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� Transistor Modeling

Technical literature on the mathematical and physical models used to simulate transistor behavior in semiconductor design and electronic engineering.
The Art of Electronics
by Paul Horowitz • 1980
Learn the craft electronics textbooks leave out: from biasing transistors to taming noise.
4.40
2k+
🔌 Circuit Design⚡ Analog Electronics🔧 Practical Electronics🔋 Electronic Components📘 Engineering Reference
The Art of Electronics Summary
The Art of Electronics 89%
Learn the craft electronics textbooks leave out: from biasing transistors to taming noise.
by Paul Horowitz 1980
4.40
2k+ ratings
🔌 Circuit Design⚡ Analog Electronics🔧 Practical Electronics🔋 Electronic Components📘 Engineering Reference
Make
by Charles Platt • 2008
From Ohm's Law to Arduino: learn electronics by building, breaking, and fixing circuits.
4.27
1k+
⚡ Electronic Fundamentals🔌 Circuit Building🛠️ Hobbyist Electronics📟 Component Guides🔧 Maker Movement
Make Summary
Make 89%
From Ohm's Law to Arduino: learn electronics by building, breaking, and fixing circuits.
by Charles Platt 2008
4.27
1k+ ratings
⚡ Electronic Fundamentals🔌 Circuit Building🛠️ Hobbyist Electronics📟 Component Guides🔧 Maker Movement
Encyclopedia of Electronic Components Volume 1
by Charles Platt • 2012
What every capacitor, relay, and resistor actually does, and how to choose the right one.
4.34
186
🧱 Electronic Components📐 Circuit Design📋 Hardware Reference🛠️ Maker Guides⚡ Practical Electronics
Encyclopedia of Electronic Components Volume 1 Summary
Encyclopedia of Electronic Components Volume 1 88%
What every capacitor, relay, and resistor actually does, and how to choose the right one.
by Charles Platt 2012
4.34
186 ratings
🧱 Electronic Components📐 Circuit Design📋 Hardware Reference🛠️ Maker Guides⚡ Practical Electronics
High Speed Signal Propagation
by Howard W. Johnson • 2003
Your traces are never just wires: the physics that decide whether your board works.
4.00
16
📡 High-Speed Digital〰️ Signal Integrity⚡ Power Integrity🛡️ Emc📐 Pcb Layout
High Speed Signal Propagation Summary
High Speed Signal Propagation 87%
Your traces are never just wires: the physics that decide whether your board works.
by Howard W. Johnson 2003
4.00
16 ratings
📡 High-Speed Digital〰️ Signal Integrity⚡ Power Integrity🛡️ Emc📐 Pcb Layout
CMOS VLSI Design
by Neil H.E. Weste • 2011
From silicon atoms to clock trees: the complete playbook for designing chips that actually work.
4.11
142
💻 Vlsi Design⚡ Integrated Circuits🔢 Digital Logic🏭 Semiconductor Fabrication🔋 Power-Aware Design
CMOS VLSI Design Summary
CMOS VLSI Design 87%
From silicon atoms to clock trees: the complete playbook for designing chips that actually work.
by Neil H.E. Weste 2011
4.11
142 ratings
💻 Vlsi Design⚡ Integrated Circuits🔢 Digital Logic🏭 Semiconductor Fabrication🔋 Power-Aware Design
How to Diagnose and Fix Everything Electronic
by Michael Jay Geier • 2010
Diagnose the silent failure, read the schematic, fix it yourself. No engineering degree required.
3.93
367
🔌 Electronics Repair🔍 Troubleshooting Methods📐 Schematic Reading🛠️ Soldering Techniques📚 Repair Manuals
How to Diagnose and Fix Everything Electronic Summary
How to Diagnose and Fix Everything Electronic 87%
Diagnose the silent failure, read the schematic, fix it yourself. No engineering degree required.
by Michael Jay Geier 2010
3.93
367 ratings
🔌 Electronics Repair🔍 Troubleshooting Methods📐 Schematic Reading🛠️ Soldering Techniques📚 Repair Manuals
Music Theory for Computer Musicians
by Michael Hewitt • 2008
The producer's missing manual: music theory from notes to exotic scales, built for the DAW workflow.
