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GREEN Advanced Kit

The GREEN Advanced Robotics Kit from Nextlab.tech is a curriculum-ready educational solution designed for upper-grade classrooms, STEM laboratories, and advanced robotics programs. The kit enables teachers to deliver structured, project-based learning experiences focused on sustainability, environmental monitoring, and green technology, while developing students’ competencies in electronics, programming, and engineering design.

The kit is built around the NEXTLAB.TECH A1 programmable board, based on the ATmega328PB microcontroller and fully compatible with the Arduino IDE. This ensures alignment with widely used educational standards and allows students to acquire transferable, industry-relevant skills in C/C++ programming and embedded systems. The board’s optimized, low-power design makes it especially suitable for lessons centered on energy efficiency and sustainable systems.

Curriculum Integration and Learning Objectives

The GREEN Advanced Robotics Kit supports cross-curricular integration in:

  • Computer Science and Programming
  • Physics and Electronics
  • Environmental Science
  • Engineering and Technology Education
  • STEM and STEAM project-based learning

Using this kit, teachers can guide students toward achieving the following learning outcomes:

  • Understanding microcontroller architecture and digital/analog I/O
  • Designing and analyzing electronic circuits
  • Integrating and calibrating environmental sensors
  • Programming logic and control systems using the Arduino IDE
  • Applying engineering design processes to real-world problems
  • Exploring sustainability and ESG principles through technology

Kit Components for Classroom Use

The kit includes a comprehensive set of electronic, electromechanical, and tooling components that allow teachers to plan both guided lessons and open-ended projects:

  • NEXTLAB.TECH A1 programmable board (ATmega328PB)
  • LCD display module
  • Stepper motor with driver module
  • DC motor and fan
  • Relay modules
  • Water pump
  • Solar panel
  • Air quality, temperature, humidity, soil moisture, ultrasonic, infrared obstacle, vibration, and light sensors
  • Buzzer module and LED set
  • Breadboard, resistors, jumper wires, and Dupont cables
  • Battery holder and power conversion module
  • Basic assembly and soldering tools (soldering iron, desoldering pump, solder wire, pliers, screwdriver)
  • Storage box for classroom organization

This component set allows educators to structure progressive activities, from guided experiments to complex team projects.

Programmable Board Specifications (for Lesson Planning)

  • Microcontroller: ATmega328PB
  • Operating voltage: 5 V
  • Digital I/O pins: 14 (6 PWM)
  • Analog input pins: 6
  • Flash memory: 32 KB
  • SRAM: 2 KB
  • EEPROM: 1 KB
  • Clock speed: 16 MHz

These specifications support lessons on memory management, timing, sensor sampling, and actuator control.

Teaching Methodology and Platform Support

Teachers and students access structured lessons via the Nextlab.tech learning platform. The platform provides:

  • Step-by-step guidance for both hardware assembly and software programming
  • An AI-powered virtual assistant that supports students during independent and group work
  • Clear installation and setup instructions for the Arduino development environment

This approach allows educators to differentiate instruction, support mixed-ability classrooms, and encourage independent problem solving.

Classroom Applications and Project Examples

With the GREEN kit, teachers can assign projects such as:

  • Environmental monitoring systems (air quality, temperature, humidity)
  • Smart irrigation solutions using soil moisture sensing
  • Solar-powered robotic systems and energy efficiency experiments
  • Automated ventilation and cooling systems
  • Sustainability-focused robotics challenges and competitions

Projects can be extended using 3D-printed components, allowing students to design custom enclosures and mechanical parts as part of the learning process.

Safety and Classroom Management

Students under 14 must use the GREEN kit only under adult supervision.
Soldering tools and materials must be handled exclusively by teachers or designated adults and stored securely when not in use.
Robot enclosures are 3D printed during the learning process and are not included in the kit, reinforcing engineering design and prototyping skills.