The Unicus Artificial Intelligence Olympiad (UAIO) is a global competitive test which is aimed at Class 3 students. It presents learners with the concept of artificial intelligence by introducing the principles of logical thinking, simple coding principles, and real-life examples.
At this stage, learners start to learn not only what technology is, but also the manner in which it is performed. They investigate the ways machines are able to take instructions, learn by example and make decisions.
Think about this:
Repeating a game character's action and the next word being proposed by a typing phone – that is where artificial intelligence plays its role. UAIO enables the students to grasp these concepts in an easy and fun manner.
The UAIO is done online, and the students can take part at home. The test has multiple-choice items that are aimed at evaluating the skills of understanding and thinking.
Key Highlights:
Duration: 60 minutes
Mode: Online
Question Type: MCQs
Practice: 3 practice tests (with trial version)
The examination will be divided into two parts:
Classic Section
Knowledge: Fundamental knowledge and practice.
Examples: determine the correct order or select the appropriate command.
Scholar Section
Subject Area: Higher-Order Thinking Skills (HOTS).
Sample: Forecast what will occur in case of a condition change or examine a scenario.
Thinking, rather than memorisation, is tested in the exam.
The syllabus presents students with significant concepts of AI using basic explanations, activities, and real-life associations.
Key Topics Explained
1. Computational Thinking
Definition: Solving problems logically in steps.
Example: Putting your school bag in sequence (books - notebook - pencils box).
2. Conditions, Loops, and Sequences
Sequence: sequential instructions.
No example.
Loop: Repeating an action
Example: Clap 5 times
Condition: Making decisions
Example: It rained, take an umbrella.
3. Learning on the part of machines
Definition: Machines become better when they are illustrated.
Examples: One of the phones learning your face by seeing it a few times.
4. Data Representation and Collection
Definition: Gathering and systematising information.
Examples: Favourite fruits in the classroom and creating a chart.
5. Block-Based Coding (Scratch)
Definition: A method of coding that involves typing visual blocks, rather than typing.
Examples: Moving or talking of a character in a basic animation.
6. Digital Safety Basics
Definition: operating equipment safely and responsibly.
Examples:
Not sharing passwords
Ask adults before clicking unidentified links.
The syllabus does not emphasise the technical complexity but understanding and application.
The preparation must be easy, convenient and enjoyable.
Step 1: Learn through real life
Consider daily activities to be algorithms.
Notice intelligent devices.
Patterns of notifications in games and activities.
Step 2: Understand key topics
Focus on:
step-by-step thinking
identifying patterns
conditional (if/else) knowledge.
recognising data
Step 3: Practise regularly
solve sample questions
Try logic puzzles
Practice circumstances and conditions.
Step 4: Explore visually
Use Scratch (block coding)
Observe the transformation of actions on the variation of the blocks.
Step 5: Develop online awareness.
learn safe internet habits
know how to use the device in a responsible way.
Smart tip:
AI is similar to learning a game; the more you train, the more you know about the pattern and rules.
Students may enrol at school or at an individual level.
STEP 1: Go to the registration page.
STEP 2: Fill in details
STEP 3: Review information
STEP 4: Complete payment
STEP 5: Accept the confirmation email.
• Unicus Mathematics Olympiad (UMO)
• Unicus Science Olympiad (USO)
• Unicus English Olympiad (UEO)
• Unicus General Knowledge Olympiad (UGKO)
• Unicus Critical Thinking Olympiad (UCTO)
• Unicus Global Mathematics Olympiad (UGMO)
• Unicus Global Science Olympiad (UGSO)
• Unicus Global English Olympiad (UGEO)