4.22
391
🎧 Music Production🎹 Electronic Music📚 Music Theory Basics🎼 Scales And Modes🎸 Chord Progressions
Music Theory for Computer Musicians Summary
Music Theory for Computer Musicians 86%
The producer's missing manual: music theory from notes to exotic scales, built for the DAW workflow.
by Michael Hewitt 2008
4.22
391 ratings
🎧 Music Production🎹 Electronic Music📚 Music Theory Basics🎼 Scales And Modes🎸 Chord Progressions
Perfecting Sound Forever
by Greg Milner • 2009
A century of recording breakthroughs produced one thing: new illusions our ears accepted as real.
4.17
1k+
🎛️ Recording Technology🎚️ Music Production📢 History Of Sound🎻 Cultural History Of Music🌐 Media Ecology
Perfecting Sound Forever Summary
Perfecting Sound Forever 86%
A century of recording breakthroughs produced one thing: new illusions our ears accepted as real.
by Greg Milner 2009
4.17
1k+ ratings
🎛️ Recording Technology🎚️ Music Production📢 History Of Sound🎻 Cultural History Of Music🌐 Media Ecology
Exploring Arduino
by Jeremy Blum • 2013
From a blinking LED to a web-connected robot: master Arduino's full range through hands-on projects.
4.28
281
💻 Embedded Programming🔌 Physical Computing⚡ Electronics Projects🔧 Open Source Hardware🛠️ Maker Movement
Exploring Arduino Summary
Exploring Arduino 86%
From a blinking LED to a web-connected robot: master Arduino's full range through hands-on projects.
by Jeremy Blum 2013
4.28
281 ratings
💻 Embedded Programming🔌 Physical Computing⚡ Electronics Projects🔧 Open Source Hardware🛠️ Maker Movement
Arduino For Dummies
by John Nussey • 2013
Make electronics that sense, move, and react, starting with a single blinking LED.
3.94
162
🧠 Microcontrollers🔌 Physical Computing🔧 Maker Movement💡 Beginner Electronics🎮 Interactive Projects
Arduino For Dummies Summary
Arduino For Dummies 86%
Make electronics that sense, move, and react, starting with a single blinking LED.
by John Nussey 2013
3.94
162 ratings
🧠 Microcontrollers🔌 Physical Computing🔧 Maker Movement💡 Beginner Electronics🎮 Interactive Projects
Audio Engineering 101
by Tim Dittmar • 2011
Your first session, run right: the physics, gear, and people skills every beginner ignores.
4.06
139
🎛️ Music Production🎚️ Mixing Basics📊 Equalization🎤 Microphone Technique🏠 Room Acoustics
Audio Engineering 101 Summary
Audio Engineering 101 86%
Your first session, run right: the physics, gear, and people skills every beginner ignores.
by Tim Dittmar 2011
4.06
139 ratings
🎛️ Music Production🎚️ Mixing Basics📊 Equalization🎤 Microphone Technique🏠 Room Acoustics
Solar Energy
by Arno Smets • 2016
The semiconductor physics from photon to grid: how light becomes electricity and gets delivered.
4.04
151
☀️ Photovoltaics🔬 Semiconductor Physics🌍 Renewable Energy🏗️ Solar Engineering⚡ Energy Science
Solar Energy Summary
Solar Energy 86%
The semiconductor physics from photon to grid: how light becomes electricity and gets delivered.
by Arno Smets 2016
4.04
151 ratings
☀️ Photovoltaics🔬 Semiconductor Physics🌍 Renewable Energy🏗️ Solar Engineering⚡ Energy Science
The Standard Electrical Dictionary A Popular Dictionary of Words and Terms Used in the Practice of Electrical Engineering
by T. O'Conor Sloane • 2009
An electrical engineering dictionary from the year the ether was real and the electron unknown.
