Engineering reasoning is not a slogan or a personality trait. It is a repeatable process for turning an ambiguous problem into requirements, models, experiments and evidence.
Method
- Define the problem and measurable success criteria.
- Separate known facts, assumptions and unknowns.
- Reduce a system to governing constraints and first principles where useful.
- Generate alternatives and quantify trade-offs.
- Prototype the highest-risk assumptions first.
- Measure results and update the model.
- Document decisions so another person can reproduce or challenge them.
Case studies come from real FermiLabs engineering work rather than celebrity-centric narratives.
FermiLabs course review brief
Learning objective:Apply first-principles reasoning to engineering decisions and problem solving.
Content update:Refresh examples, add a project brief and use the quiz as a synthesis assessment.
Suggested activity:Decompose one real problem, state assumptions and test the highest-risk claim.
Evidence to produce:Assumption table, model, test result and decision record.
Review status:Draft editorial integration; verify source curriculum ownership before public promotion.
Curriculum
- 13 Sections
- 89 Lessons
- 60 Days
Expand all sectionsCollapse all sections
- 👷♂️ Introduction and First PrinciplesLearning focus: 🟢👉 SKS Online Course guide, tips, and emojis meaning list; 🟢🎓👩🔬👷♂️🔬🧵🤖⚡💻📐🎲👽🔨🤯🥽🎧 Digital Repository, Innovative Learning Environments, AR/VR and Metaverse, 3D Printing, Coding,…. Lessons are preserved in source order (16 mapped).16
- 1.1🟢👉 FermiLabs Online Course guide, tips, and emojis meaning list
- 1.2🟢🎓👩🔬👷♂️🔬🧵🤖⚡💻📐🎲👽🔨🤯🥽 📮 Digital Repository, Innovative Learning Environments, AR/VR and Metaverse, 3D Printing, Coding, AI, Robotics and using Games for STEM Education
- 1.3🆕👷♂️ 📮 Introduction to the course and the first principles approach
- 1.4👷♂️👨🎓🎓💡 📮 Understanding the basic concepts of first principles thinking, such as breaking down complex problems into their basic components and analyzing them
- 1.5👷♂️👨🎓💡 📮 Lateral thinking focuses on generating new and unconventional ideas to solve problems
- 1.6👷♂️👨🎓🚀 📮 Examples of first principles thinking in action, such as SpaceX’s development of reusable rockets
- 1.7⏲👨🎓💡 📮 The Pareto principle, also known as the 80/20 rule
- 1.8👨🎓🧩🎨 📮 Problem solving and creative thinking
- 1.9🆕👨🎓🤝📝 📮 Reflective journals a powerful tool for self-reflection, personal growth and critical thinking
- 1.10👨🎓🤝🎓💡 📮 Learning to Think
- 1.11👨🎓🤝🎓🤷♂️💡 📮 Connecting the dots, learning by making connections between different pieces of information
- 1.12👨🎓🤝🎓🔑 💡 🥼 🔬 🎨 🧰 📮 Critical Thinking
- 1.13🔝💼👨🎓💡 📮 Electric vehicles (EVs) Elon Musk, Tesla, SpaceX Space Exploration and Colonizing Mars, Starlink, Neuralink and more
- 1.14🔝💼👩🔬👨🎓💡🚌 📮 Preparing for Your Future Career: Industry Trends and Advice for Students
- 1.15👩🔬🎓💡🔬🚀🎤🅰 📮 Barriers to STEM Participation for Young Women and Strategies for Supporting Underrepresented Groups
- 1.16👾💡👉 Join our Open Discord Server to share your progress, engage with other and peer review your activities
- 👷♂️ Engineers and the Engineering Design ProcessLearning focus: 🆕💼👩🔬🎧👨🎓🌍 Who’s an Engineer? A map of Engineering; 🆕👷♂️🎧 Introduction to the engineering design process and its steps. Lessons are preserved in source order (4 mapped).4
- 👷♂️ Defining the Problem – Research and Gathering InformationLearning focus: 🆕👷♂️👨🎓🎧💡🚌 Understanding the importance of clearly defining the problem to be solved; 🆕👷♂️👨🎓 Analyzing real-world problems and learn how to ask good questions and…. Lessons are preserved in source order (6 mapped).6
- 3.1🆕👷♂️👨🎓💡🚌 📮 Understanding the importance of clearly defining the problem to be solved
- 3.2🆕👷♂️👨🎓 Analyzing real-world problems and learn how to ask good questions and gather information to help define the problem
- 3.3👷♂️👨🎓🤝🎓🎬 🔑 💡 🥼 🎨 📮 The Power of Asking Good Questions and The Importance of Curiosity in Learning
- 3.4🆕👷♂️👨🎓 Understanding the importance of researching and gathering information to solve a problem
- 3.5📮 Design Thinking with Technical Constraints
- 3.6🆕👷♂️👨🎓🎓✅💡 📮 The Importance and Value of the CHECKLIST in the Engineering Process and The checklist manifesto
- 👷♂️ Solving Problem – Trial Error – Fail – ImproveLearning focus: 🆕👷♂️👨🎓🎧💡 When trying to solve a problem, it’s important to come up…; 🆕👷♂️👨🎓🎧💡 Selecting which solution is the best solution to a problem may…. Lessons are preserved in source order (14 mapped).14
- 4.1🆕👷♂️👨🎓💡 📮 When trying to solve a problem, it’s important to come up with multiple solutions.
