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Books like High Speed Signal Propagation

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 91%
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
How Computers Really Work
by Matthew Justice • 2020
From transistor to web: the computing stack explained layer by layer, no prerequisites required.
4.35
160
🏗️ Computer Architecture⚡ Digital Electronics🧱 Abstraction Layers💻 Computing Fundamentals🔧 How Things Work
How Computers Really Work Summary
How Computers Really Work 90%
From transistor to web: the computing stack explained layer by layer, no prerequisites required.
by Matthew Justice 2020
4.35
160 ratings
🏗️ Computer Architecture⚡ Digital Electronics🧱 Abstraction Layers💻 Computing Fundamentals🔧 How Things Work
The Art of Doing Science and Engineering
by Richard W. Hamming • 1996
What separates great scientists from good ones: they pick better problems.
4.18
2k+
🧠 Scientific Thinking⚙️ Engineering Practice💻 Computational Thinking🔬 Research Methods🔗 Interdisciplinary
The Art of Doing Science and Engineering Summary
The Art of Doing Science and Engineering 90%
What separates great scientists from good ones: they pick better problems.
by Richard W. Hamming 1996
4.18
2k+ ratings
🧠 Scientific Thinking⚙️ Engineering Practice💻 Computational Thinking🔬 Research Methods🔗 Interdisciplinary
Structures
by J.E. Gordon • 1978
The hidden physics that keeps the world standing, and the surprising ways everything still breaks.
4.14
4k+
🏗️ Structural Engineering🧪 Materials Science💥 Structural Failure🎨 Design Principles🦴 Biomechanics
Structures Summary
Structures 90%
The hidden physics that keeps the world standing, and the surprising ways everything still breaks.
by J.E. Gordon 1978
4.14
4k+ ratings
🏗️ Structural Engineering🧪 Materials Science💥 Structural Failure🎨 Design Principles🦴 Biomechanics
Nine Algorithms That Changed the Future
by John MacCormick • 2012
The hidden algorithms behind search and security, and the one problem no machine can solve.
3.89
2k+
📘 Algorithms Explained🧠 Computational Thinking🌐 Digital Infrastructure💻 How Computers Work🕰️ Computer Science History
Nine Algorithms That Changed the Future Summary
Nine Algorithms That Changed the Future 90%
The hidden algorithms behind search and security, and the one problem no machine can solve.
by John MacCormick 2012
3.89
2k+ ratings
📘 Algorithms Explained🧠 Computational Thinking🌐 Digital Infrastructure💻 How Computers Work🕰️ Computer Science History
Cryptography
by Keith M. Martin • 2020
Your digital life depends on secret math. Who should be able to break it?
3.96
174
🔒 Digital Security🔐 Encryption👁️ Digital Privacy📐 Applied Mathematics📡 Surveillance
Cryptography Summary
Cryptography 90%
Your digital life depends on secret math. Who should be able to break it?
by Keith M. Martin 2020
3.96
174 ratings
🔒 Digital Security🔐 Encryption👁️ Digital Privacy📐 Applied Mathematics📡 Surveillance
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 90%
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
Invention by Design; How Engineers Get from Thought to Thing
by Petroski • 1996
Paper clips, fax machines, bridges: what their shortcomings reveal about the logic of engineering.
3.75
351
🛠️ Engineering Design🏛️ History Of Technology💥 Failure Analysis🧪 Material Science🔗 Systems Thinking
Invention by Design; How Engineers Get from Thought to Thing Summary
Invention by Design; How Engineers Get from Thought to Thing 90%
Paper clips, fax machines, bridges: what their shortcomings reveal about the logic of engineering.
by Petroski 1996
3.75
351 ratings
🛠️ Engineering Design🏛️ History Of Technology💥 Failure Analysis🧪 Material Science🔗 Systems Thinking
Design Systems Handbook
by DesignBetter.co • 2019
A shared visual language of components and tokens that makes design scale without the mess.
