• Digital outputs
• Analogue inputs
• PWM control
• Timing and sequencing
• Sensor monitoring
• Serial communications
• Infrared applications
• Touch-sensing applications
This flexibility allows the same K1084 module to support increasingly advanced projects as students develop their programming and electronics skills.

Terminal Block Connections

One of the major classroom advantages of the K1084 is the use of terminal blocks for the input/output connections.
Students can connect external components using wires without having to construct the complete microcontroller support circuit each time they begin a project.
Terminal connections are particularly useful when connecting:
• Push-button switches
• Limit switches
• LDR light sensors
• Other analogue sensors
• LEDs
• Piezo sounders
• Relays through suitable driver circuitry
• Servo breakout boards
• Motor driver modules
• Infrared modules
• Other compatible input and output devices
This makes it easier to build, test, modify and troubleshoot student projects.

Understanding Input – Process – Output

The K1084 provides an excellent practical demonstration of an Input–Process–Output system.
Input: A switch, sensor or another input device provides information to the PICAXE.
Process: The PICAXE 14M2 runs the student’s program, processes the input information and makes decisions.
Output: The microcontroller controls an LED, sounder, servo, motor driver or another compatible output device.
For example, students could connect an LDR to monitor light levels. The PICAXE could process the analogue reading and switch an output on when the surrounding light falls below a programmed level.

From Simple Programming to Control Systems

Students can begin with a very simple program that switches an LED on and off.
Once they understand basic outputs, activities can progressively introduce:
• Timing and delays
• Sequences
• Loops
• Digital inputs
• Analogue inputs
• Variables
• Conditional decisions
• Multiple outputs
• Sensor-controlled outputs
• PWM
• Servo positioning
• DC motor control
• Automated systems
This allows teachers to use the same hardware as students progress from introductory programming to more advanced electronic control.

Programming the K1084

Students write programs using suitable PICAXE programming software and download them to the PICAXE 14M2 using a compatible AXE027 USB programming cable.
A typical development process is:

1. Connect the required inputs and outputs.
2. Write the program.
3. Download the program to the PICAXE 14M2.
4. Test the system.
5. Observe its behaviour.
6. Identify programming or hardware problems.
7. Modify the program or circuit.
8. Download and test again.
   This design – program – test – evaluate – improve process helps students develop practical programming, troubleshooting and problem-solving skills.

Expand with Motor Control

The K1084 can be combined with the K1071 Dual Motor Driver Module to control one or two DC motors.
The K1071 uses an L293D dual H-bridge motor driver, allowing the PICAXE 14M2 to control motor direction and, with suitable programming, motor speed.
This combination is particularly useful for:
• Two-wheel robots
• Differential-drive robots
• Line-following robots
• Obstacle-avoiding robots
• Autonomous vehicles
• Motorised student projects
Students can combine sensors connected to the K1084 with motors controlled through the K1071 to develop complete programmable robotic systems.

Expand with Servo Control

The K1084 can also be combined with the K1072 4-Servo Breakout Board for projects requiring controlled mechanical positioning.
Servo applications can include:
• Robot arms
• Robotic grippers
• Steering mechanisms
• Moving sensors
• Gates and barriers
• Pan-and-tilt mechanisms
• Automated mechanical systems
This allows students to progress from simple electronic outputs to controlled mechanical movement.

Common Applications

• Introduction to microcontrollers
• LED control projects
• Push-button projects
• Light-sensing systems
• Alarm systems
• Sensor projects
• Servo-control projects
• DC motor control
• Robotics
• Automated systems
• Infrared control projects
• Student design briefs
• STEM projects

Classroom Use / Learning Outcomes

Students can use the K1084 to:
• Understand what a microcontroller does
• Write and download PICAXE programs
• Connect sensors and output devices
• Understand Input–Process–Output systems
• Investigate digital inputs and outputs
• Read analogue sensor values
• Use variables and conditional decisions
• Develop sequencing and timing programs
• Control LEDs and sounders
• Control servos using suitable hardware
• Control DC motors using a motor driver
• Integrate sensors with programmed outputs
• Develop automated and robotic systems
• Test and debug programs
• Troubleshoot electronic hardware
• Evaluate and improve working systems

Teacher Benefits

• Terminal blocks simplify student wiring
• Reduces setup time compared with constructing the complete microcontroller circuit from individual components
• Provides access to up to 11 configurable I/O connections
• Suitable for progressive programming activities
• Portable 3 × AA battery power option
• Reusable across multiple classes and projects
• Compatible with SES expansion modules
• Suitable for structured activities and open-ended design briefs
• Allows programming and electronics to be taught together
• Supports progression into robotics, sensing and automation

Curriculum Links

The K1084 can support Australian secondary school activities involving:
• Microcontrollers and programmable systems
• Digital systems
• Algorithms and programming
• Input–Process–Output systems
• Sensors and data
• Electronic control systems
• Robotics and automation
• Engineering principles and systems
• Designing, producing and evaluating solutions
Teachers can select the curriculum outcomes appropriate to their state, year level and particular classroom activity.

Perfect For

• Introduction to microcontrollers
• PICAXE programming lessons
• Years 7–10 electronics
• STEM activities
• Design and Technologies
• Digital Technologies
• Systems Engineering
• Robotics
• Sensor projects
• Automation projects
• K1071 Dual Motor Driver projects
• K1072 Servo Breakout projects
• Student design briefs