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✦ Senior Coder · Level 9

Bridging the Gap with Integrated App & Web Solutions

Build Intelligent Software, Control Virtual Robots & Think Like an Engineer
For students who have completed Senior Coder Level 7 or have prior programming experience
Students move beyond traditional programming and begin creating intelligent systems using C++, Arduino programming, and virtual robotics with TinkerCAD - writing efficient software, developing logical algorithms, programming sensors and actuators, and simulating real robotic systems.
📚 46 Hours + Assessment
🔴 Online - Personalized Live Classes
🤖 Virtual Robotics in TinkerCAD
🎖 Certificate On Completion
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Senior Coder

Level 9
Curriculum Designed By Educators And Technologists Who Worked For Tech Leaders
About Course

What Is This Course About?

Behind autonomous robots, smart devices, self-driving technologies, and industrial automation lies one of the world's most powerful programming languages: C++.

From robotics and embedded systems to aerospace, automotive engineering, game engines, and artificial intelligence, C++ is trusted by engineers to build high-performance software that powers real-world technology.

Welcome to the C++ Programming & Virtual Robotics Engineering Program, where students move beyond traditional programming and begin creating intelligent systems using C++, Arduino programming, and virtual robotics with TinkerCAD.

Students learn how to write efficient software, develop logical algorithms, control virtual electronic circuits, program sensors and actuators, and simulate real robotic systems in an engaging hands-on environment.

By the end of the program, students will have built interactive C++ applications, virtual Arduino projects, intelligent automation systems, and robotics simulations that demonstrate creativity, engineering thinking, and advanced problem-solving.
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Transparent Pricing

Pay monthly.
Stay because you love it.

Most coding academies ask you to pay upfront for months - before your child has even had a single class. At ItsMyBot, we think that's backwards. You pay month to month, and you're always in control.

What you get
Other Academies
ItsMyBot
Monthly billing
✗
✔ Yes
Full upfront payment required
✗ Often yes
✔ Never
Freedom to pause anytime
✗ Rarely
✔ Always
Pricing based on your needs
— Fixed plans
✔ Personalised
📅

Month-to-Month Enrolment

Enrol and pay one month at a time. No annual lock-ins, no large upfront amounts. Your investment stays proportional to the value your child receives.

🎯

Pricing Built Around You

Pricing varies based on the teacher, teaching style, and course chosen - because every learner is different. We'll tell you the exact cost after your free trial class, when you know what fits best.

🔓

Full Flexibility, Always

Life happens. If your needs change after any month, you have complete freedom to adjust. We'd love for you to stay - but we'll never make you feel stuck.

Why don't we show fixed prices? Because we don't believe in one-size-fits-all. Different teachers bring different expertise, teaching methods, and experience - and that's reflected in how we price. The best way to find your fit is to take the free trial lesson first, meet your instructor, and then decide. Pricing is shared after the trial - transparently, with no pressure.

Start for free - no card required

Book Your Free Trial Lesson

No commitment. No pressure. Pricing shared after the trial lesson.

Why C++ Matters

The Language Behind Advanced Engineering

Some of the world's most advanced technologies rely on C++. From NASA simulations and robotics research to autonomous vehicles, gaming engines, operating systems, and embedded devices, C++ remains one of the most respected programming languages in engineering.

Students don't simply learn to write programs. They learn how software controls machines and how intelligent systems interact with the real world.
Robotics
Embedded Systems
Smart Devices
Industrial Automation
Game Engines
Operating Systems
Autonomous Technologies
Engineering Software
High-Performance Applications
BEYOND PROGRAMMING

Why Parents Choose This Program

C++ develops the kind of logical and analytical thinking used by engineers, computer scientists, and technology innovators. Parents choose this program because students develop far more than programming knowledge.
Advanced Problem-Solving Skills
Engineering Thinking
Computational Thinking
Logical Reasoning
Algorithm Design
Systems Thinking
Hardware & Software Understanding
Robotics Foundations
Independent Learning
Professional Coding Practices
The Outcome

Confidence to Solve Real Engineering Challenges

Students gain confidence solving real engineering challenges while creating exciting projects they can test and improve throughout the course.
By the end of the program, students will have built interactive C++ applications, virtual Arduino projects, intelligent automation systems, and robotics simulations that demonstrate creativity, engineering thinking, and advanced problem-solving.
From C++ To Robotics

Master The Skills Behind Intelligent Systems

Students master C++, design scalable object-oriented software, control virtual hardware in TinkerCAD, program sensors and automation, and engineer robots that move and make decisions — experiencing how intelligent systems are designed and built.
C++ Programming Foundations

Master A High-Performance Language

Students begin by learning C++, one of the most powerful and widely used programming languages in professional engineering.
Variables & Data Types
Operators & Expressions
Decision Making
Loops
Functions
Arrays
Pointers & References
Debugging Techniques
Object-Oriented Engineering