3.92
153
🧱 Design Systems🧩 Component Libraries🏛️ Design Governance📖 Design Documentation♿ Accessibility In Design
Design Systems Handbook Summary
Design Systems Handbook 90%
A shared visual language of components and tokens that makes design scale without the mess.
by DesignBetter.co 2019
3.92
153 ratings
🧱 Design Systems🧩 Component Libraries🏛️ Design Governance📖 Design Documentation♿ Accessibility In Design
ColdFusion Presents
by Dagogo Altraide • 2019
From steam to AI: the chain of breakthroughs that built the modern world, every link essential.
4.17
780
🏭 History Of Technology🔬 History Of Science💡 History Of Innovation💻 Digital Revolution📈 Technological Change
ColdFusion Presents Summary
ColdFusion Presents 90%
From steam to AI: the chain of breakthroughs that built the modern world, every link essential.
by Dagogo Altraide 2019
4.17
780 ratings
🏭 History Of Technology🔬 History Of Science💡 History Of Innovation💻 Digital Revolution📈 Technological Change
Designing Interface Animation
by Val Head • 2016
Make your UI feel fast, smart, and alive. The motion rules for cognitive ease and 60fps performance.
4.16
82
🧩 Interface Animation🎬 Motion Design🎞️ Classical Animation🧠 Cognitive Load⚡ Performance Optimization
Designing Interface Animation Summary
Designing Interface Animation 90%
Make your UI feel fast, smart, and alive. The motion rules for cognitive ease and 60fps performance.
by Val Head 2016
4.16
82 ratings
🧩 Interface Animation🎬 Motion Design🎞️ Classical Animation🧠 Cognitive Load⚡ Performance Optimization
Engineering in Plain Sight
by Grady Hillhouse • 2022
An illustrated field guide to the engineering secrets embedded in every street, pole, and bridge.
4.20
856
🏗️ Civil Engineering🏙️ Built Environment⚡ Infrastructure🔧 Everyday Engineering🔍 Field Guides
Engineering in Plain Sight Summary
Engineering in Plain Sight 90%
An illustrated field guide to the engineering secrets embedded in every street, pole, and bridge.
by Grady Hillhouse 2022
4.20
856 ratings
🏗️ Civil Engineering🏙️ Built Environment⚡ Infrastructure🔧 Everyday Engineering🔍 Field Guides
How to Speak Machine
by John Maeda • 2019
Loops, scale, and unfinished products: what computers know that designers must learn.
3.69
521
🖥️ Computational Thinking📱 Digital Design🔄 Iterative Development⚖️ Algorithmic Bias📊 Data-Driven Design
How to Speak Machine Summary
How to Speak Machine 90%
Loops, scale, and unfinished products: what computers know that designers must learn.
by John Maeda 2019
3.69
521 ratings
🖥️ Computational Thinking📱 Digital Design🔄 Iterative Development⚖️ Algorithmic Bias📊 Data-Driven Design
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 90%
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
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 90%
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
Site Reliability Engineering
by Betsy Beyer • 2016
Google's operations playbook: why perfect uptime is the wrong target, and what to build instead.
4.21
3k+
🧰 Site Reliability🔄 Devops Culture🌐 Distributed Systems📊 Monitoring Systems🧠 Systems Thinking
Site Reliability Engineering Summary
Site Reliability Engineering 90%
Google's operations playbook: why perfect uptime is the wrong target, and what to build instead.
by Betsy Beyer 2016
4.21
3k+ ratings
🧰 Site Reliability🔄 Devops Culture🌐 Distributed Systems📊 Monitoring Systems🧠 Systems Thinking
Quantum Computing for Everyone
by Chris Bernhardt • 2019
A guide that starts with a single qubit and ends with breaking RSA encryption.
