From CAD to a 3D-Printed Robot Link
September 11, 2026
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A practical workflow for geometry, tolerances, material choice, print orientation and validation.
ROBOTICS LEARNING CENTER
Build job-ready robotics skills, one project at a time.
Follow structured learning paths in electronics, embedded systems, ROS, automation, computer vision and AI robotics. Start with fundamentals, practise with real hardware and finish with portfolio-ready projects.
- Beginner friendly
- Hands-on projects
- Self-paced
Learning paths
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Practical lessons
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Portfolio projects
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Core disciplines
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Choose a robotics skill to master
Each path moves from clear fundamentals to practical builds and industry-oriented problem solving.
Arduino & Electronics
Circuits, sensors, actuators, power and microcontroller programming.
ESP32 & IoT
Wi-Fi, Bluetooth, MQTT, cloud dashboards and connected devices.
ROS & Robot Software
Nodes, topics, services, navigation, simulation and deployment.
AI & Computer Vision
Image processing, detection, tracking and edge-AI workflows.
Automation & PLC
Industrial control, HMI, safety, motors and factory integration.
Mechanical & CAD
Robot mechanisms, CAD design, prototyping and 3D printing.
A clear path from first circuit to autonomous robot
Learn in the right sequence instead of jumping between disconnected tutorials. Every stage adds a useful project to your portfolio.
- 1. Foundations — electronics, code and safe prototyping
- 2. Build — sensors, motors and embedded control
- 3. Integrate — ROS, perception and connectivity
- 4. Showcase — complete an end-to-end robotics project
Latest lessons and guided projects
Fresh tutorials from the RoboticsHardwareSoftware.com learning library.
PLC or Industrial PC for Automation?
September 11, 2026
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Compare deterministic control, environmental requirements, integration, maintenance and lifecycle.
Computer Vision Pipeline: Camera to Robot Action
September 11, 2026
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Understand the path from image capture through inference, coordinates, planning and safe motion.
PCB Design Checklist for Robotics Projects
September 11, 2026
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A concise review path covering power, connectors, protection, debug access and manufacturing.
Designing a Reliable Robot Power System
September 11, 2026
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Plan voltage rails, peak current, battery protection and electrical noise before selecting components.
A Beginner’s Map of a ROS 2 Robot
September 11, 2026
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Understand nodes, topics, services and actions before wiring your first full stack.
Learn with a practical system
Pick a path
Choose a goal based on your experience, hardware and career direction.
Learn by building
Follow practical lessons and test each concept on real or simulated robots.
Show your work
Publish project evidence, improve your portfolio and connect with opportunities.
Frequently asked questions
Yes. Start with the Foundations path, then move to hardware, programming, ROS and AI topics in sequence.
Not at first. Several lessons can be completed with simulators. Hardware recommendations are included when a physical build is useful.
Yes. The learning paths are designed for flexible, self-paced progress with clear practical milestones.
Yes. Tutorials, projects, downloads and tool recommendations can be added dynamically through WordPress and Elementor.
Ready to build your first robotics project?
Choose a learning path, ask the community when you get stuck, and keep moving from idea to working prototype.
Latest Robotics Courses
Explore robotics courses collected from MIT Learn. Course availability, pricing and enrollment remain with the original provider.
Free
Introduction to Robotics
Explore Introduction to Robotics through MIT Learn. This robotics learning resource is listed as Free. Availability, dates and certificates are controlled by the provider.
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Lego Robotics
Explore Lego Robotics through MIT Learn. This robotics learning resource is listed as See provider. Availability, dates and certificates are controlled by the provider.
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Free
Underactuated Robotics
Explore Underactuated Robotics through MIT Learn. This robotics learning resource is listed as Free. Availability, dates and certificates are controlled by the provider.
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Mobile Autonomous Systems Laboratory
Explore Mobile Autonomous Systems Laboratory through MIT Learn. This robotics learning resource is listed as Free. Availability, dates and certificates are controlled by the provider.
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Robotic Manipulation
Explore Robotic Manipulation through MIT Learn. This robotics learning resource is listed as Free. Availability, dates and certificates are controlled by the provider.
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Cognitive Robotics
Explore Cognitive Robotics through MIT Learn. This robotics learning resource is listed as Free. Availability, dates and certificates are controlled by the provider.
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Certificate Program in AI Product Design and Robotics Applications
Explore Certificate Program in AI Product Design and Robotics Applications through MIT Learn. This robotics learning resource is listed as See provider. Availability, dates and certificates are controlled by the provider.
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Robotics Essentials
Explore Robotics Essentials through MIT Learn. This robotics learning resource is listed as See provider. Availability, dates and certificates are controlled by the provider.
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