The KM NEX Programme

Join Us on Our Innovators' Journey!

The KM NEX Programme is Karisma Mutiara's comprehensive initiative designed to transform learners into innovators. We focus on hands-on, tech-driven learning to develop critical thinking, creativity, and problem-solving skills aligned with IR4.0.

I’m building a dark-themed website for a

Key Features of KM NEX

STEM Education Focus

Hands-On & Modular

Certified & Localized Delivery

Our programs primarily focus on coding and robotics for school children, youth, and adults (as trainers).

Programs are structured with a modular design, emphasizing practical application to build essential skills.

Programs are delivered by certified trainers, aligned with the guidelines of Bahagian Sukan, Kokurikulum dan Kesenian (BSKK) and Bahagian Sumber dan Teknologi Pendidikan (BSTP), using future-proof content adapted to local educational contexts.

Corporate Social Responsibility

Global Recognition

We supports STEM education through its CSR program, empowering students to learn robotics, coding, and innovation skills for the future.

Participants have opportunities to earn STEM-accredited certificates and participate in national-level competitions such as MRAC (Malaysian Robotics & AI Competition).

Innovators' Journey

From Play to Real-World Application

The Innovators' Journey is a comprehensive robotics and coding curriculum that guides students through progressively advanced stages. It begins with foundational, play-based learning and gradually advances to complex engineering projects, preparing students to tackle future challenges in technology and innovation.

JR Explorer

To provide a fun introduction to robotics through play and discovery.

Students learn the fundamentals of robot movement and control through hands-on play. They begin to understand basic logic and robotic systems.

Explorer

To teach basic robotics and coding principles using simple, engaging projects.

Students build simple machines and learn about sequencing, input/output, and how sensors respond to the world around them. They are introduced to creating basic algorithms.

Tinker

To build problem-solving skills with an introduction to beginner robotics.

Learners apply design thinking, use sensors, and begin coding with more advanced logic. They learn to integrate multiple sensors and can design more complex machines.

Builder

To create and code robots through hands-on, project-based learning.

Students design full systems using sensors, AI, and IoT for real-world applications like automation. They learn about designing communicating robots and advanced IoT solutions.

WhatsApp Image 2025-09-03 at 9.27.05 AM.jpeg

Innovator

To tackle real-world challenges using robotics and AI, with a strong focus on innovation, design, and teamwork.

This stage introduces more complex programming concepts and requires students to lead design projects. They build AI models, develop machine learning algorithms, and consider AI ethics.

TechMechanix

To master robotics systems and AI applications through advanced engineering projects, coding, and technical design.

Students delve deep into system design, complex programming, and the practical applications of AI and robotics. The learning is project-based, and students may need additional components depending on their specific projects.