4.06
557
🧑‍💻 Quantum Computing⚛️ Quantum Mechanics🤖 Quantum Algorithms🔐 Cryptography🕸️ Entanglement
Quantum Computing for Everyone Summary
Quantum Computing for Everyone 90%
A guide that starts with a single qubit and ends with breaking RSA encryption.
by Chris Bernhardt 2019
4.06
557 ratings
🧑‍💻 Quantum Computing⚛️ Quantum Mechanics🤖 Quantum Algorithms🔐 Cryptography🕸️ Entanglement
Quantum Computing and Future
by Utpal Chakraborty • 2022
Supercomputers take millennia; quantum machines take minutes. What that speed means for industry.
2.00
1
🧬 Quantum Computing🌐 Emerging Technology⚡ Industry Disruption📲 Digital Transformation📊 Technology Impact
Quantum Computing and Future Summary
Quantum Computing and Future 90%
Supercomputers take millennia; quantum machines take minutes. What that speed means for industry.
by Utpal Chakraborty 2022
2.00
1 ratings
🧬 Quantum Computing🌐 Emerging Technology⚡ Industry Disruption📲 Digital Transformation📊 Technology Impact
Quantum Supremacy
by Michio Kaku • 2023
Physics' strangest laws are about to power computers that crack encryption and reinvent medicine.
3.78
4k+
🖥️ Quantum Computing🔮 Future Technology⚡ Technological Disruption🔐 Encryption And Security💊 Medical Innovation
Quantum Supremacy Summary
Quantum Supremacy 89%
Physics' strangest laws are about to power computers that crack encryption and reinvent medicine.
by Michio Kaku 2023
3.78
4k+ ratings
🖥️ Quantum Computing🔮 Future Technology⚡ Technological Disruption🔐 Encryption And Security💊 Medical Innovation
A Common-Sense Guide to Data Structures and Algorithms
by Jay Wengrow • 2017
The algorithm knowledge that turns working code into fast code, explained without the math degree.
4.39
603
🧱 Data Structures⏱️ Algorithm Analysis🧠 Algorithmic Thinking🔧 Practical Algorithms⚡ Performance Optimization
A Common-Sense Guide to Data Structures and Algorithms Summary
A Common-Sense Guide to Data Structures and Algorithms 89%
The algorithm knowledge that turns working code into fast code, explained without the math degree.
by Jay Wengrow 2017
4.39
603 ratings
🧱 Data Structures⏱️ Algorithm Analysis🧠 Algorithmic Thinking🔧 Practical Algorithms⚡ Performance Optimization
The Pentester BluePrint
by Phillip L. Wylie • 2020
A no-experience roadmap to pentesting: the skills and certs that matter, and how to get hired.
4.15
226
🔓 Penetration Testing💼 Cybersecurity Careers🗺️ Career Roadmaps📜 Certification Guides🧪 Home Labs
The Pentester BluePrint Summary
The Pentester BluePrint 89%
A no-experience roadmap to pentesting: the skills and certs that matter, and how to get hired.
by Phillip L. Wylie 2020
4.15
226 ratings
🔓 Penetration Testing💼 Cybersecurity Careers🗺️ Career Roadmaps📜 Certification Guides🧪 Home Labs
Q is for Quantum
by Terry Rudolph • 2017
Forget the math: colored balls explain superposition, entanglement, and why quantum computers work.
3.59
222
💻 Quantum Computing🔬 Popular Physics🔗 Entanglement🌐 Nonlocality🧠 Quantum Foundations
Q is for Quantum Summary
Q is for Quantum 89%
Forget the math: colored balls explain superposition, entanglement, and why quantum computers work.
by Terry Rudolph 2017
3.59
222 ratings
💻 Quantum Computing🔬 Popular Physics🔗 Entanglement🌐 Nonlocality🧠 Quantum Foundations
Program or Be Programmed
by Douglas Rushkoff • 2010
Digital tools have biases. If you can't read their code, someone else writes your behavior.
