🎓 Engineering Education

Resources and narratives focused on how engineers are trained, from pedagogy and curriculum design to the experiences that shape technical minds.

Designing the Future

by Ann Kaiser • 2019

Run your classroom like an engineering lab: failure becomes data, limits force invention.

🧪 Stem Education 🏫 K-12 Instruction 🛠️ Project-Based Learning 💡 Design Thinking ⚙️ Engineering Mindset

Designing the Future 91%

Run your classroom like an engineering lab: failure becomes data, limits force invention.

by Ann Kaiser 2019

🧪 Stem Education 🏫 K-12 Instruction 🛠️ Project-Based Learning 💡 Design Thinking ⚙️ Engineering Mindset

Invent To Learn

by Sylvia Libow Martinez • 2013

How to trade direct instruction for iterative design, physical making, and real student ownership.

4.17

803

🛠️ Maker Education 📁 Project-Based Learning 📐 Constructionism 🔄 Iterative Design 🧪 Tinkering

Invent To Learn 91%

How to trade direct instruction for iterative design, physical making, and real student ownership.

by Sylvia Libow Martinez 2013

4.17

803 ratings

🛠️ Maker Education 📁 Project-Based Learning 📐 Constructionism 🔄 Iterative Design 🧪 Tinkering

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

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 90%

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

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 90%

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

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 90%

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

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 90%

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

Robot-Proof

by Joseph E. Aoun • 2017

AI does knowledge work. A degree that survives teaches creativity cultural agility and reinvention.

3.62

615

🎓 Higher Education Reform 🤖 Future Of Work 🧠 Ai And Automation 🔄 Lifelong Learning 🛠️ Experiential Learning

Robot-Proof 90%

AI does knowledge work. A degree that survives teaches creativity cultural agility and reinvention.

by Joseph E. Aoun 2017

3.62

615 ratings

🎓 Higher Education Reform 🤖 Future Of Work 🧠 Ai And Automation 🔄 Lifelong Learning 🛠️ Experiential Learning

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

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 90%

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

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

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 90%

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

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 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

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 90%

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

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 90%

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

Software Engineering

by Ian Sommerville • 1982

From requirements to deployment: the systematic approach to building software that lasts.

3.77

945

🖥️ Software Engineering 🔄 Software Processes 🏃 Agile Methods 📚 Classic Textbooks 🎓 Computer Science Students

Software Engineering 90%

From requirements to deployment: the systematic approach to building software that lasts.

by Ian Sommerville 1982

3.77

945 ratings

🖥️ Software Engineering 🔄 Software Processes 🏃 Agile Methods 📚 Classic Textbooks 🎓 Computer Science Students

Teaching with AI

by José Antonio Bowen • 2024

AI sets a new floor for competent work. Education must now teach what AI cannot do.

3.78

742

🤖 Ai In Education 💻 Classroom Technology 🛡️ Academic Integrity 📋 Assignment Design ✍️ Writing Pedagogy

Teaching with AI 90%

AI sets a new floor for competent work. Education must now teach what AI cannot do.

by José Antonio Bowen 2024

3.78

742 ratings

🤖 Ai In Education 💻 Classroom Technology 🛡️ Academic Integrity 📋 Assignment Design ✍️ Writing Pedagogy

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 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

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 89%

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

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 89%

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

College Unbound

by Jeffrey J. Selingo • 2013

The straight line to a degree is dead. The college model hasn't caught up.

3.79

2k+

🏛️ College Reform 💲 College Economics 🌐 Online Learning 🎯 Personalized Learning 🔧 Skills Gap

College Unbound 89%

The straight line to a degree is dead. The college model hasn't caught up.

by Jeffrey J. Selingo 2013

3.79

2k+ ratings

🏛️ College Reform 💲 College Economics 🌐 Online Learning 🎯 Personalized Learning 🔧 Skills Gap

Learning Technologies

by Mesut Duran • 2022

The real hurdle in education technology isn't access; it's using tools to strengthen learning.

5.00

💻 Education Technology 🌐 Digital Divide 🛡️ Digital Citizenship 🖥️ Online Learning 🔀 Blended Learning

Learning Technologies 89%

The real hurdle in education technology isn't access; it's using tools to strengthen learning.

by Mesut Duran 2022

5.00

1 ratings

💻 Education Technology 🌐 Digital Divide 🛡️ Digital Citizenship 🖥️ Online Learning 🔀 Blended Learning

Mechatronics

by W. Bolton • 1996

A design philosophy where mechanics, electronics, and software are concurrent, not sequential.

4.10

550

🤖 Mechatronics Textbooks 🎛️ Control Systems Engineering 🖥️ Embedded Systems Design 📡 Sensor Integration 📶 Signal Processing

Mechatronics 89%

A design philosophy where mechanics, electronics, and software are concurrent, not sequential.

by W. Bolton 1996

4.10

550 ratings

🤖 Mechatronics Textbooks 🎛️ Control Systems Engineering 🖥️ Embedded Systems Design 📡 Sensor Integration 📶 Signal Processing

e-Learning by Design

by William Horton • 2006

Stop building courses that just present slides. The activity-first system for e-learning that works.