Think Like a Software Engineer

Professional software is built using structured design principles.
Students learn how Object-Oriented Programming allows engineers to organise complex software into reusable, scalable components.
Classes & Objects
Constructors
Encapsulation
Inheritance
Polymorphism
Object Collaboration
Software Architecture
Reusable Code Design
Virtual Robotics With TinkerCAD

Bring Code to Life with Virtual Robotics

Programming becomes even more exciting when software controls virtual hardware.
Students use TinkerCAD Circuits to simulate Arduino-based robotics projects while writing C++ code that interacts with electronic components.
Arduino Programming
Digital Inputs & Outputs
LEDs
Push Buttons
Breadboards
Circuit Simulation
Embedded Programming
Hardware Logic
Sensors & Intelligent Automation

Build Intelligent Automation Systems

Modern robots constantly collect information and make decisions.
Students learn how sensors allow software to respond intelligently to changing conditions.
Analog Sensors
Light Detection
Temperature Monitoring
Sensor Thresholds
Data Processing
Decision-Making Logic
Automated Systems
Smart Device Programming
Motion & Real-Time Control

Control Motion and Smart Devices

Real robots move, respond, and interact with the world.
Students learn how software controls movement using timing systems, PWM signals, and servo motors.
Timing with millis()
Servo Motors
PWM Control
Application Logic
Smooth Motion
State Machines
Sequential Logic
Real-Time Programming
Robotic Behaviour
Autonomous Robotics Logic

Develop Real Robotics Logic

Programming robots is about much more than moving motors.
Students learn how autonomous systems make decisions using sensor information and logical algorithms.
Parking Assistant Systems
Obstacle Detection Logic
Smart Security Consoles
Elevator Control Systems
Automation Controllers
Intelligent Decision Systems
Virtual Robotics Algorithms
Engineering Simulations
Build Projects

Build Real Engineering Projects

Learning happens through creation. Throughout the program, students build an impressive portfolio of C++ applications and virtual robotics projects.
Smart Calculator
Digital Logic Simulator
Casino Luck Game
Student Marks Analyzer
Traffic Light Controller
Quiz Buzzer System
Automatic Night Lamp
Temperature Alert System
Smart Security Console
Servo Control System
Parking Assistant
Obstacle Avoidance Logic
Smart Elevator Controller
Greenhouse Automation System
Each project reinforces engineering principles while developing confidence, creativity, and advanced problem-solving skills.

INDUSTRY-READY TOOLS

Technologies Students Master

Students gain hands-on experience with the same technologies used by professional software and robotics engineers.

💻 Software Engineering
C++ Object-Oriented Programming Engineering Algorithms Software Debugging Systems Design
🤖 Robotics & Hardware
Arduino Programming TinkerCAD Circuits Embedded Programming Digital Electronics Circuit Simulation
📡 Sensors & Automation
Analog Sensors Servo Motor Control Automation Logic Robotics Programming
BUILD FOR TOMORROW

Future Career Pathways

The skills introduced in this program provide a strong foundation for future engineering and technology careers.

Robotics Engineer

Embedded Systems Developer

Software Engineer

C++ Developer

Automation Engineer

Mechatronics Engineer

Electronics Engineer

AI & Robotics Developer

Game Engine Developer

Computer Engineer

Technical Entrepreneur

This is more than a programming course. It is the journey from web developer to full-stack software creator.
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Course Curriculum

46 Hours + Assessment

10 modules taking students from C++ programming foundations into software engineering and virtual robotics with Arduino and TinkerCAD.

Lessons 1 to 4

Lesson 1: Introduction to C++ & Software Engineering

  • Why C++ powers modern engineering and robotics
  • Writing Your First C++ Program
  • Header Files & main()
  • Console Output
  • Development Workflow
  • Practice: Hello Developer

Lesson 2: Variables & Data Types

  • Variables
  • Primitive Data Types
  • User Input
  • Variable Initialization
  • Data Representation
  • Practice: Personal Profile Generator

Lesson 3: Operators & Expressions

  • Arithmetic Operators
  • Assignment Operators
  • Increment & Decrement
  • Expressions
  • Operator Precedence
  • Practice: Smart Calculator

Lesson 4: Decision Making with Code

  • Boolean Logic
  • Comparison Operators
  • if / else Statements
  • Program Flow
  • Practice: Eligibility Checker



Lessons 5 to 8

Lesson 5: Building Intelligent Decision Systems

  • Nested Conditions
  • Logical Operators
  • Multi-Level Decision Making
  • Practice: Smart Ticket Booking System

Lesson 6: Digital Logic & Boolean Thinking

  • AND Logic
  • OR Logic
  • NOT Logic
  • Truth Tables
  • Software Decision Systems
  • Practice: Digital Logic Simulator