3.08
137
⚡ Electrical Engineering📖 Scientific Dictionaries🔌 History Of Electricity📏 Electrical Measurement📡 Telegraphy
The Standard Electrical Dictionary A Popular Dictionary of Words and Terms Used in the Practice of Electrical Engineering Summary
The Standard Electrical Dictionary A Popular Dictionary of Words and Terms Used in the Practice of Electrical Engineering 86%
An electrical engineering dictionary from the year the ether was real and the electron unknown.
by T. O'Conor Sloane 2009
3.08
137 ratings
⚡ Electrical Engineering📖 Scientific Dictionaries🔌 History Of Electricity📏 Electrical Measurement📡 Telegraphy
Music Production For Beginners 2020 Edition
by Tommy Swindali • 2020
Home studio on a budget: the path from silence to a finished first track.
2.79
14
🏠 Home Recording🎛️ Mixing And Mastering💻 Music Software🔧 Diy Music🎼 Music Theory
Music Production For Beginners 2020 Edition Summary
Music Production For Beginners 2020 Edition 86%
Home studio on a budget: the path from silence to a finished first track.
by Tommy Swindali 2020
2.79
14 ratings
🏠 Home Recording🎛️ Mixing And Mastering💻 Music Software🔧 Diy Music🎼 Music Theory
Classical Recording
by Caroline Haigh • 2020
The Decca method: why the room matters more than the microphones, and spill is the glue.
4.59
17
🎛️ Audio Engineering🎻 Classical Recording🎤 Microphone Techniques🏛️ Room Acoustics🔉 Spatial Audio
Classical Recording Summary
Classical Recording 85%
The Decca method: why the room matters more than the microphones, and spill is the glue.
by Caroline Haigh 2020
4.59
17 ratings
🎛️ Audio Engineering🎻 Classical Recording🎤 Microphone Techniques🏛️ Room Acoustics🔉 Spatial Audio
Natural Language Processing with Transformers
by Lewis Tunstall • 2022
Build NLP applications with the open-source stack that turned transformer research practical.
4.39
211
🗣️ Natural Language Processing🧠 Deep Learning🤖 Transformers🔄 Transfer Learning🔧 Open Source Tools
Natural Language Processing with Transformers Summary
Natural Language Processing with Transformers 85%
Build NLP applications with the open-source stack that turned transformer research practical.
by Lewis Tunstall 2022
4.39
211 ratings
🗣️ Natural Language Processing🧠 Deep Learning🤖 Transformers🔄 Transfer Learning🔧 Open Source Tools
Efficient Music Production
by Ashley Hewitt • 2020
Why your home studio sabotages your output, and the optimization playbook for finishing more music.
2.90
10
🎧 Music Production⚙️ Creative Workflow🌊 Flow State📁 Sample Curation📵 Digital Minimalism
Efficient Music Production Summary
Efficient Music Production 85%
Why your home studio sabotages your output, and the optimization playbook for finishing more music.
by Ashley Hewitt 2020
2.90
10 ratings
🎧 Music Production⚙️ Creative Workflow🌊 Flow State📁 Sample Curation📵 Digital Minimalism
Signals and Systems
by A. Anand Kumar • 2011
How signals become systems: the core math that turns noise into music, speech, and circuits.
4.07
233
📡 Signal Processing〰️ Fourier Analysis⚙️ Linear Systems Theory🎛️ Filter Design📐 Engineering Mathematics
Signals and Systems Summary
Signals and Systems 85%
How signals become systems: the core math that turns noise into music, speech, and circuits.
by A. Anand Kumar 2011
4.07
233 ratings
📡 Signal Processing〰️ Fourier Analysis⚙️ Linear Systems Theory🎛️ Filter Design📐 Engineering Mathematics
The Intel Trinity
by Michael S. Malone • 2014
Intel was built by three founders who rarely got along. Their friction shaped the modern world.