- 4.2🆕👷♂️👨🎓💡 📮 Selecting which solution is the best solution to a problem may seem difficult at first
- 4.3🆕👷♂️👨🎓💡 📮 Defining success: how do you know when you’ve actually solved a problem?
- 4.4🆕👷♂️👨🎓💡🚌 📮 Creativity and Innovation in Engineering and Catch-22
- 4.5🆕👷♂️👨🎓💡🚌 📮 Flirting With Disaster: Safety in Engineering
- 4.6🆕👷♂️👨🎓💡 📮 What if mindset, how Engineers handle variable and condition that can change one variable at a time
- 4.7🆕👷♂️👨🎓 📮 How Engineers use Trial and Error to figure out what the problems are with our solutions
- 4.8🆕👷♂️👨🎓💡🎓🧰 📮 Failures help engineers find better solutions to problems
- 4.9🆕👷♂️👨🎓💡🎓🧰 📮 How Engineers set up models and trails to find and fix failure points
- 4.10🆕👷♂️👨🎓💡 📮 Testing and work with limited resources: what to do if you don’t have all the things you’d like to have to perform your tests
- 4.11🟢👷♂️👨🎓🚀🧵📐🅰💡 📮 Prototyping: The First Step of Engineering: Let’s build a model 1/3 scale rocket
- 4.12🔲🎨🍎⚙️🥼💡 📮 Exploring Simple Machines with Roblox: A Hands-On Approach to STEM Learning
- 4.13🆕🛠🔑🚀🔗💡🔬🧰🎤🅰 📮 Tinkering & making workshop DIY tools, devices, Hackerspace, SRAD Rocketry
- 4.14🆕🦾👷♂️👨🎓💡 📮 Robots Challenge mission and the Engineering process of designing with fixed conditions and variables
- 🚀 Aerospace EngineeringLearning focus: 🚀🎧🔗👉 The History of Rockets; 🆕🚀💼🗽 Big names in Aerospace Engineering Rocket Science. Lessons are preserved in source order (8 mapped).8
- 5.1🚀🔗👉 📮 The History of Rockets
- 5.2🆕🚀💼🗽 Big names in Aerospace Engineering Rocket Science
- 5.3🆕🚀🚨 📮 Rocket Science experiments and explosive demonstrations 🚨
- 5.4🟢🚀🎓💡🔑🔬🥼🎨🎬🅰 📮 MOVIES: Advice for Aspiring Rocket Scientists and a Rocket Engineer Reviews of “October Sky”
- 5.5🆕🚀🥼📎💡🔬🎨🅰 📮 How to make a Water Rocket and, launch experiment and attempt for Record-Breaking Rocket
- 5.6🆕🚀🅰 📮 What is a Rocketry Club and how to join a Team
- 5.7🟢🚀🗺️ Map of Rocketry Team in Europe
- 5.8🆕🚀🥼 📮 Model Rocket Stability Swing Test
- 🍎 Applying First Principles to Physics and EconomicsLearning focus: 🆕🍎🚀🎧💡🗽📎 Applying Newton’s Laws, Forces, and Inertia; 🆕🍎👷♂️🎧 Understanding the basic principles of physics and how they can be…. Lessons are preserved in source order (5 mapped).5
- 6.1🆕🍎🚀💡🗽📎 📮 Applying Newton’s Laws, Forces, and Inertia
- 6.2🆕🍎👷♂️ 📮 Understanding the basic principles of physics and how they can be applied to problem-solving
- 6.3🆕🍎👷♂️💡🚌 📮 Analyzing real-world problems and identifying the physics principles at play
- 6.4🆕💼👨🎓💡 📮 Applying First Principles to Economics, Money and Financial Independence
- 6.5🔝💼👨🎓💡 📮 Inflation explained: What is it, what causes it and how do we deal with it now
- 🧠 Brainstorming for Generating Ideas and Mind mapLearning focus: 🆕🧠💡🎧 Brainstorming and generating ideas in the problem-solving process; 🆕🧠💡🎧 First principles thinking to generate a wide range of ideas and…. Lessons are preserved in source order (4 mapped).4
- 7.1🆕🧠💡 📮 Brainstorming and generating ideas in the problem-solving process
- 7.2🆕🧠💡 📮 First principles thinking to generate a wide range of ideas and evaluate their potential using different methods and tools: Mind map, Reverse Engineering
- 7.3🆕🧠💡💻 📮 MindMeister Tutorial: Learn how to create mind maps and use them to organize and visualize information.
