Nxtera 21C Lab

Build the Skills of Tomorrow.

An integrated robotics, AI, IoT and 21C Lab designed to turn classrooms into real-world technology environments.

6
Learning pillars
9
Curriculum levels
5
Lab zones
3
Dashboards
Nxtera trainer explaining breadboard layout on a smart board at NXTERA 21C Lab21C LabReal-world learning
Overview

A complete robotics, AI and innovation ecosystem.

The Nxtera 21C Lab combines physical infrastructure, a structured curriculum, teacher enablement and a digital platform — so a school gets a working technology programme, not just a box of kits.

Lab Infrastructure

A complete physical robotics, electronics, IoT and AI environment installed on your campus.

Curriculum

Nine structured, hands-on levels that take students from first circuit to capstone prototype.

Digital Platform

Student, teacher and school views for learning paths, projects, progress and reporting.

Why Nxtera 21C Lab

From classroom learning to real-world innovation.

Robotics + AI

One lab that spans mechanics, electronics, code and intelligence.

Physical + Digital

A real lab paired with dashboards for students, teachers and schools.

Project-Based Learning

Every level ends in something students actually build.

Innovation Challenges

Real-world problem statements judged on impact, not just marks.

Teacher Enablement

Designed so teachers with no robotics background can lead confidently.

Progress Analytics

Skills, projects and outcomes tracked at student and school level.

Real-World Capstones

Students take a problem from idea to working prototype.

Continuous Support

Maintenance, refresher training and curriculum updates every year.

Learning Pillars

Six pillars behind every Nxtera lab

Each pillar runs across the curriculum, the projects and the challenges.

Robotics

  • Arduino & ESP32 robotics
  • Mobile and autonomous robots
  • Line following & obstacle avoidance
  • Robotic arms and sensor systems

Artificial Intelligence

  • AI & machine learning fundamentals
  • Computer vision and image recognition
  • Object and gesture detection
  • AI-powered robotics

IoT & Embedded Systems

  • Sensors and microcontrollers
  • Wireless communication
  • Cloud dashboards
  • Smart automation & monitoring

Engineering & Electronics

  • Circuits, motors and actuators
  • PCB fundamentals
  • Embedded programming
  • Hardware prototyping

Design & Innovation

  • Design thinking
  • Problem identification & ideation
  • Prototyping and testing
  • Product development

21st Century Skills

  • Critical thinking & creativity
  • Communication & collaboration
  • Leadership and entrepreneurship
  • Digital literacy
Lab Infrastructure

Five zones, one working lab

What your school receives when the Nxtera 21C Lab is installed.

Robotics Zone

Robotics kitsMotorsSensorsRobot chassisControllers

AI Zone

Computer vision systemsAI workstationsCamera modulesAI learning resources

IoT Zone

ESP32 boardsSensor arraysWireless modulesSmart automation systems

Electronics Zone

BreadboardsComponentsMultimetersPower suppliesPrototyping tools

Innovation Zone

Project workspace3D printingPrototyping benchDesign thinking area
Curriculum

Nine levels, built to be modular

Levels can be sequenced across grades or combined into intensive programmes. Curriculum alignment is mapped to your institution's requirements during consultation.

Level 1

Digital & Electronics Fundamentals

Level 2

Arduino & Robotics

Level 3

Sensors & Embedded Systems

Level 4

IoT & Automation

Level 5

Python & AI

Level 6

Computer Vision

Level 7

Advanced Robotics

Level 8

Innovation & Product Development

Level 9

Real-World Capstone Projects

Project-Based Learning

Students learn by building

Every level ends with something students design, wire, code and demonstrate.

Beginner
  • Smart Traffic Light
  • Automatic Night Lamp
  • Digital Door Lock
  • Smart Dustbin
Intermediate
  • Obstacle Avoidance Robot
  • Line Following Robot
  • Smart Agriculture
  • Home Automation
Advanced
  • AI Vision Robot
  • Gesture Controlled Robot
  • Autonomous Rover
  • Smart Surveillance System
Capstone
  • Students identify a real-world problem
  • Design and build their own prototype
  • Document, test and present the solution
ProblemConceptComponentsCircuitCodeBuildTestingDocumentationPresentation
Digital Platform

Dashboards for students, teachers and schools

The platform layer keeps learning visible — for the student building, the teacher guiding and the management reviewing outcomes.

Student Dashboard

Learning path, projects, badges, certificates and challenges in one student view.

Teacher Dashboard

Lesson plans, activity guides, assessments, attendance and class progress reporting.

School Dashboard

Lab utilisation, student performance, certificates issued and downloadable reports.

Teacher Training

Train the trainer, first.

A structured enablement programme so teachers can run the lab confidently, even without a robotics background. Duration, certification and post-training support are confirmed during consultation.

Robotics FundamentalsArduinoESP32IoTAIComputer VisionProject-Based LearningClassroom ManagementAssessment
Innovation Challenge

The Nxtera Innovation Challenge

Students receive real-world problem statements — reduce waste, improve farming, assist a classroom — and submit an idea, prototype, code, video and documentation.

Innovation

Technical implementation

Problem relevance

Design

Presentation

Scalability

How It Works

From first conversation to annual support

01

Consultation

We understand your goals, grade levels and available space.

02

Lab Proposal

A tailored infrastructure, curriculum and budget plan.

03

Installation

Zones, kits and workstations set up and commissioned.

04

Teacher Training

Train-the-trainer program with certification.

05

Student Onboarding

Learning paths assigned and first builds begin.

06

Projects & Challenges

Hands-on builds, mentoring and innovation challenges.

07

Assessment & Certification

Progress reviews, reports and student certificates.

08

Annual Support

Maintenance, updates and continued enablement.

Lab Packages

Choose the lab that fits your institution

Pricing is quoted per institution based on zones, student numbers and curriculum depth.

Starter Lab

Entry-level robotics and electronics setup for schools beginning their STEM journey.

  • Robotics & electronics kits
  • Levels 1–3 curriculum
  • Teacher orientation
  • Setup support

Price on request

Advanced Lab

Full robotics, IoT and embedded environment with structured project-based learning.

  • All Starter Lab items
  • IoT & embedded zone
  • Levels 1–6 curriculum
  • Project mentoring

Price on request

AI & Robotics Lab

Complete innovation ecosystem including AI, computer vision and capstone programs.

  • All Advanced Lab items
  • AI & vision workstations
  • Levels 1–9 curriculum
  • Innovation challenges

Price on request

Annual Support

Ongoing maintenance, curriculum updates and continued teacher enablement.

  • Maintenance visits
  • Curriculum updates
  • Refresher training
  • Priority support

Price on request

Turn Your School Into an Innovation Hub.

Book a lab demo or a school visit and we'll map the right infrastructure, curriculum and training for your campus.