SynIQ

Building Thinkers for the AI Age.

CBSE-aligned computational thinking practice platform for Grades 3–5. Developed by SysMindX Solutions to fulfill the 2026-27 CT & AI mandate — building real thinking skills through structured 15-minute sessions.

About the Platform

SynIQ is built on a single principle: thinking is a skill, not a talent — and like any skill, it improves with deliberate practice. The platform delivers structured, curriculum-aligned sessions that build the four computational thinking competencies mandated by CBSE from session 2026-27.

Unlike exam-preparation tools that focus on memorisation, SynIQ focuses on reasoning — using scenario-based questions that require students to apply Pattern Recognition, Abstraction, Decomposition, and Algorithmic Thinking to real-world problems.

Platform Features

1,500+ original practice questions for Maths & EVS, curriculum-aligned to the 2026-27 NCERT chapters
Covers all four CT skills: Pattern Recognition, Abstraction, Decomposition, Algorithmic Thinking
Every answer explained in plain language — children learn the why, not just right or wrong
15-minute sessions, with Review Mistakes & Skill Refresher to replay wrong answers or drill one skill
Mastery stars, shareable certificates and a personal Trophy Room — progress that motivates
Parent dashboard: per-skill trends over time and a Maths-vs-EVS breakdown
Teacher tools: class join codes, CT skill-gap reports and chapter assignments with due dates
Aligned to CBSE Acad-15, TRG-02 & Acad-18 (April 2026 circulars), NEP 2020 & NCF-SE 2023
Ad-free and privacy-first — children log in with a 4-digit PIN, no phone or email
No app installation — fully browser-based, works on any phone or computer

The Four CT Skills

Pattern Recognition

Identifying similarities, trends, and regularities across data and problems. Students learn to spot repeating structures and use them to solve new problems efficiently.

Abstraction

Focusing on essential information and ignoring irrelevant detail. Builds the ability to create generalisable models and representations of complex ideas.

Decomposition

Breaking complex problems into smaller, manageable sub-problems. Develops systematic thinking and structured approaches to problem-solving.

Algorithmic Thinking

Designing step-by-step solutions that can be reliably followed or automated. Students practise sequencing, conditionals, and logical flow without needing to code.

Start Practising on SynIQ

The platform is live. Students can practise free. Teachers can create a class and share a join code in under 2 minutes — no school approval needed.

Open SynIQ →
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