3.89

219

🎯 Instructional Design 🏢 Workplace Learning 💻 Online Learning 🏋️ Learning Activities 📝 Assessment Design

e-Learning by Design 89%

Stop building courses that just present slides. The activity-first system for e-learning that works.

by William Horton 2006

3.89

219 ratings

🎯 Instructional Design 🏢 Workplace Learning 💻 Online Learning 🏋️ Learning Activities 📝 Assessment Design

Rewiring Education

by John D. Couch • 2018

Schools run on factory logic. An Apple insider's playbook for redesigning them with technology.

3.79

266

📚 Education Reform 💻 Edtech 🧩 Personalized Learning 🔍 Inquiry-Based Learning 👨‍💻 Coding Education

Rewiring Education 89%

Schools run on factory logic. An Apple insider's playbook for redesigning them with technology.

by John D. Couch 2018

3.79

266 ratings

📚 Education Reform 💻 Edtech 🧩 Personalized Learning 🔍 Inquiry-Based Learning 👨‍💻 Coding Education

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 89%

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

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 89%

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

Modular Online Learning Design

by Amanda Nichols Hess • 2020

A modular design method for online instruction: build once, remix, and scale across every context.

🛠️ Instructional Design 📚 Library Instruction 💻 Online Course Design 📖 Open Educational Resources ♿ Universal Design For Learning

Modular Online Learning Design 89%

A modular design method for online instruction: build once, remix, and scale across every context.

by Amanda Nichols Hess 2020

🛠️ Instructional Design 📚 Library Instruction 💻 Online Course Design 📖 Open Educational Resources ♿ Universal Design For Learning

The Missing README

by Chris Riccomini • 2021

Ship code safely, survive on-call, and manage your boss: the handbook no bootcamp assigns.

4.40

437

🛠️ Software Engineering 🧑‍💻 New Engineers 🧪 Code Quality 🔁 Devops Culture 🔄 Agile Methodologies

The Missing README 89%

Ship code safely, survive on-call, and manage your boss: the handbook no bootcamp assigns.

by Chris Riccomini 2021

4.40

437 ratings

🛠️ Software Engineering 🧑‍💻 New Engineers 🧪 Code Quality 🔁 Devops Culture 🔄 Agile Methodologies

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 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

The Things We Make

by Bill Hammack • 2023

Engineering isn't applied science: it's the art of solving problems before anyone understands them.

3.75

1k+

🛠️ History Of Technology 🏗️ Engineering Culture 💡 Design Thinking 🧭 Heuristics 🔧 Incremental Innovation

The Things We Make 89%

Engineering isn't applied science: it's the art of solving problems before anyone understands them.

by Bill Hammack 2023

3.75

1k+ ratings

🛠️ History Of Technology 🏗️ Engineering Culture 💡 Design Thinking 🧭 Heuristics 🔧 Incremental Innovation

21st Century Skills

by Bernie Trilling • 2009

Replace memorization with project-based learning: the framework for skills employers actually need.

3.69

433

📐 Project-Based Learning 💻 Digital Literacy 🏫 Education Reform 🔮 Future Of Education 💼 Workforce Readiness

21st Century Skills 89%

Replace memorization with project-based learning: the framework for skills employers actually need.

by Bernie Trilling 2009

3.69

433 ratings

📐 Project-Based Learning 💻 Digital Literacy 🏫 Education Reform 🔮 Future Of Education 💼 Workforce Readiness

Launch

by John Spencer • 2016

A design thinking framework that turns any classroom into a launchpad for student creativity.

4.09

732

🧠 Design Thinking 🛠️ Maker Education 📋 Project-Based Learning 🔍 Inquiry-Based Learning 🎨 Creative Classrooms

Launch 89%

A design thinking framework that turns any classroom into a launchpad for student creativity.

by John Spencer 2016

4.09

732 ratings

🧠 Design Thinking 🛠️ Maker Education 📋 Project-Based Learning 🔍 Inquiry-Based Learning 🎨 Creative Classrooms

Blended Workbook

by Michael B. Horn • 2017

Blended learning done right: goals first, devices second, and a budget that outlives the grant.

3.50

🔀 Blended Learning 💻 Edtech 🏫 School Innovation 📐 Instructional Design 🔄 Change Management

Blended Workbook 89%

Blended learning done right: goals first, devices second, and a budget that outlives the grant.

by Michael B. Horn 2017

3.50

6 ratings

🔀 Blended Learning 💻 Edtech 🏫 School Innovation 📐 Instructional Design 🔄 Change Management

Using Graphic Novels in the STEM Classroom

by William Boerman-Cornell • 2023

How graphic novels make STEM concepts click, and which ones to use in your classroom.

