mithi/robotics-coursework
Robotics Coursework
This project is a robotics engineering knowledge base and learning curriculum. It serves as a structured collection of academic courses, textbooks, and technical guides for studying robotics, kinematics, and control systems.
The repository functions as a hardware resource guide and prototyping directory. It provides a curated set of tutorials and setup manuals for microcontrollers, alongside DIY build guides and software tools for designing robot arms, drones, and mechanical simulators.
The content covers a broad technical surface, including embedded systems learning, robot software tooling for CAD and machine learning, and technical robotics research involving mathematical foundations. It also includes practical guides for facial recognition and basics for single-board computers.
Features
- Curated Learning Resources - Curates a comprehensive collection of high-quality textbooks and educational guides across electronics, mechanics, and AI.
- Robotics Engineering - Serves as a comprehensive knowledge base for robotics engineering, covering CAD, control systems, and machine learning.
- Robotics Education - Aggregates online courses and university lectures to provide a comprehensive education in robotics topics.
- Markdown-Based Knowledge Bases - Ships a version-controlled knowledge base using markdown files to store learning paths and technical resources.
- Curated Learning Paths - Defines structured learning paths that sequence prerequisite mathematics and programming courses for robotics study.
- Educational Textbooks - Provides a curated list of academic textbooks covering the mathematical foundations of kinematics and control.
- Embedded Systems Education - Provides educational resources on microcontroller hardware, control theory, and embedded system design for robotics.
- Robotics Curricula - Organizes academic courses and textbooks into a structured curriculum for studying robotics.
- Robotics & Drones - Offers hands-on DIY build guides and tutorials for constructing physical robots and drones.
- Academic Foundations - Curates academic textbooks and documentation on mathematical foundations like Kalman filters and kinematics.
- Raspberry Pi Basics - Provides hardware kits and setup guides for configuring Raspberry Pi single-board computers.
- Arduino Basics - Collects starter kits and tutorials for programming beginner-level Arduino hardware.
- Educational Courses - Indexes academic series and structured courses covering kinematics, control systems, and autonomous vehicles.
- Robotics Implementation Manuals - Provides practical implementation manuals and setup guides for Arduino and Raspberry Pi microcontrollers.
- Technical Resource Directories - Provides a technical resource directory for discovering software and conceptual tools for mechanical engineering and CAD.
- Robotic Tooling - Indexes software development tools and conceptual guides for CAD design, control systems, and machine learning.
- Prototyping Guides - Lists DIY build guides and software tools for designing robot arms, drones, and mechanical simulators.
- Prototyping Guides - Lists hands-on robotics projects and physical build guides to help learners practice hardware prototyping.
- Reference Lists - Online robotics courses.