Lesson 7: Efficient Decision Making

  • Ternary Operators
  • Compact Logic
  • Conditional Expressions
  • Practice: Number Analyzer

Lesson 8: Randomness & Probability

  • Random Numbers
  • Basic Probability
  • Simulation Logic
  • Practice: Casino Challenge



Lessons 9 to 16

Lesson 9: Loop Fundamentals

  • for Loops
  • Counting Patterns
  • Repetition
  • Practice: Multiplication Generator

Lesson 10: Condition-Controlled Loops

  • while Loops
  • Input Validation
  • Repetitive Algorithms
  • Practice: Palindrome Analyzer

Lesson 11: Guaranteed Execution

  • do-while Loops
  • User-Controlled Programs
  • Practice: Armstrong Number Checker

Lesson 12: Pattern Generation

  • Nested Loops
  • Computational Thinking
  • Algorithm Design
  • Pattern Challenges

Lesson 13: Functions & Modular Programming

  • Creating Functions
  • Parameters
  • Return Values
  • Modular Design

Lesson 14: Building Reusable Software

  • Multiple Functions
  • Code Reuse
  • Program Organisation
  • Practice: Modular Calculator

Lesson 15: Function Overloading

  • Overloaded Functions
  • Flexible Programming
  • Software Reusability

Lesson 16: Recursive Problem Solving

  • Recursion
  • Recursive Algorithms
  • Problem Decomposition
  • Practice: Recursive Challenges


Lessons 17 to 20

Lesson 17: Working with Arrays

  • One-Dimensional Arrays
  • Traversal
  • Indexing

Lesson 18: Data Analysis

  • Searching Arrays
  • Maximum & Minimum
  • Statistical Analysis
  • Practice: Student Performance Analyzer

Lesson 19: Memory & Pointers

  • Memory Concepts
  • Pointer Fundamentals
  • Addressing

Lesson 20: References & Efficient Programming

  • Reference Variables
  • Pass by Reference
  • Efficient Memory Usage

Assessment

Software Engineering Coding Challenge

Arrays • Functions • Algorithms • Problem Solving




Lessons 21 to 26

Lesson 21: Thinking in Objects

  • Classes
  • Objects
  • Attributes
  • Methods

Lesson 22: Encapsulation

  • Public & Private Members
  • Data Protection
  • Object Design

Lesson 23: Constructors

  • Object Initialization
  • Constructors
  • Clean Design

Lesson 24: Inheritance

  • Parent & Child Classes
  • Code Reuse
  • Software Architecture

Lesson 25: Polymorphism

  • Method Overriding
  • Dynamic Behaviour
  • Flexible Software Design

Lesson 26: Mini Software Engineering Project

  • Multi-Class Design
  • Object Collaboration
  • Project: Smart Student Management System



Lessons 27 to 30

Lesson 27: Introduction to Virtual Robotics

  • TinkerCAD Environment
  • Arduino Fundamentals
  • Breadboards
  • Embedded Programming

Lesson 28: Digital Outputs

  • LEDs
  • Digital Signals
  • Blink Logic
  • Project: Smart LED Controller

Lesson 29: Traffic Automation

  • Multiple Outputs
  • Timing Logic
  • Project: Intelligent Traffic Control System

Lesson 30: Interactive Input Systems

  • Push Buttons
  • Digital Inputs
  • User Interaction
  • Project: Quiz Buzzer Console



Lessons 31 to 34

Lesson 31: Understanding Sensors

  • Analog Inputs
  • Sensor Values
  • Data Acquisition

Lesson 32: Smart Lighting Systems

  • Light Sensors
  • Threshold Detection
  • Project: Automatic Night Lamp

Lesson 33: Environmental Monitoring

  • Temperature Sensors
  • Alert Systems
  • Project: Smart Temperature Monitor

Lesson 34: Automation Logic

  • Multi-Condition Decisions
  • Sensor Integration
  • Project: Plant Care Assistant



Lessons 35 to 38

Lesson 35: Timing Without Delay

  • millis()
  • Real-Time Programming

Lesson 36: Reaction Timing

  • Timed Events
  • Human Interaction
  • Project: Reaction Speed Tester

Lesson 37: Security Systems

  • Sequential Logic
  • Password Verification
  • Embedded Security

Lesson 38: Memory & State Machines

  • Arrays
  • Timing
  • State-Based Programming

Assessment

Smart Security Console


Lessons 39 to 42

Lesson 39: PWM Fundamentals

  • analogWrite()
  • Smooth Control

Lesson 40: Intelligent Lighting

  • Brightness Control
  • Fading Effects
  • Project: Smart Mood Lamp

Lesson 41: Servo Motor Programming

  • Servo Library
  • Motion Control
  • Angle Positioning

Lesson 42: Embedded Motion Systems

  • Servo Control
  • Robotic Movement
  • Project: Servo Controller




Lessons 43 to 46

Lesson 43: Distance Detection

  • Ultrasonic Sensors
  • Distance Measurement

Lesson 44: Smart Parking Assistant

  • Safe Zone Detection
  • Obstacle Monitoring
  • Project: Parking Assistant System