3.72
2k+
🌐 Media Ecology⚖️ Technological Bias🎮 Digital Agency⏰ Attention Economy💻 Code Literacy
Program or Be Programmed Summary
Program or Be Programmed 89%
Digital tools have biases. If you can't read their code, someone else writes your behavior.
by Douglas Rushkoff 2010
3.72
2k+ ratings
🌐 Media Ecology⚖️ Technological Bias🎮 Digital Agency⏰ Attention Economy💻 Code Literacy
Quantum Physics
by Jared Hendricks • 2015
Particles walk through walls and talk across galaxies. At quantum scales, impossible is the rule.
3.69
105
🧪 Quantum Mechanics📚 Popular Science⚛️ Particle Physics🔭 Cosmology📖 History Of Science
Quantum Physics Summary
Quantum Physics 89%
Particles walk through walls and talk across galaxies. At quantum scales, impossible is the rule.
by Jared Hendricks 2015
3.69
105 ratings
🧪 Quantum Mechanics📚 Popular Science⚛️ Particle Physics🔭 Cosmology📖 History Of Science
Information Architecture for the World Wide Web
by Peter Morville • 1998
Why most large websites feel like a maze, and the craft of making them findable.
3.93
4k+
🧱 Information Architecture🌐 Web Design💻 User Experience Design🔍 Findability📝 Content Strategy
Information Architecture for the World Wide Web Summary
Information Architecture for the World Wide Web 89%
Why most large websites feel like a maze, and the craft of making them findable.
by Peter Morville 1998
3.93
4k+ ratings
🧱 Information Architecture🌐 Web Design💻 User Experience Design🔍 Findability📝 Content Strategy
To Engineer Is Human
by Henry Petroski • 1985
Every disaster is a lesson plan. Bridges stay up because engineers study the ones that fell.
3.69
3k+
🏗️ Structural Engineering💡 Design Thinking🔍 Failure Analysis⏳ History Of Technology⚠️ Human Error
To Engineer Is Human Summary
To Engineer Is Human 89%
Every disaster is a lesson plan. Bridges stay up because engineers study the ones that fell.
by Henry Petroski 1985
3.69
3k+ ratings
🏗️ Structural Engineering💡 Design Thinking🔍 Failure Analysis⏳ History Of Technology⚠️ Human Error
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 89%
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
Cybersecurity for Beginners
by Raef Meeuwisse • 2015
Firewalls fail when people click. The layered defenses and risk tradeoffs every organization needs.
3.67
147
🛡️ Information Security⚠️ Risk Management🎣 Social Engineering🚨 Incident Response🧠 Security Awareness
Cybersecurity for Beginners Summary
Cybersecurity for Beginners 89%
Firewalls fail when people click. The layered defenses and risk tradeoffs every organization needs.
by Raef Meeuwisse 2015
3.67
147 ratings
🛡️ Information Security⚠️ Risk Management🎣 Social Engineering🚨 Incident Response🧠 Security Awareness
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 89%
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
What's the Use?
by Ian Stewart • 2021
Kidney matches, secure websites, movie animation: the invisible math that built the modern world.
3.54
175
📐 Applied Mathematics📊 Mathematical Modeling🔍 Hidden Mathematics🔢 Number Theory🔗 Topology
What's the Use? Summary
What's the Use? 89%
Kidney matches, secure websites, movie animation: the invisible math that built the modern world.
by Ian Stewart 2021
3.54
175 ratings
📐 Applied Mathematics📊 Mathematical Modeling🔍 Hidden Mathematics🔢 Number Theory🔗 Topology
High Performance Web Sites
by Steve Souders • 2007
The browser, not the backend, eats your load time. The engineering rules that win it back.