4.20
831
🌉 Silicon Valley History💾 Semiconductor Industry🏢 Corporate Histories🚀 Tech Entrepreneurship🤝 Founder Dynamics
The Intel Trinity Summary
The Intel Trinity 85%
Intel was built by three founders who rarely got along. Their friction shaped the modern world.
by Michael S. Malone 2014
4.20
831 ratings
🌉 Silicon Valley History💾 Semiconductor Industry🏢 Corporate Histories🚀 Tech Entrepreneurship🤝 Founder Dynamics
Information Theory, Coding and Crytography
by Ranjan Bose • 2002
Entropy sets the limit. Coding reaches it. Cryptography locks it. One textbook covers all three.
3.75
162
🧠 Information Theory🔢 Coding Theory🔐 Cryptography📦 Data Compression📡 Digital Communications
Information Theory, Coding and Crytography Summary
Information Theory, Coding and Crytography 85%
Entropy sets the limit. Coding reaches it. Cryptography locks it. One textbook covers all three.
by Ranjan Bose 2002
3.75
162 ratings
🧠 Information Theory🔢 Coding Theory🔐 Cryptography📦 Data Compression📡 Digital Communications
The Sound of the Machine
by Karl Bartos • 2022
From inside Kraftwerk: the drummer who programmed the beats, then walked away to find his own.
4.28
178
🎵 Music Memoirs⚡ Krautrock🎛️ Electronic Music🥁 Band Dynamics🏚️ Post-War Germany
The Sound of the Machine Summary
The Sound of the Machine 85%
From inside Kraftwerk: the drummer who programmed the beats, then walked away to find his own.
by Karl Bartos 2022
4.28
178 ratings
🎵 Music Memoirs⚡ Krautrock🎛️ Electronic Music🥁 Band Dynamics🏚️ Post-War Germany
Tesla
by Margaret Cheney • 1981
How the inventor of the twentieth century wound up alone with a white pigeon.
3.71
7k+
💡 Inventor Biographies⚡ History Of Electricity🔬 Scientific Biography🧠 Eccentric Genius📻 History Of Radio
Tesla Summary
Tesla 85%
How the inventor of the twentieth century wound up alone with a white pigeon.
by Margaret Cheney 1981
3.71
7k+ ratings
💡 Inventor Biographies⚡ History Of Electricity🔬 Scientific Biography🧠 Eccentric Genius📻 History Of Radio
Getting Started With Raspberry Pi
by Matt Richardson • 2012
A credit-card-sized Linux board: learn to build gadgets that detect, respond, and serve web pages.
3.85
322
🖥️ Single Board Computers🔌 Physical Computing💻 Linux Command Line🐍 Python For Hardware🔗 Arduino Integration
Getting Started With Raspberry Pi Summary
Getting Started With Raspberry Pi 85%
A credit-card-sized Linux board: learn to build gadgets that detect, respond, and serve web pages.
by Matt Richardson 2012
3.85
322 ratings
🖥️ Single Board Computers🔌 Physical Computing💻 Linux Command Line🐍 Python For Hardware🔗 Arduino Integration
Tesla
by W. Bernard Carlson • 2013
The same mental discipline that electrified the world also led Nikola Tesla to ruin.
3.87
2k+
📚 Inventor Biographies⚡ History Of Electricity🏛️ Gilded Age🧠 Mental Modeling💡 Disruptive Innovation
Tesla Summary
Tesla 85%
The same mental discipline that electrified the world also led Nikola Tesla to ruin.
by W. Bernard Carlson 2013
3.87
2k+ ratings
📚 Inventor Biographies⚡ History Of Electricity🏛️ Gilded Age🧠 Mental Modeling💡 Disruptive Innovation
Building Wireless Sensor Networks
by Robert Faludi • 2010
Turn Arduino and XBee radios into a self-healing sensor mesh: from two nodes to thousands.
3.82
192
📶 Wireless Networking💻 Embedded Systems📡 Sensor Networks🔧 Iot Prototyping🕸️ Mesh Networking
Building Wireless Sensor Networks Summary
Building Wireless Sensor Networks 85%
Turn Arduino and XBee radios into a self-healing sensor mesh: from two nodes to thousands.
by Robert Faludi 2010
3.82
192 ratings
📶 Wireless Networking💻 Embedded Systems📡 Sensor Networks🔧 Iot Prototyping🕸️ Mesh Networking
The 8088 and 8086 Microprocessors
by Walter A. Triebel • 1991
Master the 8088 and 8086 from the metal up: assembly, debugging, and interfacing.
