This repository documents my entire journey in the MIT 6.002.1x – Circuits and Electronics course, offered by the Massachusetts Institute of Technology (MIT) on the edX platform. Here you will find notes, study materials, summaries, and weekly exercise solutions, all organized to facilitate tracking my progress and learning.
The goal of this space is to serve as a portfolio of the knowledge acquired, as well as to share useful resources for other students interested in the subject.
The MIT 6.002.1x course covers the following fundamental concepts:
- ⚡ Basic concepts of electrical circuits
- 📐 Basic circuit analysis methods
- 💻 Digital abstraction
- 🔀 Superposition, Thevenin, and Norton theorems
- 🔬 Other advanced topics in electronics
Each week of the course focuses on a specific set of concepts, with theoretical materials and practical exercises.
The repository organization follows the weekly division of the course:
MIT_6.002.1x/
├── Leitura de Acompanhamento/ # Follow-up reading of the material (handout)
├── Week 0/ # Important electrical and related safety notices
├── Week 1/ # Introduction and basic concepts
├── Week 2/ # Digital abstraction, superposition, Thevenin and Norton
├── Week 3/ # Non-linear circuits and digital electronics inside
├── Week 4/ # Amplifiers and incremental analysis
Each folder contains PDFs with study materials and, in the future, exercise solutions and notes.
Note: All content and solutions here reflect my own understanding and effort. If you are taking MIT 6.002.1x, use this repository as a reference, but always prioritize developing your own solutions, respecting the course's academic honesty policy.