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A comprehensive collection of course notes from Eindhoven University of Technology (TU/e), organized as an Obsidian vault for optimal cross-referencing and knowledge management.
This repository contains detailed notes, summaries, exercises, and reference materials for various TU/e courses, primarily focused on Electrical Engineering and related disciplines. The notes are structured in Markdown format and optimized for use with Obsidian.
- 2DE20 - Math I (Linear Algebra, Calculus)
- 2INC0 - Operating Systems
- 2WBB0 - Calculus
- 5ECB0 - Electronics I (Semiconductors, Diodes, Transistors)
- 5ECC0 - Electronics II
- 5EIB0 - Computation II
- 5EMA0 - Math II
- 5EPA0 - Electromagnetics I
- 5EPB0 - Electromagnetics II
- 5ESB0 - Systems
- 5ESC0 - DSP (Digital Signal Processing) Fundamentals (Signals II)
- 5ESD0 - Control Systems
- 5ETB0 - Communication Theory
- 5ETC0 - Communication 1
- 5EWA0 - Electromechanics
- 5EWB0 - EPS (Electric Power Systems)
- 5XCC0 - Biopotential and Neural Interface Circuits
- 5XIC0 - Electronic Systems Engineering
- 5XIE0 - Computation Modeling
- 5XTA0 - Telecommunications Systems
- 5XTB0 - Photonics
- 5XTC0 - Components in Wireless Technologies
Each course folder typically contains:
[COURSE_CODE]/
├── [Course Name] - [COURSE_CODE].md # Main course notes
├── attachments/ # Images, diagrams, screenshots
├── exercises/ # Practice problems and solutions
├── summaries/ # Condensed review materials
├── slides/ # Lecture slides (PDF)
├── workouts/ # Additional practice materials
└── *.pdf # Reference books, formula sheets
- Obsidian (recommended for best experience)
- Any Markdown editor (alternative)
- PDF viewer for reference materials
-
Clone this repository:
git clone [repository-url] cd tue-notes -
Open in Obsidian:
- Launch Obsidian
- Click "Open folder as vault"
- Select the
tue-notesdirectory
-
Alternative: Use any Markdown editor to view individual
.mdfiles
- Use Obsidian's graph view to visualize connections between topics
- Leverage the search functionality to find specific concepts across all courses
- Use backlinks (
[[]]) to jump between related topics - Enable preview mode for better readability of mathematical formulas
- Mathematical Formulas: LaTeX notation for equations and expressions
- Visual Elements: Embedded diagrams, screenshots, and reference images
- Cross-References: Linked concepts between different courses
- Practical Examples: Real-world applications and problem-solving approaches
- Reference Materials: Formula sheets, textbooks, and additional resources
- Linear Algebra and Calculus
- Digital Signal Processing
- Control Systems Theory
- Complex Analysis
- Semiconductor Physics
- Analog and Digital Circuit Design
- Biopotential and Neural Interface Circuits
- Electronic System Engineering
- Communication Theory
- Electromagnetics
- Operating Systems
- Electric Power Systems
If you're a TU/e student and would like to contribute:
- Ensure content accuracy and proper attribution
- Follow the existing folder structure and naming conventions
- Use consistent Markdown formatting
- Include relevant attachments in the
attachments/folder - Add cross-references to related topics where applicable
These notes are student-generated study materials and should be used as supplementary resources. Always refer to official course materials and consult with instructors for authoritative information. The content is provided as-is for educational purposes.
This work is intended for educational use. Please respect copyright of any included textbooks, slides, or other materials that may have restricted distribution rights.
Note: This vault is optimized for Obsidian but can be used with any Markdown-compatible editor. For the best experience with mathematical formulas and cross-references, Obsidian is highly recommended.