📘 Engineering Reference

Comprehensive technical resources designed to be consulted rather than read cover-to-cover — the essential handbooks and guides engineers keep within arm's reach.

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 92%

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

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 92%

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

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 🎛️ Hobbyist Electronics

The Art of Electronics 92%

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 🎛️ Hobbyist Electronics

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 92%

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

Engineering Mechanics

by Russell C. Hibbeler • 1992

From particles to rigid bodies: a methodical path through statics, dynamics, and vibrations.

4.06

205

⚙️ Engineering Mechanics 🔧 Mechanical Engineering 🏗️ Structural Analysis 🌉 Civil Engineering 📳 Vibration Analysis

Engineering Mechanics 91%

From particles to rigid bodies: a methodical path through statics, dynamics, and vibrations.

by Russell C. Hibbeler 1992

4.06

205 ratings

⚙️ Engineering Mechanics 🔧 Mechanical Engineering 🏗️ Structural Analysis 🌉 Civil Engineering 📳 Vibration Analysis

How Technology Works

by D.K. Publishing • 2019

A visual tour of the physics inside your phone, your microwave, and the power grid.

4.33

166

🔍 Visual Encyclopedias ⚙️ How Things Work ⚡ Applied Physics 🔧 Engineering Fundamentals 💻 Digital Literacy

How Technology Works 91%

A visual tour of the physics inside your phone, your microwave, and the power grid.

by D.K. Publishing 2019

4.33

166 ratings

🔍 Visual Encyclopedias ⚙️ How Things Work ⚡ Applied Physics 🔧 Engineering Fundamentals 💻 Digital Literacy

Structural Analysis

by Russell C. Hibbeler • 1982

Trusses, beams, and frames: how to find every force and deflection inside them before they're built.

4.10

424

🏗️ Structural Analysis 🏛️ Civil Engineering 💻 Matrix Methods 📐 Displacement Methods 🔗 Indeterminate Structures

Structural Analysis 91%

Trusses, beams, and frames: how to find every force and deflection inside them before they're built.

by Russell C. Hibbeler 1982

4.10

424 ratings

🏗️ Structural Analysis 🏛️ Civil Engineering 💻 Matrix Methods 📐 Displacement Methods 🔗 Indeterminate Structures

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 91%

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

Value Engineering

by Anil Kumar Mukhopadhyaya • 2003

Function is worth more than form: the systematic approach that finds savings competitors overlook.

4.75

🔧 Value Engineering 💰 Cost Engineering ♻️ Life Cycle Costing 💡 Creative Problem-Solving 👥 Team Dynamics

Value Engineering 91%

Function is worth more than form: the systematic approach that finds savings competitors overlook.

by Anil Kumar Mukhopadhyaya 2003

4.75

4 ratings

🔧 Value Engineering 💰 Cost Engineering ♻️ Life Cycle Costing 💡 Creative Problem-Solving 👥 Team Dynamics

Platform Engineering

by Camille Fournier • 2024

Platform teams fail without product thinking. How to build internal tools developers actually love.

4.03

119

🏗️ Platform Engineering 👥 Engineering Management 💡 Product Thinking 🔄 Sociotechnical Systems ⚙️ DevOps

Platform Engineering 91%

Platform teams fail without product thinking. How to build internal tools developers actually love.

by Camille Fournier 2024

4.03

119 ratings

🏗️ Platform Engineering 👥 Engineering Management 💡 Product Thinking 🔄 Sociotechnical Systems ⚙️ DevOps

The Engineering Executive's Primer

by Will Larson • 2024

Values you can flip, metrics your CEO reads, and the one rule for build vs. buy.

4.25

407

⚙️ Engineering Leadership 📊 Engineering Metrics 🗺️ Technical Strategy 🤝 Stakeholder Alignment 🔄 Continuous Improvement

The Engineering Executive's Primer Summary

The Engineering Executive's Primer 91%

Values you can flip, metrics your CEO reads, and the one rule for build vs. buy.

by Will Larson 2024

4.25

407 ratings

⚙️ Engineering Leadership 📊 Engineering Metrics 🗺️ Technical Strategy 🤝 Stakeholder Alignment 🔄 Continuous Improvement

Release It!

by Michael T. Nygard • 2007

QA says your software is ready. Production disagrees. The patterns that close the gap.