4.15
688
🚀 Web Performance⚙️ Performance Engineering📡 HTTP Optimization💾 Caching Strategies🌐 Content Delivery Networks
High Performance Web Sites Summary
High Performance Web Sites 89%
The browser, not the backend, eats your load time. The engineering rules that win it back.
by Steve Souders 2007
4.15
688 ratings
🚀 Web Performance⚙️ Performance Engineering📡 HTTP Optimization💾 Caching Strategies🌐 Content Delivery Networks
Designing Data-Intensive Applications
by Martin Kleppmann • 2015
Networks fail, clocks drift, consensus is elusive. The big ideas behind systems that work anyway.
4.70
11k+
🖥️ Distributed Systems🗄️ Database Design🤝 Consensus Algorithms🛡️ Fault Tolerance📊 Consistency Models
Designing Data-Intensive Applications Summary
Designing Data-Intensive Applications 89%
Networks fail, clocks drift, consensus is elusive. The big ideas behind systems that work anyway.
by Martin Kleppmann 2015
4.70
11k+ ratings
🖥️ Distributed Systems🗄️ Database Design🤝 Consensus Algorithms🛡️ Fault Tolerance📊 Consistency Models
Buddhism
by Damien Keown • 1996
Buddhism has no god, no bible, no pope. What holds its many traditions together?
3.74
3k+
📖 Introductory Buddhism☸️ Buddhist Philosophy🛕 Theravada Buddhism🪷 Mahayana Buddhism🧘 Meditation Practice
Buddhism Summary
Buddhism 89%
Buddhism has no god, no bible, no pope. What holds its many traditions together?
by Damien Keown 1996
3.74
3k+ ratings
📖 Introductory Buddhism☸️ Buddhist Philosophy🛕 Theravada Buddhism🪷 Mahayana Buddhism🧘 Meditation Practice
Threat Modeling
by Adam Shostack • 2014
Draw your software. Mark the trust boundaries. Ask six questions to find flaws before attackers do.
4.07
286
🧩 Threat Modeling🔒 Software Security⚠️ Risk Management🔑 Authentication🛡️ Privacy Engineering
Threat Modeling Summary
Threat Modeling 89%
Draw your software. Mark the trust boundaries. Ask six questions to find flaws before attackers do.
by Adam Shostack 2014
4.07
286 ratings
🧩 Threat Modeling🔒 Software Security⚠️ Risk Management🔑 Authentication🛡️ Privacy Engineering
Once Upon an Algorithm
by Martin Erwig • 2017
What Hansel and Gretel, Sherlock Holmes, and Groundhog Day can teach you about algorithms.
3.63
265
🧠 Computational Thinking📐 Algorithm Design📖 Story-Driven Education🔓 Accessible Algorithms🗄️ Data Structures
Once Upon an Algorithm Summary
Once Upon an Algorithm 89%
What Hansel and Gretel, Sherlock Holmes, and Groundhog Day can teach you about algorithms.
by Martin Erwig 2017
3.63
265 ratings
🧠 Computational Thinking📐 Algorithm Design📖 Story-Driven Education🔓 Accessible Algorithms🗄️ Data Structures
Dirty Electricity
by Samuel Milham • 2010
Cancer and diabetes followed the power lines, not the processed food.
4.01
210
🧲 Electromagnetic Health🌿 Environmental Health⚡ Bioelectromagnetics📊 Cancer Epidemiology🏭 Occupational Disease
Dirty Electricity Summary
Dirty Electricity 89%
Cancer and diabetes followed the power lines, not the processed food.
by Samuel Milham 2010
4.01
210 ratings
🧲 Electromagnetic Health🌿 Environmental Health⚡ Bioelectromagnetics📊 Cancer Epidemiology🏭 Occupational Disease
Observability Engineering
by Charity Majors • 2022
Your dashboards only know yesterday's failures. Here's how to debug the ones nobody predicted.
