AI Automation Workshop Nov 29th

Course Description: AI Automation with Robotics and IoT
Master the Future of Intelligent Systems – From Code to Cutting-Edge Automation

Course Overview
Dive into the transformative world of AI-driven automation, where robotics meets the Internet of Things (IoT) to create intelligent, interconnected systems. This comprehensive course takes you from absolute beginner to industry-ready professional, equipping you with the skills to design, program, and deploy autonomous solutions that revolutionize industries.

No prior experience? We start with rock-solid foundations in programming and IoT, then escalate to advanced AI robotics – ensuring you build expertise step-by-step.

What You’ll Master
🔧 FOUNDATION MODULE: BUILDING TECHNICAL EXCELLENCE
Master the languages and concepts powering modern automation:

Programming Fundamentals:
C/C++: Embedded systems programming for real-time robotics control.
Python: AI/ML development, data analysis, and scripting for automation workflows.

Rdeno: Real-time data processing and edge computing for IoT devices.
IoT Essentials:

Sensor integration, communication protocols (MQTT, CoAP), and cloud platforms (AWS IoT, Azure IoT).
Circuit design, microcontrollers (Arduino, Raspberry Pi), and IoT security.

🤖 ADVANCED MODULE: AI AUTOMATION & ROBOTICS
Transform theory into intelligent machines:

Robotics Engineering:
Kinematics, dynamics, and control systems for robotic arms, mobile robots, and drones.
Simulation tools (Gazebo, ROS) and hardware integration (actuators, encoders).

AI & Machine Learning for Automation:
Computer vision (OpenCV, YOLO) for object detection and robotic perception.
Reinforcement learning for adaptive decision-making in dynamic environments.
Predictive maintenance using AI and IoT sensor data.
End-to-End Automation Systems:
Designing AI-orchestrated workflows (e.g., smart factories, autonomous logistics).
Integrating IoT data streams with robotic actions via cloud/edge computing.
Hands-On Projects: Build Your Portfolio
Apply skills to real-world challenges:

IoT Smart Home: Program a Python/Rdeno-based system to automate lighting, security, and energy use.
Robotic Arm Control: Use C++ to operate a robotic arm with computer vision-guided precision.
AI Warehouse Robot: Build an autonomous robot that navigates, sorts packages, and reports via IoT.
Predictive Maintenance System: Create an AI model that forecasts equipment failures using IoT sensor data.
Who Should Enroll?
Aspiring Engineers: Students or professionals aiming to enter robotics/AI/IOT fields.
Career Switchers: From IT, electronics, or mechanical backgrounds seeking automation expertise.
Entrepreneurs: Building tech startups in Industry 4.0, smart cities, or IoT solutions.
Hobbyists: Tech enthusiasts ready to turn passion into professional skills.
Why This Course Stands Out
Zero-to-Hero Path: From programming basics to deploying AI robotics – no gaps, no assumptions.
Industry-Aligned Syllabus: Covers 90% of skills demanded in automation job postings (LinkedIn 2023).
Future-Proof Stack: Master in-demand tools: ROS, TensorFlow, Arduino, AWS IoT, and more.
Expert Mentorship: Learn from engineers with 10+ years in robotics at Tesla, Siemens, and Bosch.
Your Takeaway
Graduate with the ability to:
✅ Architect AI-powered robotic systems that self-optimize using real-time IoT data.
✅ Code embedded solutions in C/C++/Python for low-latency automation.
✅ Deploy secure IoT networks that communicate seamlessly with robotic fleets.
✅ Lead Industry 4.0 projects – from smart factories to autonomous delivery drones.

Enroll Today and Engineer the Future
Where Code Meets Motion, and Data Drives Intelligence
👉 Limited Seats: Launch your career in AI Automation with Robotics & IoT!

Course Format: Self-paced video lectures + live Q&A + downloadable resources + lifetime access.
Prerequisites: Basic computer literacy. Basic English.