4.25

3k+

🏗️ Software Architecture 🌐 Distributed Systems 🛡️ Fault Tolerance ✅ Production Readiness 🔥 Chaos Engineering

Release It! 91%

QA says your software is ready. Production disagrees. The patterns that close the gap.

by Michael T. Nygard 2007

4.25

3k+ ratings

🏗️ Software Architecture 🌐 Distributed Systems 🛡️ Fault Tolerance ✅ Production Readiness 🔥 Chaos Engineering

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 91%

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

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 91%

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

To Forgive Design

by Henry Petroski • 2012

The safest bridges and planes are designed by studying the ones that fell down.

3.53

217

🏗️ Structural Engineering 🔍 Forensic Engineering 💭 Design Philosophy 🔗 Systems Thinking 🛡️ Safety Culture

To Forgive Design 91%

The safest bridges and planes are designed by studying the ones that fell down.

by Henry Petroski 2012

3.53

217 ratings

🏗️ Structural Engineering 🔍 Forensic Engineering 💭 Design Philosophy 🔗 Systems Thinking 🛡️ Safety Culture

Unwritten Laws of Engineering

by W.J. King • 2011

Engineers' professional rules that school never taught: delegation, accountability, earning trust.

4.10

658

🏗️ Engineering Management 🛠️ Professionalism ⚖️ Workplace Ethics 🧠 Soft Skills 🤝 Delegation

Unwritten Laws of Engineering 91%

Engineers' professional rules that school never taught: delegation, accountability, earning trust.

by W.J. King 2011

4.10

658 ratings

🏗️ Engineering Management 🛠️ Professionalism ⚖️ Workplace Ethics 🧠 Soft Skills 🤝 Delegation

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 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

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 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

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 90%

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

Maintenance of Everything

by Stewart Brand • 2026

Civilization runs on maintenance nobody sees, values, or funds. Until it stops.

4.00

516

⚙️ History Of Technology 🏗️ Infrastructure 🧩 Systems Thinking 🔧 Repair And Maintenance 🛠️ Diy Culture

Maintenance of Everything 90%

Civilization runs on maintenance nobody sees, values, or funds. Until it stops.

by Stewart Brand 2026

4.00

516 ratings

⚙️ History Of Technology 🏗️ Infrastructure 🧩 Systems Thinking 🔧 Repair And Maintenance 🛠️ Diy Culture

The Road Taken

by Henry Petroski • 2016

The $121 billion congestion tax: what the history of pavement says about fixing America's roads.

3.44

529

🏛️ Infrastructure Policy 🔧 Engineering History 🛣️ Road Design 🚦 Traffic Engineering ⚠️ Failure Studies

The Road Taken 90%

The $121 billion congestion tax: what the history of pavement says about fixing America's roads.

by Henry Petroski 2016

3.44

529 ratings

🏛️ Infrastructure Policy 🔧 Engineering History 🛣️ Road Design 🚦 Traffic Engineering ⚠️ Failure Studies

The Site Reliability Workbook

by Betsy Beyer • 2018

Reliability as math: SLOs, error budgets, canarying, and the team practices that make it stick.

4.36

405

🛠️ Site Reliability Engineering 🚀 Devops Practices 🔥 Incident Management 🏆 Operational Excellence 📈 Scalability

The Site Reliability Workbook 90%

Reliability as math: SLOs, error budgets, canarying, and the team practices that make it stick.

by Betsy Beyer 2018

4.36

405 ratings

🛠️ Site Reliability Engineering 🚀 Devops Practices 🔥 Incident Management 🏆 Operational Excellence 📈 Scalability

The Evolution of Useful Things

by Henry Petroski • 1994

Annoyance, not function, gave us forks, zippers, paper clips. The real driver of everyday design.

3.52

1k+

🏭 Industrial Design 🥄 Everyday Objects 🔄 Design Evolution ⚙️ History Of Technology 🏺 Material Culture

The Evolution of Useful Things 90%

Annoyance, not function, gave us forks, zippers, paper clips. The real driver of everyday design.

by Henry Petroski 1994

3.52

1k+ ratings

🏭 Industrial Design 🥄 Everyday Objects 🔄 Design Evolution ⚙️ History Of Technology 🏺 Material Culture

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

📡 High-Speed Digital 〰️ Signal Integrity ⚡ Power Integrity 🛡️ Emc 📐 Pcb Layout

High Speed Signal Propagation 90%

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

Operating Systems

by William Stallings • 1991

How UNIX, Linux, and Solaris kernels work inside: from fork() to page faults.

3.72

421

🖥️ Operating Systems 🐧 Unix Internals ⚙️ Kernel Design 💻 Systems Programming 💾 Computer Systems

Operating Systems 90%

How UNIX, Linux, and Solaris kernels work inside: from fork() to page faults.

by William Stallings 1991

3.72

421 ratings

🖥️ Operating Systems 🐧 Unix Internals ⚙️ Kernel Design 💻 Systems Programming 💾 Computer Systems

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 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

Ansible

by Lorin Hochstein • 2014

No agents required. Automate configuration and deployment with playbooks you can actually read.