5.00

🧪 Stem Education 📚 Comics In The Classroom 👁️ Visual Literacy 📖 Multimodal Literacy 🎓 Educational Comics

Using Graphic Novels in the STEM Classroom Summary

Using Graphic Novels in the STEM Classroom 89%

How graphic novels make STEM concepts click, and which ones to use in your classroom.

by William Boerman-Cornell 2023

5.00

1 ratings

🧪 Stem Education 📚 Comics In The Classroom 👁️ Visual Literacy 📖 Multimodal Literacy 🎓 Educational Comics

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 89%

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

Failure to Disrupt

by Justin Reich • 2020

Every new classroom technology gets absorbed into old routines. The real barrier was never the tech.

4.23

252

💻 Educational Technology 🔍 Edtech Critique 🌐 Online Learning ⚖️ Digital Divide 🏫 Educational Equity

Failure to Disrupt 89%

Every new classroom technology gets absorbed into old routines. The real barrier was never the tech.

by Justin Reich 2020

4.23

252 ratings

💻 Educational Technology 🔍 Edtech Critique 🌐 Online Learning ⚖️ Digital Divide 🏫 Educational Equity

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 89%

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

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 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

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 89%

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

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

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 89%

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

Hacking Mathematics

by Denis Sheeran • 2018

Stop giving answers, start asking questions: ten shifts that build mathematical thinkers.

4.47

📐 Math Education 🔍 Inquiry-Based Learning 📝 Homework Redesign 🎯 Classroom Engagement 🗣 Mathematical Discourse

Hacking Mathematics 89%

Stop giving answers, start asking questions: ten shifts that build mathematical thinkers.

by Denis Sheeran 2018

4.47

19 ratings

📐 Math Education 🔍 Inquiry-Based Learning 📝 Homework Redesign 🎯 Classroom Engagement 🗣 Mathematical Discourse

AI for Educators

by Matt Miller • 2023

AI can write the essay. New assignments, saved hours, and a cheating standard that makes sense.

3.90

638

🖥️ Classroom Technology 📚 Teaching Practice 🤖 Generative Ai 🧠 Ai Literacy 📝 Alternative Assessment

AI for Educators 89%

AI can write the essay. New assignments, saved hours, and a cheating standard that makes sense.

by Matt Miller 2023

3.90

638 ratings

🖥️ Classroom Technology 📚 Teaching Practice 🤖 Generative Ai 🧠 Ai Literacy 📝 Alternative Assessment

The End of College

by Kevin Carey • 2015

The university was built on a flawed compromise. The internet is now building its replacement.

3.77

447

🎓 Higher Ed Crisis 💥 Disruptive Innovation 🤖 Personalized Learning 💻 Online Learning 📜 Credential Reform

The End of College 89%

The university was built on a flawed compromise. The internet is now building its replacement.

by Kevin Carey 2015

3.77

447 ratings

🎓 Higher Ed Crisis 💥 Disruptive Innovation 🤖 Personalized Learning 💻 Online Learning 📜 Credential Reform

The Idea Factory

by Pepper White • 1991

MIT: where a valedictorian learns to celebrate a B and survive the pressure without losing himself.

3.85

255

🎓 Grad School 🏛️ Elite Universities 🎭 Imposter Syndrome 📚 Academic Pressure 🔧 Hands-On Learning

The Idea Factory 89%

MIT: where a valedictorian learns to celebrate a B and survive the pressure without losing himself.

by Pepper White 1991

3.85

255 ratings

🎓 Grad School 🏛️ Elite Universities 🎭 Imposter Syndrome 📚 Academic Pressure 🔧 Hands-On Learning

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 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

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 89%

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

Learn CSS in One Day and Learn It Well (Includes HTML5)

by Jamie Chan • 2015

Zero CSS to real web pages in one day: hands-on project that teaches layout and style.

4.06

142

🌐 Web Development 🖥️ Frontend Engineering 🛠️ Learn By Doing 🎨 Web Design Basics 📐 Page Layout

Learn CSS in One Day and Learn It Well (Includes HTML5) Summary

Learn CSS in One Day and Learn It Well (Includes HTML5) 89%

Zero CSS to real web pages in one day: hands-on project that teaches layout and style.

by Jamie Chan 2015

4.06

142 ratings

🌐 Web Development 🖥️ Frontend Engineering 🛠️ Learn By Doing 🎨 Web Design Basics 📐 Page Layout

The Effective Engineer

by Edmond Lau • 2015

You can't outwork poor leverage. The principles that make engineering effort compound.

4.25

2k+

🛠️ Software Craftsmanship ⚡ Engineering Productivity 📈 Tech Career Growth 🔬 Lean Methodology 🔄 Incremental Delivery

The Effective Engineer 89%

You can't outwork poor leverage. The principles that make engineering effort compound.

by Edmond Lau 2015

4.25

2k+ ratings

🛠️ Software Craftsmanship ⚡ Engineering Productivity 📈 Tech Career Growth 🔬 Lean Methodology 🔄 Incremental Delivery

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