4.17
195
🧱 Microprocessor Architecture🔢 Assembly Language💻 Intel X86🖥️ Computer Hardware🧩 Embedded Systems
The 8088 and 8086 Microprocessors Summary
The 8088 and 8086 Microprocessors 85%
Master the 8088 and 8086 from the metal up: assembly, debugging, and interfacing.
by Walter A. Triebel 1991
4.17
195 ratings
🧱 Microprocessor Architecture🔢 Assembly Language💻 Intel X86🖥️ Computer Hardware🧩 Embedded Systems
My Inventions
by Nikola Tesla • 1935
Tesla's mind was his lab, his curse, and the only place his machines ever ran perfectly.
3.91
13k+
⚡ Electrical Engineering🕰️ Early Electrical Age📝 Inventor Memoirs🧠 Eccentric Inventor🔮 Visionary Science
My Inventions Summary
My Inventions 85%
Tesla's mind was his lab, his curse, and the only place his machines ever ran perfectly.
by Nikola Tesla 1935
3.91
13k+ ratings
⚡ Electrical Engineering🕰️ Early Electrical Age📝 Inventor Memoirs🧠 Eccentric Inventor🔮 Visionary Science
A Composer's Guide to Game Music
by Winifred Phillips • 2014
Game music bends to the player. The craft, technology, and business behind interactive scores.
4.21
175
🎮 Game Music Composition🎧 Interactive Audio🔄 Adaptive Music💻 Music Technology💼 Music Business
A Composer's Guide to Game Music Summary
A Composer's Guide to Game Music 85%
Game music bends to the player. The craft, technology, and business behind interactive scores.
by Winifred Phillips 2014
4.21
175 ratings
🎮 Game Music Composition🎧 Interactive Audio🔄 Adaptive Music💻 Music Technology💼 Music Business
Digital Design
by M. Morris Mano • 1984
The canonical toolkit for turning binary logic into processors, from gates to state machines.
3.98
877
📐 Logic Design🔢 Boolean Algebra✂️ Logic Minimization📝 Hardware Description Languages🏗️ Register Transfer Level
Digital Design Summary
Digital Design 85%
The canonical toolkit for turning binary logic into processors, from gates to state machines.
by M. Morris Mano 1984
3.98
877 ratings
📐 Logic Design🔢 Boolean Algebra✂️ Logic Minimization📝 Hardware Description Languages🏗️ Register Transfer Level
Creativity Code
by Marcus du Sautoy • 2019
AI paints, composes, writes. But can a machine truly be creative? A mathematician investigates.
3.94
2k+
🤖 Machine Creativity🎨 Ai Generated Art🖌️ Generative Art🤔 Philosophy Of Ai🧠 Cognitive Science
Creativity Code Summary
Creativity Code 85%
AI paints, composes, writes. But can a machine truly be creative? A mathematician investigates.
by Marcus du Sautoy 2019
3.94
2k+ ratings
🤖 Machine Creativity🎨 Ai Generated Art🖌️ Generative Art🤔 Philosophy Of Ai🧠 Cognitive Science
Geek Sublime
by Vikram Chandra • 2013
Why great code feels elegant: the answer may lie in ancient Indian aesthetics, not algorithms.
3.28
1k+
💻 Code Aesthetics🌐 Computing Culture🪷 Indian Aesthetics📜 Sanskrit Grammar👩‍💻 Gender And Tech
Geek Sublime Summary
Geek Sublime 85%
Why great code feels elegant: the answer may lie in ancient Indian aesthetics, not algorithms.
by Vikram Chandra 2013
3.28
1k+ ratings
💻 Code Aesthetics🌐 Computing Culture🪷 Indian Aesthetics📜 Sanskrit Grammar👩‍💻 Gender And Tech
Modern Software Engineering
by David Farley • 2021
Software is not a craft; it's a science. The discipline that turns teams into learning machines.