3.88

270

🔧 Configuration Management 📋 Infrastructure As Code 🛠️ Devops Tooling 🚀 Deployment Automation 💻 Sysadmins

Ansible 90%

No agents required. Automate configuration and deployment with playbooks you can actually read.

by Lorin Hochstein 2014

3.88

270 ratings

🔧 Configuration Management 📋 Infrastructure As Code 🛠️ Devops Tooling 🚀 Deployment Automation 💻 Sysadmins

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 90%

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

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

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 90%

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

Seeking SRE

by David N. Blank-Edelman • 2018

The SRE playbook for organizations without a Google-sized reliability team.

4.17

116

🌐 Site Reliability 🔄 Devops Practices ⚙️ Production Engineering 👁️ Observability 🚀 Continuous Delivery

Seeking SRE 90%

The SRE playbook for organizations without a Google-sized reliability team.

by David N. Blank-Edelman 2018

4.17

116 ratings

🌐 Site Reliability 🔄 Devops Practices ⚙️ Production Engineering 👁️ Observability 🚀 Continuous Delivery

Fundamentals of Data Engineering

by Joe Reis • 2022

Data scientists spend 80% of their time cleaning data. The systems blueprint that frees them.

4.16

945

🛠️ Data Engineering 🏗️ Data Architecture 🔗 Data Pipelines 📊 Data Modeling ☁️ Cloud Data Systems

Fundamentals of Data Engineering Summary

Fundamentals of Data Engineering 90%

Data scientists spend 80% of their time cleaning data. The systems blueprint that frees them.

by Joe Reis 2022

4.16

945 ratings

🛠️ Data Engineering 🏗️ Data Architecture 🔗 Data Pipelines 📊 Data Modeling ☁️ Cloud Data Systems

The DevOps Handbook

by Gene Kim • 2015

Speed and stability without the tradeoff. A practical handbook for unifying your delivery pipeline.

4.29

6k+

🛠️ Devops 📦 Software Delivery 🔄 Continuous Delivery 🏭 Lean Methodology 🤝 Just Culture

The DevOps Handbook 90%

Speed and stability without the tradeoff. A practical handbook for unifying your delivery pipeline.

by Gene Kim 2015

4.29

6k+ ratings

🛠️ Devops 📦 Software Delivery 🔄 Continuous Delivery 🏭 Lean Methodology 🤝 Just Culture

Debugging

by David J. Agans • 2002

Learn to debug like a detective: reproduce the crime, divide the scene, and never guess.

4.26

509

🐛 Debugging 🎯 Root Cause Analysis ⚙️ Engineering Mindset 🔧 Pragmatic Programming 🧪 Scientific Method

Debugging 90%

Learn to debug like a detective: reproduce the crime, divide the scene, and never guess.

by David J. Agans 2002

4.26

509 ratings

🐛 Debugging 🎯 Root Cause Analysis ⚙️ Engineering Mindset 🔧 Pragmatic Programming 🧪 Scientific Method

The Software Engineer's Guidebook

by Gergely Orosz • 2023

The career path beyond senior engineer: what promotion panels evaluate, from startups to Big Tech.

4.08

799

💻 Software Engineering 🧭 Tech Careers 🏗️ Engineering Leadership ✍️ Code Craft 🤝 Stakeholder Management

The Software Engineer's Guidebook Summary

The Software Engineer's Guidebook 90%

The career path beyond senior engineer: what promotion panels evaluate, from startups to Big Tech.

by Gergely Orosz 2023

4.08

799 ratings

💻 Software Engineering 🧭 Tech Careers 🏗️ Engineering Leadership ✍️ Code Craft 🤝 Stakeholder Management

An Elegant Puzzle

by Will Larson • 2019

Engineering management is a systems problem. Design your org as carefully as your code.

4.07

4k+

🛠️ Engineering Management 🏗️ Organizational Design 🧠 Systems Thinking 👥 Talent Management 📊 Engineering Metrics

An Elegant Puzzle 90%

Engineering management is a systems problem. Design your org as carefully as your code.

by Will Larson 2019

4.07

4k+ ratings

🛠️ Engineering Management 🏗️ Organizational Design 🧠 Systems Thinking 👥 Talent Management 📊 Engineering Metrics

Production-Ready Microservices

by Susan J. Fowler • 2016

Your microservice isn't production-ready by default. Here's the org-wide framework to change that.

