Program Guide

Comprehensive information about all Telebort programs and learning paths.

In this guide:

• Program overview
• Learning paths
• Program details
• Special workshops
• Graduation process

Program Overview

When to use: You want to understand Telebort's program structure.

Core Structure

All programs follow this format:

Duration: 6 months
Total Sessions: 24 (+ 4 grace sessions)
Frequency: Once per week
Session Length: 2 hours
Class Size: 4-6 students
Final Output: Portfolio project

Learning Philosophy

• Project-based: Build real applications
• Collaborative: Learn with peers
• Progressive: Each lesson builds on previous
• Practical: Industry-relevant skills
• Supportive: Multiple chances to succeed

Learning Paths

When to use: Planning your child's long-term coding journey.

Complete Journey

1️⃣ Beginner: JC → Foundation 1 → Foundation 2 → BBP or BBW

2️⃣ Intermediate: BBP ↔ BBW (after program BBP students may want to pursue BBW and vice versa)

3️⃣ Intermediate: BBP/BBW (after both BBP and BBW completed, then can pursue BBD) → BBD (Design specialization)

4️⃣ Specialization Paths (require BBP + BBW completion):
   🤖 AI Path: AI 1 → AI 2 → AI 3
   🌐 Web Path: W1 → W2 → W3 → W4
   📱 Mobile Path: M1 → M2

Tips:

• All students start with strong fundamentals in JC and Foundation
• BBP and BBW can be taken in either order after Foundation 2
• Both BBP and BBW are required before advancing to BBD or any specialization path
• Specialization paths (AI, Web, Mobile) require completion of both BBP and BBW
• Each program builds portfolio pieces and practical skills
• Paths can be customized based on student interest and progress

Program Details

When to use: You want specific information about each program.

Junior Coder (JC)

Age: 8-12 years Prerequisites: None Focus: Introduction to computational thinking

What students learn:

• Basic programming concepts
• Logic and sequencing
• Simple animations
• Game development basics
• Problem decomposition

Final Project: Interactive story or simple game

Foundation 1 (F1)

Age: 10+ years Prerequisites: None or JC Focus: Python fundamentals

What students learn:

• Variables and data types
• Loops and conditions
• Functions and modules
• Basic debugging
• Simple algorithms

Final Project: Text-based adventure game

Foundation 2 (F2)

Age: 11+ years Prerequisites: F1 Focus: Advanced Python concepts

What students learn:

• Object-oriented programming
• File handling
• APIs and web requests
• Data structures
• Error handling

Final Project: Desktop application

BBP (Building Blocks - Python)

Age: 12+ years Prerequisites: F2 or equivalent Focus: Real-world Python applications

What students learn:

• Professional coding practices
• Version control (Git)
• Database basics
• Web scraping
• Automation scripts

Final Project: Automation tool or data analysis project

AI Track Programs

AI 1 - Fundamentals

• Machine learning basics
• Data preprocessing
• Simple predictions
• AI ethics
• Popular AI tools

AI 2 - Deep Learning

• Neural networks
• Computer vision
• Natural language processing
• Model training
• Real-world applications

AI 3 - Advanced Applications

• Custom AI solutions
• Deployment strategies
• Performance optimization
• Industry projects
• Research methodologies

Special Workshops

When to use: Your child wants additional learning opportunities.

#CodeWithAI Series

Workshop 1: Prompt Engineering

Duration: 3 hours + 3 hours (2 days)
Prerequisites: None
Topics: AI interaction, effective prompts, Cursor IDE
Output: AI-assisted project

Workshop 2: Version Control with Git

Duration: 3 hours
Prerequisites: Workshop 1
Topics: Git basics, GitHub, collaboration
Output: First GitHub repository

How to Join

1. Watch for announcements
2. Register via form
3. Prepare required tools
4. Attend and participate
5. Complete showcase project

Benefits:

• Free for current students
• Certificate of completion
• Advanced skills
• Industry exposure
• Peer networking

Graduation Process

When to use: Your child is completing their current program.

Timeline

Week 20: Final project briefing
Week 21-23: Project development
Week 24: Project submission
Week 25-28: Grace period if needed
1-2 weeks later: Certificate ready

Graduation Requirements

• ✅ Attended minimum 20 sessions
• ✅ Completed all core lessons and quizes
• ✅ Submitted final project
• ✅ Demonstrated key competencies

What Happens Next

1. Receive Certificate

• Digital certificate via email
• Physical certificate available
• Transcript of skills learned
• Portfolio piece documented

2. Program Recommendation

• Teacher assessment
• Next program suggestion
• Skill gap analysis
• Growth opportunities

3. Continuation Options

• Enroll in next program
• Take a break
• Join workshops
• Pursue specialization

Certificate Collection

Digital Certificate

• Emailed within 1-2 weeks
• PDF format
• Shareable on LinkedIn
• Verifiable online

Physical Certificate

• Book appointment for collection
• Available on weekends
• Penang Math Platform location
• Bring student ID

Choosing Next Program

When to use: Planning progression after current program.

Factors to Consider

1. Interest: What excites your child?
2. Strengths: Where do they excel?
3. Goals: Future aspirations?
4. Schedule: Time availability?

Making the Decision

• Consult with current teacher
• Review project preferences
• Consider long-term goals
• Book advisory session

Program Policies

When to use: You need clarification on program rules.

Attendance Policy

• Minimum 20/24 sessions for graduation
• Makeup classes available
• Notify absences in advance

Program Transfer

• Can change programs within first 2 weeks
• Teacher recommendation considered
• Pro-rated fee adjustments

Grace Period

• Sessions 25-28 free of charge
• Allows completion at own pace
• No pressure to rush