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🔹 Accreditation Levels

The SRA framework ensures that schools provide high-quality STEAM education, preparing students for future careers in technology, engineering, and innovation.

Standard

Nivia

Features:

  • Core STEM subjects integrated into the curriculum.
  • Basic robotics and coding introduced in lower grades.
  • Use of digital tools and simulation software.
  • Hands-on experiments in science and engineering classes.
💡 Provides a foundational STEM and robotics curriculum.

Advanced

Nivia

Features:

  • AI and machine learning basics introduced.
  • Students participate in national robotics competitions.
  • Lab-based experimentation and project-based learning.
  • Industry partnerships for mentorship and training.
🚀 Expands into AI, coding competitions, and lab-based learning.

Elite

Nivia

Features:

  • Fully immersive STEAM innovation labs with advanced technology.
  • Students engage in real-world problem-solving using robotics and AI.
  • Collaboration with universities and research institutions.
  • Global recognition in STEAM competitions, patents, and publications
🏆 Recognized as a global leader in STEAM education and research.

🔹 SRA Accreditation Pillars

1️⃣ Leadership & Institutional Commitment

• STEAM & Robotics education integrated into the school’s vision.

• School-wide commitment to innovation and technology.

• Partnerships with universities, tech companies, and STEM organizations.

2️⃣ Curriculum & Learning Models

• Hands-on project-based learning (PBL) in science and technology.

• Robotics programming and AI integration in coursework.

• Engineering design challenges and competitions.

3️⃣ Faculty Development & Training

• STEM-certified educators with robotics and AI expertise.

• Continuous professional development for teachers in STEAM pedagogy.

• Educator exchange programs with leading STEAM institutions.

4️⃣ Student Engagement & Global Exposure

• Participation in national and international STEM & robotics competitions.

• Real-world problem-solving projects and hackathons.

• Industry-led mentorship and internship programs.

5️⃣ Facilities & Technological Infrastructure

• Advanced STEAM labs with robotics kits, AI tools, and 3D printing.

• Use of AR/VR for immersive STEM learning experiences.

• Cybersecurity and ethical AI integration in learning.

6️⃣ Assessment, Impact & Continuous Improvement

• STEAM performance tracking through AI-driven analytics.

• School-wide innovation projects evaluated by external reviewers.

• Sustainability and long-term development plans for STEAM programs.

Process

Certification Process

Nivia
1Self-Assessment & Application

Schools complete an SRA self-evaluation and submit supporting documents.

2On-Site Evaluation

SRA auditors assess curriculum, lab infrastructure, and student engagement.

3Accreditation Decision

Schools receive SRA Standard, Advanced, or Best Practices – Elite accreditation.

4Ongoing Development

Schools maintain accreditation through continuous assessment and innovation.

Key Benifits

Why SRA Accreditation?

🗸 Recognizes excellence in STEAM education and robotics.
🗸 Prepares students for future careers in AI, engineering, and innovation.
🗸 Enhances university and industry partnerships.
🗸 Promotes global participation in STEAM competitions and research.
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