Electronic engineering, explained
Notes, exercises and theses for every year of electronic engineering
Topics organised like a university curriculum — from calculus and physics to signals, control systems and telecommunication networks — plus code, hardware projects and real theses.
- Articles
- 602
- Subjects
- 44
- Theses
- 26
- Years of study
- 5
Study path
Follow the curriculum, year by year
- Electromagnetic Fields20
- Technical Physics19
- Automatic Controls 115
- Electrical Engineering14
- Signal Theory13
- Computer Systems11
- Applied Electronics20
- Digital Electronic Systems12
- Electrical Communications12
- Systems Theory12
- Electrical Measurements11
- Process Control10
- Radar Systems18
- Computer Architecture14
- Information Systems14
- Digital Signal Processing13
- Telecom Networks13
- Digital Control12
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Latest articles
Physics 2
Special relativity: Lorentz transformations, time dilation, twins, E = mc² and magnetism
Special relativity from the two postulates: light clock, Lorentz transformations proved, simultaneity, length contraction, invariant interval and Minkowski diagram, twin paradox, E…
Physics 2
Optics: reflection, refraction, interference and diffraction
Refractive index, Snell's law proved with Fermat's principle, total internal reflection and optical fibres, lenses, Young's experiment, gratings and the diffraction limit.
Physics 2
Ohm's law from the structure of matter: the Drude model
Current density from the carriers, conductivity derived from electron collisions with the lattice, the numbers for copper, Joule heating, resistance of conductors…
Physics 2
Solved exercises on current, DC circuits and the RC circuit
Thirteen exercises with solutions: resistivity, drift velocity, series and parallel, maximum power transfer, Drude model, Kirchhoff's laws, Wheatstone bridge, RC charge and…
Physics 2
Electric current, Ohm's law, Kirchhoff's laws and the RC circuit
Current and drift velocity, resistivity, Joule heating, sources and Kirchhoff's laws, capacitor charging with proof and the energy balance.
Physics 2
Electromagnetic induction: Faraday-Lenz law, transformer and RL circuit
Magnetic flux, the Faraday-Lenz law, motional emf with proof, the alternator, the transformer, eddy currents, self-inductance and the RL circuit.
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Beyond the curriculum
Theses
Real university theses to learn from
Technical Physics
High Temperature Phase Stability in Doped Thermal Barrier Coating Systems
One of the most used materials for Thermal Barrier Coatings manufacturing is Zirconia stabilized by addition of Yttrium oxides as dopant. It…
Theses in English
Controller Design for the Acquisition Phase of the LISA Mission Using a Kalman Filter
LISA, the Laser Interferometer Space Antenna, and its technology-demonstrating precursor LISA Pathfinder, form an ESA/NASA collaborative project, selected as an ESA Cornerstone…
Theses in English
Mobile Robot Control in Unknown Indoor Environments – the Visual SLAM for Servoing
One of the main obstacles that still hinder penetration of mobile robots into wide consumer markets is the unavailability of powerful, versatile…