- Overview: A short, clear summary of the project.
- Features: Highlights what the project does.
- Installation: How to install dependencies and set up the environment.
- Usage: Commands to run simulations, models, or tests.
- Demo Video: A short YouTube or GitHub-hosted video showcasing the results.
- References: Links to datasets, research papers, or other useful resources.
✅ Create a "Robotics Portfolio" Repository
- Example:
github.com/chuchuxu/robotics-portfolio - Inside, maintain folders for each major project.
✅ Use GitHub Projects (Kanban Board) to Track Progress
- Create a GitHub Project Board for your robotics tasks.
- Example columns: 📌 TODO | 🚀 In Progress | ✅ Completed.
✅ Pin Your Best Projects on Your GitHub Profile
- Go to Profile → Customize Profile → Pin Repositories.
✅ Use Issues & Discussions for Open-Source Collaboration
- Example: If your project is open-source, create an Issue Template so others can contribute.
- Use GitHub Pages + Jekyll to create a simple portfolio website.
- Example:
yourusername.github.ioshowcasing your best projects. - Template: Minimal Portfolio Jekyll Template.
- Share your projects as LinkedIn posts with videos & code snippets.
- Write detailed technical blogs on Medium, Dev.to, or Hashnode.
Example:
"How I Built a Deep Reinforcement Learning-Based Robotic Grasping System"
Here’s an inspiration for structuring your portfolio:
🔗 Example Robotics Engineer GitHub: Tobias Fischer
1️⃣ Set up your first robotics GitHub repository using the template above.
2️⃣ Create at least one README.md file with proper documentation.
3️⃣ Upload a demo video of a robotic simulation (even if it’s simple).
4️⃣ Write a blog post or LinkedIn article about your project.
5️⃣ Start contributing to open-source robotics projects (MoveIt, ROS, OpenCV).