3.72
319
🔍 Observability🏗️ Site Reliability Engineering🌐 Distributed Systems🔄 Devops Culture🚨 Incident Response
Observability Engineering Summary
Observability Engineering 89%
Your dashboards only know yesterday's failures. Here's how to debug the ones nobody predicted.
by Charity Majors 2022
3.72
319 ratings
🔍 Observability🏗️ Site Reliability Engineering🌐 Distributed Systems🔄 Devops Culture🚨 Incident Response
The Inmates Are Running the Asylum
by Alan Cooper • 1999
Software frustrates because programmers design it, optimizing for the machine, not the mind.
3.94
3k+
🖥️ User Experience Design↔️ Interaction Design🧠 Human-Computer Interaction💡 Design Thinking⚙️ Technology And Cognition
The Inmates Are Running the Asylum Summary
The Inmates Are Running the Asylum 89%
Software frustrates because programmers design it, optimizing for the machine, not the mind.
by Alan Cooper 1999
3.94
3k+ ratings
🖥️ User Experience Design↔️ Interaction Design🧠 Human-Computer Interaction💡 Design Thinking⚙️ Technology And Cognition
Building Secure and Reliable Systems
by Heather Adkins • 2020
Build systems that survive attacks and accidents. Google's framework for reliable, secure software.
3.89
199
🛡️ Software Security🔧 Site Reliability🔄 Devops Practices🔒 Secure Coding🧪 Testing Strategies
Building Secure and Reliable Systems Summary
Building Secure and Reliable Systems 89%
Build systems that survive attacks and accidents. Google's framework for reliable, secure software.
by Heather Adkins 2020
3.89
199 ratings
🛡️ Software Security🔧 Site Reliability🔄 Devops Practices🔒 Secure Coding🧪 Testing Strategies
Design Systems
by Alla Kholmatova • 2017
Your pattern library is not a design system. Shared language and team practices close the gap.
4.13
608
🧱 Design Systems🖥️ Interface Design📐 Design Principles🤝 Design Collaboration🏷️ Brand Identity
Design Systems Summary
Design Systems 89%
Your pattern library is not a design system. Shared language and team practices close the gap.
by Alla Kholmatova 2017
4.13
608 ratings
🧱 Design Systems🖥️ Interface Design📐 Design Principles🤝 Design Collaboration🏷️ Brand Identity
14 Habits of Highly Productive Developers
by Zeno Rocha • 2020
Fourteen habits for developers who want to stop sprinting and start compounding.
4.00
723
🖥️ Software Engineering💼 Software Careers🧱 Code Craftsmanship📚 Continuous Learning📣 Learning In Public
14 Habits of Highly Productive Developers Summary
14 Habits of Highly Productive Developers 89%
Fourteen habits for developers who want to stop sprinting and start compounding.
by Zeno Rocha 2020
4.00
723 ratings
🖥️ Software Engineering💼 Software Careers🧱 Code Craftsmanship📚 Continuous Learning📣 Learning In Public
Civil Engineering
by David Muir Wood • 2012
Why bridges stand and dams hold: a compact tour of civil engineering, from soil to steel.
3.61
137
🏗️ Civil Infrastructure🧱 Construction Materials⚙️ Engineering Basics🏛️ Structural Design💧 Water Infrastructure
Civil Engineering Summary
Civil Engineering 89%
Why bridges stand and dams hold: a compact tour of civil engineering, from soil to steel.
by David Muir Wood 2012
3.61
137 ratings
🏗️ Civil Infrastructure🧱 Construction Materials⚙️ Engineering Basics🏛️ Structural Design💧 Water Infrastructure
Notes on the Synthesis of Form
by Christopher W. Alexander • 1964
Intuition fails modern design. The answer: map all failures, then solve one subsystem at a time.
4.06
758
🛠️ Design Methodology🏛️ Architectural Theory🔗 Systems Thinking🔬 Design Science🧩 Problem Decomposition
Notes on the Synthesis of Form Summary
Notes on the Synthesis of Form 89%
Intuition fails modern design. The answer: map all failures, then solve one subsystem at a time.
by Christopher W. Alexander 1964
4.06
758 ratings
🛠️ Design Methodology🏛️ Architectural Theory🔗 Systems Thinking🔬 Design Science🧩 Problem Decomposition
High Performance Browser Networking
by Ilya Grigorik • 2013
The network is your slowest component. Master the protocols and browser APIs that make it fast.
