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Academics

An Enriched Academic Framework Beyond National Benchmarks

Advanced STEM specialization, experiential lab learning, advanced programming languages, AI-driven computing, and university-aligned coursework.

Curriculum

Key Pillars of Our Curriculum

  • Enriched National Framework: We fulfill the national standard covering over 300 core chapters across Grades 9–12, by enriching textbooks and modules.
  • Institutional Standard Note: Though AP and IB diplomas are not offered, our curriculum meets equivalent academic rigor through specialized college-level enriched textbooks.
  • Advanced Computing & Security: Our IT sequence features AI, Machine Learning, Cybersecurity, Object-Oriented Programming, and full-stack software development.
  • Multilingual Fluency: English being the medium of instruction, we offer 2 additional Native languages: Amharic and Sidaamu Afoo.
  • Modernized National Subjects: Aligned with the latest Ministry of Education standards, our 8-subject core integrates practical study in Agriculture.
  • Specialized Upper-Level Streams: Following a comprehensive sophomore foundation, students specialize in either the Natural Science or Social Science Streams starting in Grade 11.

IT, Maths & Physics

Ahead of the national standard

While the national curriculum ends with Calculus I in Grade 12, our specialized STEM track incorporates early college-level acceleration across mathematics, physics, and modern computer science.

Mathematics

  • Calculus II & III: Integration techniques, infinite sequences and series.
  • Multivariable calculus, vector calculus, and spatial applications.
  • Linear Algebra: Matrices, determinants, systems of linear equations, vector spaces, and eigenvalues/eigenvectors.

Physics

  • Mechanics II: 2D/3D kinematics, work-energy theorems, momentum, and rotational dynamics.
  • Electricity & Magnetism I: Coulomb's law, electric fields, Gauss's law, and DC circuits.
  • Modern Physics: Principles of special relativity, atomic structure, and quantum phenomena.

Computing & IT

  • Programming & Software Development: Core Python programming, algorithm design, artificial intelligence fundamentals, and machine learning architectures.

Purpose: Prepares students for top-tier global university STEM degree programs, honing advanced analytical reasoning, computational thinking, and complex problem-solving abilities.

Laboratory-Supported Subjects

PRACTICAL & EXPERIENTIAL LEARNING

Demonstrating our commitment to practical science and technology, laboratory work makes up 25% of the evaluation in Mathematics, Physics, Chemistry, Biology, and IT. Complementing this, our STEMpower Center trains students in project-based robotics, 3D design, and modern electronics.

Biology Chemistry Physics Mathematics Information Technology (IT)

Grading System

97+Exceptional
93 – 96Outstanding
90 – 92Excellent
87 – 89Very Good
83 – 86Good
80 – 82Solid (Minimum Continuation Threshold)
78 – 79Unsatisfactory (Reassessment Required)
74 – 77Poor (Final Warning Issued)
73 & belowDismissal from school