Student With Autism Wins Gold at Robotics Contest

Twelve-year-old Azizul Haziq Muhamad Haire secured three medals while competing against 169 teams in Jakarta.

Updated on Oct. 23, 2026 in Autism

Bold vector editorial illustration of a metallic articulated robotic arm, representing the technical achievement of a young student robotics competitor.
Twelve-year-old Azizul Haziq Muhamad Haire won one gold and two bronze medals at the Kontes Robot Nusantara International 2026 in Jakarta. AI Illustration. Upload story photo >

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Azizul Haziq Muhamad Haire, a 12-year-old student, claimed one gold and two bronze medals at the Kontes Robot Nusantara International 2026. He was the only participant with special needs among the 169 teams competing in Jakarta.

Why it matters

The achievement highlights the capabilities of neurodivergent students in technical fields when given the opportunity to compete. Despite being the sole participant from his school, the student successfully navigated multiple categories independently.

The student competed in five out of 12 available event categories during the competition. His results included a first-place finish in the Brickspeed category and third-place finishes in both the robot theatre and creative design categories.

The players

Azizul Haziq Muhamad Haire

A 12-year-old student from Batu Pahat, Malaysia, who is the only participant with special needs to compete in the recent international event.

The details

Azizul Haziq Muhamad Haire performed all competition tasks individually rather than in typical three-member teams because his school could only afford to send one student. His creative design entry featured the SafeGate project, which uses facial recognition technology to grant access to authorized users.

Timeline

  1. The school robotics club was established in 2026.

  2. The Kontes Robot Nusantara International 2026 took place on October 11, 2026.

Health Landscape

This success marks a departure from traditional robotics competition models that prioritize large team structures over individual merit. It illustrates how broader scientific communities are beginning to bridge gaps for neurodivergent participants through accessible, scaled-down participation formats.

This achievement demonstrates that students with special needs can effectively engage in complex technical tasks with proper support and access. It encourages families and educators to seek out and facilitate participation in STEM programs that foster independent problem-solving skills.

The takeaway

Focusing on individual aptitude rather than rigid team requirements can open new doors for students with special needs. Educators and parents should advocate for inclusive participation policies to ensure all students can showcase their technical skills on a global stage.

Further reading

For more information on how neurodivergent individuals excel in various environments, visit our dedicated Autism section.

Source note: This article includes information reported by The Star.

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