4.16
1k+
🔬 Scientific Engineering🔄 Continuous Delivery🔁 Feedback Loops🧱 Modularity🧪 Testability
Modern Software Engineering Summary
Modern Software Engineering 85%
Software is not a craft; it's a science. The discipline that turns teams into learning machines.
by David Farley 2021
4.16
1k+ ratings
🔬 Scientific Engineering🔄 Continuous Delivery🔁 Feedback Loops🧱 Modularity🧪 Testability
The Nature of Code
by Daniel Shiffman • 2012
Code that breathes: how to build simulations that move, think, and evolve on your screen.
4.57
502
🎨 Creative Coding🖼️ Generative Art🟩 Cellular Automata❄️ Fractal Geometry🧬 Genetic Algorithms
The Nature of Code Summary
The Nature of Code 85%
Code that breathes: how to build simulations that move, think, and evolve on your screen.
by Daniel Shiffman 2012
4.57
502 ratings
🎨 Creative Coding🖼️ Generative Art🟩 Cellular Automata❄️ Fractal Geometry🧬 Genetic Algorithms
We Are Electric
by Sally Adee • 2023
Every cell is a tiny battery. Medicine ignored it for two centuries. Why it can't anymore.
4.10
991
🧬 Cellular Electricity📜 History Of Science⚡ Electrophysiology🩹 Tissue Regeneration🚪 Ion Channels
We Are Electric Summary
We Are Electric 85%
Every cell is a tiny battery. Medicine ignored it for two centuries. Why it can't anymore.
by Sally Adee 2023
4.10
991 ratings
🧬 Cellular Electricity📜 History Of Science⚡ Electrophysiology🩹 Tissue Regeneration🚪 Ion Channels
Structured Computer Organization
by Andrew S. Tanenbaum • 1976
From logic gates to assembly code: the layered architecture every computer hides in plain sight.
4.04
591
🏗️ Computer Architecture🧅 Layered Abstraction🔌 Digital Logic🧩 Parallel Computing🖥️ Operating Systems
Structured Computer Organization Summary
Structured Computer Organization 85%
From logic gates to assembly code: the layered architecture every computer hides in plain sight.
by Andrew S. Tanenbaum 1976
4.04
591 ratings
🏗️ Computer Architecture🧅 Layered Abstraction🔌 Digital Logic🧩 Parallel Computing🖥️ Operating Systems
The Design of the UNIX Operating System
by Maurice J. Bach • 1986
What actually happens between the shell prompt and the hardware: the Unix kernel explained.
4.25
605
🖥️ Operating Systems⚙️ Kernel Design🔧 Systems Programming📜 Unix Philosophy📁 File Systems
The Design of the UNIX Operating System Summary
The Design of the UNIX Operating System 85%
What actually happens between the shell prompt and the hardware: the Unix kernel explained.
by Maurice J. Bach 1986
4.25
605 ratings
🖥️ Operating Systems⚙️ Kernel Design🔧 Systems Programming📜 Unix Philosophy📁 File Systems
How to DJ Right
by Frank Broughton • 2002
The mix is the easy part. The art is building a set that tells a story.
4.06
454
🎛️ Music Production💿 Vinyl Collecting🎚️ Mixing Techniques🕺 Live Performance🗂️ Music Curation
How to DJ Right Summary
How to DJ Right 85%
The mix is the easy part. The art is building a set that tells a story.
by Frank Broughton 2002
4.06
454 ratings
🎛️ Music Production💿 Vinyl Collecting🎚️ Mixing Techniques🕺 Live Performance🗂️ Music Curation
The Perfectionists
by Simon Winchester • 2018
From cylinders to microchips: the hidden pursuit of perfect smoothness that built the modern world.