3.82

460

🧱 Microservices 🏗️ Software Architecture 🌐 Distributed Systems ✅ Production Readiness 🔧 Reliability Engineering

Production-Ready Microservices 90%

Your microservice isn't production-ready by default. Here's the org-wide framework to change that.

by Susan J. Fowler 2016

3.82

460 ratings

🧱 Microservices 🏗️ Software Architecture 🌐 Distributed Systems ✅ Production Readiness 🔧 Reliability Engineering

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 90%

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

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 90%

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 90%

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 Driving Machine

by Witold Rybczynski • 2024

How art, war, and ego shaped the car, from the Model T to the Tesla.

3.82

197

🚗 Automotive Design ✏️ Industrial Design 🏭 Auto Industry 📐 Design History 🛣️ Car Culture

The Driving Machine 90%

How art, war, and ego shaped the car, from the Model T to the Tesla.

by Witold Rybczynski 2024

3.82

197 ratings

🚗 Automotive Design ✏️ Industrial Design 🏭 Auto Industry 📐 Design History 🛣️ Car Culture

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 90%

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

Mastering Regular Expressions

by Jeffrey E.F. Friedl • 1997

Understand the engine behind your regex: why some patterns crawl, and how to make them run.

4.16

2k+

🧩 Regular Expressions 📝 Text Processing 🔍 Pattern Matching ⚡ Code Optimization 🤖 Automata Theory

Mastering Regular Expressions 90%

Understand the engine behind your regex: why some patterns crawl, and how to make them run.

by Jeffrey E.F. Friedl 1997

4.16

2k+ ratings

🧩 Regular Expressions 📝 Text Processing 🔍 Pattern Matching ⚡ Code Optimization 🤖 Automata Theory

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 90%

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

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 90%

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

Classical Recording

by Caroline Haigh • 2020

The Decca method: why the room matters more than the microphones, and spill is the glue.

4.59

🎛️ Audio Engineering 🎻 Classical Recording 🎤 Microphone Techniques 🏛️ Room Acoustics 🔉 Spatial Audio

Classical Recording 90%

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

HVAC Tips 101

by Marvin Ray Williams • 2021

The filter, breaker, and drain checks that solve most HVAC problems before you call.

3.00

🏠 Home Maintenance ❄️ Hvac Systems 🔧 Appliance Repair 📅 Preventative Maintenance ⚡ Energy Efficiency

HVAC Tips 101 90%

The filter, breaker, and drain checks that solve most HVAC problems before you call.

by Marvin Ray Williams 2021

3.00

2 ratings

🏠 Home Maintenance ❄️ Hvac Systems 🔧 Appliance Repair 📅 Preventative Maintenance ⚡ Energy Efficiency

Small Things Considered

by Henry Petroski • 2003

Why nothing works perfectly: the constraints hiding inside every object you use.

3.40

334

📐 Everyday Design 🔧 Engineering Philosophy ⚖️ Design Constraints 🏛️ Form And Function 🔄 Iterative Improvement

Small Things Considered 90%

Why nothing works perfectly: the constraints hiding inside every object you use.

by Henry Petroski 2003

3.40

334 ratings

📐 Everyday Design 🔧 Engineering Philosophy ⚖️ Design Constraints 🏛️ Form And Function 🔄 Iterative Improvement

Learning OpenCV

by Gary Bradski • 2008

From smoothing to machine learning: the complete OpenCV toolkit for building computer vision apps.

4.01

171

🖥️ Computer Vision 🌄 Image Processing 📚 Open Source Libraries ⚙️ Algorithm Guides 📖 Code Reference

Learning OpenCV 90%

From smoothing to machine learning: the complete OpenCV toolkit for building computer vision apps.

by Gary Bradski 2008

4.01

171 ratings

🖥️ Computer Vision 🌄 Image Processing 📚 Open Source Libraries ⚙️ Algorithm Guides 📖 Code Reference

Car Science

by Richard Hammond • 2008

From chemical explosions to downforce: the physics that makes cars go, stop, and nearly take flight.

4.44

144

🏎️ Automotive Engineering ⚛️ Vehicle Physics 🔥 Internal Combustion 💨 Aerodynamics ⚡ Alternative Fuels

Car Science 90%

From chemical explosions to downforce: the physics that makes cars go, stop, and nearly take flight.

by Richard Hammond 2008

4.44

144 ratings

🏎️ Automotive Engineering ⚛️ Vehicle Physics 🔥 Internal Combustion 💨 Aerodynamics ⚡ Alternative Fuels

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