Open Robotics AI & Deep-Tech Initiative

Overview

Open Robotics AI & Deep-Tech Training is an open-source, hands-on initiative designed to equip learners with STEM, robotics, AI, and business development skills. Using a problem-based learning approach, it bridges theory with real-world applications, preparing participants to build, deploy, and commercialize robotics solutions. The program emphasizes both technical expertise and entrepreneurial skills, ensuring learners can innovate and scale automation technologies effectively.

What you will learn

The program covers:
- STEM & Robotics Fundamentals – Physics, electronics, programming, and smart technologies.
- Deep-Tech Applications – Mechatronics, Embedded systems, ROS-based systems, ML and computer vision, HMI and UI.
- AI-Driven Automation – Autonomous mobile robots (AMRs), AI-powered logistics, and warehouse automation.
- Industry-ready Robotics Solutions – Applications in e-commerce, logistics, and industrial automation.
- Business & Entrepreneurship – Robotics commercialization and Robotics-as-a-Service (RaaS) models.

Core pillars

Training is structured around four interconnected areas:
1. Deep-Tech & Robotics – AI-robotics education, both theoretical and practical.
2. Hands-On Development – Prototyping AMRs, cobots, and AI-powered automation systems.
3. Prototyping & Manufacturing – Transitioning concepts into real-world production.
4. Business & Entrepreneurship – Turning robotics innovations into scalable commercial ventures.

Our solution

This initiative comprised of two parts: Level_1: Incubation and Level_2 Acceleraion. First part is a set of PVC educational DIY kits and second part is based on two open-source real-world projects that merge AI-driven automation with practical robotics training:
- OpenAMR – Autonomous mobile robots (AMRs) for warehouse logistics and material handling.
- EasyMove – AI-powered, puzzle-based rack-moving systems for smart storage and sorting (in progress...).

By integrating AMRs with intelligent storage solutions, we provide an affordable, scalable, and flexible warehouse automation framework while training professionals in deep-tech disciplines to drive innovation in robotics and AI.

Who benefits?

This program is designed for a wide range of participants, including:

• Aspiring Robotics & AI engineers – Seamless learning path from school-level STEM to professional robotics and AI development.
• Engineers & Tech professionals – Gain expertise in robotics, AI, and industrial automation.
• Entrepreneurs & Business owners – Learn how to commercialize automation and robotics solutions.
• E-commerce Fulfillment Ccenters – Automate order picking and last-mile logistics.
• E-Grocery warehouses – Optimize fresh food storage and dispatch.
• CEP (Courier, Express, and Parcel) Sorting Hubs – Enhance parcel routing and last-mile delivery.
• SMEs & Startups – Implement AI-driven warehouse automation cost-effectively.

Course structure

LeveL 1: Smart Technology & Robotics incubation

• STEM Fundamentals - Mechanics, electricity, magnetism, optics - core principles for robotics.
• AI & IoT Integration - Smart environments, computer vision, and real-time automation.
• Digital Labs - Alternative energy, biomedical electronics, cybersecurity, hands-on learning.
• Robot factory - Unique classroom based open development hub for prototyping, small-scale production, and real-world applications.

Level 2:Robotics and AI acceleration

• Master AI & Robotics Fundamentals – Path planning, embedded systems, computer vision, deep learning.
• Build & Test Real-World Automation Projects – Warehouse robotics, autonomous navigation.
• Develop Business & Entrepreneurship Skills – Commercializing robotics solutions, RaaS models.
• Work on Industry-Specific Applications – E-commerce fulfillment, last-mile delivery, AI logistics.

Professional Open-Source Learning Environment

This program immerses students in the same development environment used by AI and robotics professionals.

• GitHub-Centric Learning – All coursework, assignments, and projects are hosted on GitHub.
• Jupyter Notebooks for AI & Robotics – Interactive coding exercises, real-time simulations, auto-graded assignments.
• Integrated DevOps & CI/CD – Automated grading, issue tracking, and pull request-based submissions.
• DIY Robotics Kits (Optional) – Hardware kits for real robotics systems.
• Project-Based Learning – Industry-aligned projects simulating real-world AI-driven robotics applications.

AI-Powered Adaptive Learning

• Automated Skill Assessments & Personalized Learning Paths – AI-driven progress tracking and tailored recommendations.
• AI Mentor Chatbot – 24/7 AI assistance for coding support and debugging via GitHub Issues and Jupyter Notebooks.
• AI-Driven Robotics Simulations – Digital twins and robotics simulators (Gazebo, Webots, Isaac Sim) for pre-hardware testing.
• Automated Code Evaluation & GitHub Tracking – Auto-graded assignments via GitHub Actions.
• On-Demand Expert Mentorship (Premium Option) – Live expert sessions for deeper insights.

Industry-Aligned Learning Model

Students train in industry-standard environments, gaining hands-on experience while keeping the program scalable and cost-effective. By working with real repositories, CI/CD automation, AI simulations, and industry tools, participants develop a strong portfolio of projects that align with professional standards.

Target Audience & Career Paths

Who should join?

• Students & Engineers – Gain deep-tech knowledge.
• Entrepreneurs & SME Owners – Develop AI-powered automation startups.
• Corporate Teams & Professionals – Upskill for Industry 4.0.

Career paths after completion

• AI Robotics Engineer
• Automation & Digital Transformation Consultant
• RaaS Startup Founder
• Industrial AI & Data Science Specialist
• Mechatronics & Embedded Systems Developer

Certification & Career support

• Industry-Recognized Certification in AI, Robotics & Business.
• Job Placement Assistance

Course outcomes

By completing this course, learners will:
✅ Master AI & Robotics Development (Deep Tech).
✅ Develop Real-World AI-Powered Robotics Applications.
✅ Gain Hands-On Industry Experience through Prototyping.

Get Started Now

This initiative is built for those who want to learn, apply, and innovate in AI-driven robotics and automation. Join us to build the future of AI-powered robotics solutions!

📖 Start learning now

Support Our Project

Help us bring innovative AI & robotics education to the next generation! Your support enables us to enhance the curriculum and develop cutting-edge projects.

GitHub Sponsors

PayPal

Every contribution, big or small, helps us grow. Thank you for your support!