4.15
7k+
🔧 History Of Technology🏭 Industrial Revolution🔍 Microhistory🏗️ Mass Production💥 Scientific Failures
The Perfectionists Summary
The Perfectionists 85%
From cylinders to microchips: the hidden pursuit of perfect smoothness that built the modern world.
by Simon Winchester 2018
4.15
7k+ ratings
🔧 History Of Technology🏭 Industrial Revolution🔍 Microhistory🏗️ Mass Production💥 Scientific Failures
The Thinking Machine
by Stephen Witt • 2025
Two $500 gaming cards in a student bedroom triggered the AI revolution. Nvidia was ready.
4.30
5k+
💾 Semiconductor Industry🏗️ Tech Company Building🧠 Deep Learning♟️ Competitive Strategy🔄 Disruptive Innovation
The Thinking Machine Summary
The Thinking Machine 85%
Two $500 gaming cards in a student bedroom triggered the AI revolution. Nvidia was ready.
by Stephen Witt 2025
4.30
5k+ ratings
💾 Semiconductor Industry🏗️ Tech Company Building🧠 Deep Learning♟️ Competitive Strategy🔄 Disruptive Innovation
The Quantum Universe
by Brian Cox • 2011
A theory that defies common sense underlies transistors, lasers, and every atom in your body.
3.76
5k+
⚛️ Quantum Mechanics📖 Popular Physics💥 Particle Physics〰️ Quantum Field Theory🔬 Atomic Physics
The Quantum Universe Summary
The Quantum Universe 85%
A theory that defies common sense underlies transistors, lasers, and every atom in your body.
by Brian Cox 2011
3.76
5k+ ratings
⚛️ Quantum Mechanics📖 Popular Physics💥 Particle Physics〰️ Quantum Field Theory🔬 Atomic Physics
Beautiful Architecture
by Diomidis Spinellis • 2008
Software guards its internals. Emacs shipped a Lisp interpreter and let users rewrite everything.
3.42
171
🏗️ Software Architecture🖥️ Emacs📐 Software Design📜 Lisp🔧 Unix Philosophy
Beautiful Architecture Summary
Beautiful Architecture 85%
Software guards its internals. Emacs shipped a Lisp interpreter and let users rewrite everything.
by Diomidis Spinellis 2008
3.42
171 ratings
🏗️ Software Architecture🖥️ Emacs📐 Software Design📜 Lisp🔧 Unix Philosophy
Programming the Raspberry Pi
by Simon Monk • 2012
From blinking LED to autonomous rover: a hands-on guide to the Raspberry Pi and Python.
3.82
420
🖥️ Single-Board Computers🐍 Python For Hardware🐧 Linux Basics🛠️ Project-Based Learning🤖 Robotics Fundamentals
Programming the Raspberry Pi Summary
Programming the Raspberry Pi 85%
From blinking LED to autonomous rover: a hands-on guide to the Raspberry Pi and Python.
by Simon Monk 2012
3.82
420 ratings
🖥️ Single-Board Computers🐍 Python For Hardware🐧 Linux Basics🛠️ Project-Based Learning🤖 Robotics Fundamentals
The Little Book of Deep Learning
by François Fleuret • 2023
The machinery of deep learning, compressed: gradient descent, backprop, and attention.
4.32
151
🧠 Deep Learning🔧 Model Architectures⚡ Hardware Acceleration📚 Supervised Learning🎨 Generative Models
The Little Book of Deep Learning Summary
The Little Book of Deep Learning 84%
The machinery of deep learning, compressed: gradient descent, backprop, and attention.
by François Fleuret 2023
4.32
151 ratings
🧠 Deep Learning🔧 Model Architectures⚡ Hardware Acceleration📚 Supervised Learning🎨 Generative Models
The Mythical Man-Month
by Frederick P. Brooks Jr. • 1975
A late software project plus more programmers equals a later one. The essays that proved it.