- 7.4🆕🧠💡🎓🤷♂️ 📮 Six Thinking Hats method and SWOT analysis
- 🎮 Simulation Game-based Learning and 🎓 Disposition towards Learning and ComplexityLearning focus: 🆕🎮🎓👽⛏️ Simulation and game-based learning in problem-solving: Kerbal Space Program and Minecraft; 🆕🎮🎓 Using first principles thinking to learn how to participate in simulations…. Lessons are preserved in source order (11 mapped).11
- 8.1🆕🎮🎓👽⛏️ Simulation and game-based learning in problem-solving: Kerbal Space Program and Minecraft
- 8.2🆕🎮🎓 Using first principles thinking to learn how to participate in simulations and games that test critical thinking skills and concepts such as incentives, risk, scarcity, and trade-offs
- 8.3🆕🟢🎮⛏️🎓💡🛸🧪 📮 Using Minecraft to learn STEM/STEAM, Chemistry and Space Exploration
- 8.4🟢🎮👽🎓💡🥼🔬🎨🧰 Using KSP to Learn the STEM (science, technology, engineering, and math)
- 8.5🆕🎓 📮 Understanding the importance of developing a disposition towards learning and complexity.
- 8.6🆕👨🎓🎓💡🔊 📮 Entropy, Cymatics and Embrace the Chaos to navigate uncertainty and disorder in a positive and productive manner.
- 8.7👨🎓🎓💡🚌 📮 Systems thinking a holistic approach to understanding and analyzing complex systems
- 8.8👨🎓🤝🎓🤦♂️💡🔑 📮 Growth Mindset vs Fixed Mindset: The importance of Trust and Learning from Mistakes in STEM or for Career Success
- 8.9🎯👨🎓🧘♀️💡 📮 From Passive to Proactive: How to Overcome Learned Helplessness and Achieve Your Goals
- 8.10🎯👨🎓🤝💡 📮 The SMART or SMARTER methodology is a tool that can be used to set and achieve goals
- 8.11🆕📐👩🔬💡 📮 Lecture: Design Is [Messy] Approaches to engaging with complexity
- 💼 Entrepreneurship and Business ThinkingLearning focus: 🆕👨🎓💼🎧💡 Entrepreneurship and business thinking in problem-solving and innovation; 🆕👨🎓💼 🎧 The maze test: How to Use First Principles Thinking for…. Lessons are preserved in source order (5 mapped).5
- 9.1🆕👨🎓💼💡 📮 Entrepreneurship and business thinking in problem-solving and innovation
- 9.2🆕👨🎓💼 📮 The maze test: How to Use First Principles Thinking for Business
- 9.3🆕👨🎓💼🎓💡 📮 Analyzing the influence of Elon Musk and his entrepreneurial and business mindset
- 9.4🆕👨🎓💼🎓👣 Entrepreneurial Mindset: 3 Step-by-step Activities for Exploring the Connection Between First Principles Thinking and Starting a Business
- 9.5🆕👨🎓💼💡 📮 How to pitch ideas or startup in 10 steps and MVP
- 🤝 Collaboration and Effective Teamwork – Make Ethical DecisionsLearning focus: 🤝🎧🙌🎓🔨💡🔑🔬🎨🧰 Kids learn by doing by themselves with teamwork; 🆕🤝🎓 The importance of teamwork and collaboration. Lessons are preserved in source order (7 mapped).7
- 10.1🤝🙌🎓🔨💡🔑🔬🎨🧰 📮 Kids learn by doing by themselves with teamwork
- 10.2🆕🤝🎓 📮 The importance of teamwork and collaboration
- 10.3First-Principles Reasoning in a Technical Team
- 10.4🆕🤝🚀💡 📮 Teamwork and collaboration are essential in rocketry and space
- 10.5🆕🤝🥼 📮 Teamwork activity The Marshmallow challenge spaghetti tower
- 10.6🤝🎓🔬🧵🙌🥼💡 📮 Active Learning TEAL Methodology: Using Technology, Teamwork, and 3D Design
- 10.7🆕🤝💡 📮 Ethical Dilemmas: Simple Tests and The importance of making ethical decisions and how to consider the impact of their decisions on others
- 🤝 Disagree Constructively – The art of Negotiation – ❓ Conundrum to test critical thinkingLearning focus: 🆕🤝💡🎧 The importance of disagreeing productively to to have constructive conversations; 🆕🤝💡 Using first principles thinking and learn how to handle conflicts and…. Lessons are preserved in source order (5 mapped).5
- 11.1🆕🤝💡 📮 The importance of disagreeing productively to to have constructive conversations
- 11.2🆕🤝💡 Using first principles thinking and learn how to handle conflicts and how to find common ground
- 11.3🆕🤝💡 📮 How to Disagree with Someone More Powerful than you or your boss
- 11.4⭐🤝🎓💡 📮 The art of negotiation is a critical skill
- 11.5⭐🤝🎓❓💡👣 📮 Using step-by-step conundrums with questions designed to help you disagree constructively to test critical thinking skills
- Original quizzesOriginal source quizzes preserved for review.1
- FermiLabs Common Core — Evidence, Safety & Engineering Method
Curated FermiLabs evidence, safety and engineering-method lessons. Existing course curriculum is preserved; this section is additive and independently owned.
4
Instructor
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