4.51
856
🚀 Web Performance🌐 Network Protocols📱 Mobile Performance🔄 Real-Time Web📡 Http Optimization
High Performance Browser Networking Summary
High Performance Browser Networking 89%
The network is your slowest component. Master the protocols and browser APIs that make it fast.
by Ilya Grigorik 2013
4.51
856 ratings
🚀 Web Performance🌐 Network Protocols📱 Mobile Performance🔄 Real-Time Web📡 Http Optimization
How to Speak Tech
by Vinay Trivedi • 2013
No coding required: the Internet, cloud, databases, and software, translated into business sense.
3.93
204
📖 Tech Literacy🌐 Web Development☁️ Cloud Computing🗄️ Database Management🔄 Agile Methodology
How to Speak Tech Summary
How to Speak Tech 89%
No coding required: the Internet, cloud, databases, and software, translated into business sense.
by Vinay Trivedi 2013
3.93
204 ratings
📖 Tech Literacy🌐 Web Development☁️ Cloud Computing🗄️ Database Management🔄 Agile Methodology
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 89%
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
Becoming an Ethical Hacker
by Gary Rivlin • 2019
Get paid to think like an attacker: skills, tools, and career strategy for ethical hacking.
4.00
73
🧭 Ethical Hacking🎯 Penetration Testing🎭 Social Engineering🌐 Network Security💼 Cybersecurity Careers
Becoming an Ethical Hacker Summary
Becoming an Ethical Hacker 89%
Get paid to think like an attacker: skills, tools, and career strategy for ethical hacking.
by Gary Rivlin 2019
4.00
73 ratings
🧭 Ethical Hacking🎯 Penetration Testing🎭 Social Engineering🌐 Network Security💼 Cybersecurity Careers
Quantum Computing
by Brian Clegg • 2021
Online encryption relies on math no classical computer can crack. Quantum ones do it instantly.
3.64
306
🧪 Quantum Physics💾 Computing History⚛️ Quantum Computing🧮 Quantum Algorithms🔐 Cryptography
Quantum Computing Summary
Quantum Computing 89%
Online encryption relies on math no classical computer can crack. Quantum ones do it instantly.
by Brian Clegg 2021
3.64
306 ratings
🧪 Quantum Physics💾 Computing History⚛️ Quantum Computing🧮 Quantum Algorithms🔐 Cryptography
Computational Thinking
by Peter J. Denning • 2019
It is a 4,500-year-old practice that built modern science, yet most confuse it with just coding.
3.63
304
💭 Computational Thinking🕰️ History Of Computing🎨 Design Thinking⚙️ Software Engineering🧠 Algorithmic Thinking
Computational Thinking Summary
Computational Thinking 89%
It is a 4,500-year-old practice that built modern science, yet most confuse it with just coding.
by Peter J. Denning 2019
3.63
304 ratings
💭 Computational Thinking🕰️ History Of Computing🎨 Design Thinking⚙️ Software Engineering🧠 Algorithmic Thinking
Everyday Chaos
by David Weinberger • 2019
A medical AI diagnoses illness but can't explain how. The age of demanding explanations is over.
3.78
202
🔬 Complexity Science🔄 Systems Thinking🤖 Machine Learning💻 Digital Strategy🔓 Open Platforms
Everyday Chaos Summary
Everyday Chaos 89%
A medical AI diagnoses illness but can't explain how. The age of demanding explanations is over.
by David Weinberger 2019
3.78
202 ratings
🔬 Complexity Science🔄 Systems Thinking🤖 Machine Learning💻 Digital Strategy🔓 Open Platforms
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