4.01
15k+
🏗️ Software Project Management🧱 Systems Design🎨 Conceptual Design👥 Team Dynamics🔄 Incremental Development
The Mythical Man-Month Summary
The Mythical Man-Month 84%
A late software project plus more programmers equals a later one. The essays that proved it.
by Frederick P. Brooks Jr. 1975
4.01
15k+ ratings
🏗️ Software Project Management🧱 Systems Design🎨 Conceptual Design👥 Team Dynamics🔄 Incremental Development
Intelligent IoT Projects in 7 Days
by Agus Kurniawan • 2017
Build a firefighting robot, a talking speaker, and five more connected devices in one week.
🖥️ Internet Of Things🔌 Embedded Systems📚 Project-Based Learning⚡ Microcontrollers📡 Sensor Networks
Intelligent IoT Projects in 7 Days Summary
Intelligent IoT Projects in 7 Days 84%
Build a firefighting robot, a talking speaker, and five more connected devices in one week.
by Agus Kurniawan 2017
🖥️ Internet Of Things🔌 Embedded Systems📚 Project-Based Learning⚡ Microcontrollers📡 Sensor Networks
Software Requirements
by Karl Wiegers • 1999
Nearly half of all software defects trace back to bad requirements. The fix starts here.
4.14
859
🏗️ Requirements Engineering👤 User-Centered Design✅ Software Quality📋 Project Management📊 Business Analysis
Software Requirements Summary
Software Requirements 84%
Nearly half of all software defects trace back to bad requirements. The fix starts here.
by Karl Wiegers 1999
4.14
859 ratings
🏗️ Requirements Engineering👤 User-Centered Design✅ Software Quality📋 Project Management📊 Business Analysis
The Essential Engineer
by Henry Petroski • 2010
Science explains; engineering creates. When we confuse the two, our biggest problems get harder.
3.37
270
🧠 Engineering Philosophy🛡️ Engineering Ethics⚖️ Risk Assessment🔄 Systems Thinking✏️ Design Thinking
The Essential Engineer Summary
The Essential Engineer 84%
Science explains; engineering creates. When we confuse the two, our biggest problems get harder.
by Henry Petroski 2010
3.37
270 ratings
🧠 Engineering Philosophy🛡️ Engineering Ethics⚖️ Risk Assessment🔄 Systems Thinking✏️ Design Thinking
Game Development Patterns and Best Practices
by John P. Doran • 2017
Design patterns that ship games: when to use each and how they prevent late-stage collapse.
3.90
20
🎮 Game Development🧩 Design Patterns🧹 Clean Code🏗️ Software Architecture⚡ Performance Optimization
Game Development Patterns and Best Practices Summary
Game Development Patterns and Best Practices 84%
Design patterns that ship games: when to use each and how they prevent late-stage collapse.
by John P. Doran 2017
3.90
20 ratings
🎮 Game Development🧩 Design Patterns🧹 Clean Code🏗️ Software Architecture⚡ Performance Optimization
Code
by Charles Petzold • 1999
How a simple switch, a telegraph relay, and Boolean logic became the modern computer.
4.40
11k+
💻 How Computers Work🏗️ Computer Architecture🔢 Digital Logic📜 Computing History🧱 From First Principles
Code Summary
Code 84%
How a simple switch, a telegraph relay, and Boolean logic became the modern computer.
by Charles Petzold 1999
4.40
11k+ ratings
💻 How Computers Work🏗️ Computer Architecture🔢 Digital Logic📜 Computing History🧱 From First Principles
Faraday, Maxwell, and the Electromagnetic Field
by Nancy Forbes • 2014
How an uneducated bookbinder and a Scottish genius proved light, electricity, and magnetism are one.
4.26
2k+
⚡ Electromagnetism📜 History Of Physics👨‍🔬 Scientific Biography🌐 Field Theory🧪 Experimental Physics
Faraday, Maxwell, and the Electromagnetic Field Summary
Faraday, Maxwell, and the Electromagnetic Field 84%
How an uneducated bookbinder and a Scottish genius proved light, electricity, and magnetism are one.
by Nancy Forbes 2014
4.26
2k+ ratings
⚡ Electromagnetism📜 History Of Physics👨‍🔬 Scientific Biography🌐 Field Theory🧪 Experimental Physics
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