AI Robotics Engineering Bootcamp

Course overview:

This hands-on 8-week bootcamp introduces students to the foundations of Artificial Intelligence, Robotics, Linux, Python programming, ROS 2, sensors, actuators, computer vision, and autonomous robot development. Students will progress from assembling a mobile robot to programming intelligent behaviors that enable the robot to move, perceive its environment, make decisions, and perform useful real-world tasks.

By the end of the program, participants will have built and programmed a fully functional AI-powered mobile robot capable of navigation, obstacle avoidance, object detection, tracking, and autonomous operation.

Duration: 8 Weeks
Schedule: 2 sessions per week
Session Length: 3 hours per session
Total Instruction Time: 48 hours
Delivery: Hands-on Lab + Project-Based Learning

Course Content

🔹 Week 1: Introduction to Robotics and Linux

Topics:

Introduction to Robotics and AI
Types of Robots and Applications
Components of a Robotic System
Sensors, Actuators, Controllers, and Power Systems
Linux Operating System Fundamentals
Terminal Commands and File Management
Remote Access Using SSH
Introduction to Git and Development Tools

🔹 Week 2: Python Programming for Robotics

Topics:

Python Syntax and Programming Concepts
Variables, Data Types, and Operators
Conditional Statements and Loops
Functions and Modular Programming
Working with Files and Libraries
Introduction to Robotics Programming Logic

🔹 Week 3: Robot Assembly and Electronics Integration

Topics:

Electrical Fundamentals for Robotics
Voltage, Current, Resistance, and Power
Breadboards and Circuit Design
DC Motors and Motor Drivers
Battery Systems and Power Management
Robot Chassis Construction

🔹 Week 4: Motion Control and Robot Navigation

Topics:

Principles of Mobile Robot Locomotion
PWM Motor Speed Control
Differential Drive Systems
Movement Commands and Navigation Logic
Motion Planning Basics

🔹 Week 5: Sensors and Environmental Awareness

Topics:

Sensor Technologies in Robotics
Ultrasonic Distance Measurement
Line Following Sensors
Encoders and Position Tracking
Inertial Measurement Units (IMUs)
Sensor Data Processing

1/3

🔹 Week 6: ROS 2 for Robot Communication and Control

Topics:

Introduction to ROS 2 Architecture
Nodes, Topics, Services, and Actions
ROS 2 Workspaces and Packages
Publisher and Subscriber Models
Robot Communication Frameworks
Hardware Integration with ROS 2

🔹 Week 7: Artificial Intelligence and Computer Vision

Topics:

Fundamentals of Artificial Intelligence
Computer Vision Concepts
OpenCV for Image Processing
Object Detection and Recognition
YOLO-Based Real-Time Vision Systems
Edge AI Deployment

🔹 Week 8: Autonomous Robotics and Capstone Project

Topics:

Fundamentals of Artificial Intelligence
Computer Vision Concepts
OpenCV for Image Processing
Object Detection and Recognition
YOLO-Based Real-Time Vision Systems
Edge AI Deployment

Capstone Project Options

Autonomous Security Patrol Robot
Smart Delivery Robot
Human-Following Robot
Voice-Controlled Assistant Robot
AI Inspection and Monitoring Robot

Staffing Support

Resume Preparation
Mock Interview Preparation
Phone Interview Preparation
Face to Face Interview Preparation
Project/Technology Preparation
Internship with internal project work
Externship with client project work

Our Salient Features:

Hands-on Labs and Homework
Group discussion and Case Study
Course Project work
Regular Quiz / Exam
Regular support beyond the classroom
Students can re-take the class at no cost
Dedicated conf. rooms for group project work
Live streaming for the remote students
Video recording capability to catch up the missed class