Lesson 45: Autonomous Navigation Logic

  • Obstacle Detection
  • Decision Making
  • Project: Virtual Robot Brain

Lesson 46: Intelligent Control Systems

  • Queue Algorithms
  • Scheduling
  • Project: Smart Elevator Controller



Virtual Robotics Engineering Challenge

Students design, program, test, and present a complete intelligent automation system using C++, Arduino programming, and TinkerCAD simulation.

 Capstone Projects

  • Smart Greenhouse Controller
  • Intelligent Parking Assistant
  • Smart Elevator Simulator
  • Home Automation System
  • Environmental Monitoring Station
  • Smart Security Console

Final Deliverables

  • Working C++ Programs
  • Virtual Robotics System
  • Intelligent Automation Project
  • Engineering Documentation
  • Project Presentation


Download Full Module Breakdown (PDF)
Simple start

How it works

3 Easy Steps to Get Started:

1

Book a free trial

Fill in the form. An academic counsellor will schedule a free session and assess your child's current level and interests.
2

Get a personalised roadmap

Based on the trial, counsellors build a custom learning path — right pace, right projects, right instructor for your child.
3

Build, learn, and earn

Live sessions, progress reports after every class, parent feedback calls, and a certificate on completion. Your child keeps all their projects.
faqs

Get to Know Us Better

It's the final level (Level 9) of the Senior Coder pathway, designed for advanced students ready to combine app and web development into complete, integrated software solutions.

Yes. As the capstone level of the Senior Coder pathway, it's built for students who've progressed through earlier levels or have solid prior programming experience.

It means your child learns to bring app development and web development together — building unified, real-world software where mobile and web work as one connected solution.

Earlier levels build individual skills — Python, JavaScript, full-stack, Java, C++. This final level focuses on integrating those skills into complete, professional software projects.

Yes — like every Senior Coder course, learning happens through hands-on creation, with your child building integrated app and web projects for their portfolio.

Yes — 100% live and one-on-one with a dedicated instructor. Your child learns in real time, asks questions freely, and follows a flexible schedule that fits around school and family. Nothing is pre-recorded.

Yes! Your child earns a Certificate of Completion, and keeps every project they build.

Advanced software integration, project planning, problem-solving, and the professional workflows needed to build complete, real-world applications.

A counsellor assesses your child's current level and experience during a free trial session, then recommends whether this capstone level is the right fit.

Your child finishes with a strong portfolio and the confidence to build complete software — a foundation for advanced study, competitions, internships, and future tech careers.

Yes. Book a free trial, meet the instructor in a live 1:1 session, and decide afterwards — no payment required to try it.
testimonials

Trusted by Parents like You!

I was extremely happy with the teacher and her approach to my daughter, like a close family teacher.
By Canavady
Rated 5/5
My daughter, Rishika is thoroughly enjoying the learning experience at ItsMyBot.

Ms. Poornima is teaching the program very well, at the right pace, making sure Rishika understands the concepts well. During the feedback session, she provided the details of Rishika’s strengths and areas of improvement giving me the confidence that she is well aware of how to guide her holistically.

The daily class reports and feedback gives a clear understanding of the progress in each class.

I also appreciate the excellent coordination, hassle free class scheduling and timely response to queries by Sandhya.

I would definitely recommend ItsMyBot to my friends and family.
By rehana
Rated 5/5
Enrolling my son in classes in September has been a great decision. The trial class helped us identify his interests, and Ms. Jiya's engaging approach has made learning enjoyable. I appreciate her encouragement for my son to draw and write, recognizing it as a positive habit for his development.

The flexibility of classes is a significant advantage, accommodating our unpredictable schedule. Ms. Jiya's understanding and willingness to reschedule when needed make the learning process enjoyable for both my son and us as parents.

I'm grateful for the positive environment Ms. Jiya creates, and we look forward to more enjoyable learning experiences. Kudos to the iTSMYBOT team for their exceptional responsiveness and clear lesson reports, contributing to a smooth and enriching educational journey for our son.
By Dimple Jain
Rated 5/5

Rated 4.7 out of 5 based on  65 reviews on Trustpilot

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Become a Robotics Programmer

Not just a C++ course — a complete journey from programming fundamentals to virtual robotics engineering and intelligent systems development.
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Empowering children with the right skills today enables them to drive innovation tomorrow. Join us on this exciting journey, and let's unlock the boundless potential within every child.

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