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Start Here: Think Like MacGyver (Beginner-Friendly)

Welcome and what “MacGyvering” really means

Core skill 1: Rapid problem framing under pressure

Core skill 2: Creative recombination and resource mapping

Core skill 3: Safety triage and risk micro-checks

Hands-On Mac Skills: Mechanics, Materials, and Motion

Skill 4: Hand tools, makeshift tools, and fastening hacks

Skill 5: Knots and rigging that actually hold

Skill 6: Simple machines and makeshift mechanisms

Skill 7: Materials sense—what to use and why

Power, Electronics, and Signals (Beginner-Friendly Labs)

Skill 8: Basics of electricity you can use today

Skill 9: Power sources and power management on the cheap

Skill 10: Quick-and-dirty circuits that work

Skill 11: Sensors, signals, and communication basics

Fluids, Heat, and Chemistry (Play It Safe)

Skill 12: Fluids and pressure tricks

Skill 13: Thermal control and heat moves

Skill 14: Everyday chemistry you can actually use (safe scope)

Fieldcraft: Finding, Fixing, and Building Fast

Skill 15: Scavenging and part harvesting like a pro

Skill 16: Diagnostics when you’ve got almost nothing

Skill 17: Field repairs and temporary fixes that last long enough

Skill 18: Packaging, weatherproofing, and concealment

Make It Work Together: Systems and Strategy

Skill 19: Planning micro-projects and managing constraints

Skill 20: Teaming up and communicating under stress

Practice Missions and Checkpoints

Mini-missions: build, test, and iterate

Quizzes: Check Your Mac Skills

Quiz 1: Mechanics, knots, and fastening basics

Quiz 2: Electricity and power on a budget

Quiz 3: Sensors, signals, and communication

Quiz 4: Fluids, heat, and chemistry safety

Quiz 5: Fieldcraft, diagnostics, and systems thinking

Wrap-Up and Next Steps

Capstone challenge: put it all together

Course feedback survey

Turn everyday objects into elegant solutions. MacGyver Mastery: Cross-Disciplinary Problem Solving and Maker Skills is a beginner-friendly, hands-on course that teaches you how to diagnose problems fast, improvise with what you have, and build working fixes under real-world constraints. You’ll learn the mindsets and methods of rapid problem framing, creative recombination, and safety-first decision-making, then practice with approachable labs in mechanics, electronics, fluids, heat, and fieldcraft. No fancy workshop required—just curiosity and common materials. Inside, you’ll master useful knots and rigging, simple machines and mechanisms, materials sense, basic electricity and power management, quick-and-dirty circuits, and practical sensing and signaling. You’ll also harvest parts from everyday devices, perform diagnostics with minimal tools, and package your builds to survive weather, vibration, and time. Throughout, you’ll apply structured micro-project planning, communicate clearly under pressure, and iterate using short missions and quizzes that reinforce real competence. By the end, you’ll complete a capstone that blends mechanical, electrical, and field skills—scoped with clear safety guardrails—proving you can plan, build, and ship a functional solution quickly. Whether you’re a maker, educator, team lead, or simply resourceful by nature, this course upgrades you from "I think I can" to "I can make it work—safely, fast, and well."

MacGyver Mastery: Cross-Disciplinary Problem Solving and Maker Skills

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            <p>MacGyver Mastery: Cross-Disciplinary Problem Solving and Maker Skills is about turning whatever’s around you into something that works—safely, quickly, and creatively. You’ll learn a simple mindset for chaotic moments: frame the problem fast, plan with what you’ve got, and act with clear success criteria. From day one, we keep two big goals in focus: build practical, hands-on maker skills across mechanics, electronics, fluids, and heat; and develop a reliable process for solving problems under pressure. Everything is beginner-friendly, grounded in safety, ethics, and using low-cost, common materials.</p>

<p>We start by thinking like MacGyver: using the SCAN-PLAN-ACT loop, spotting constraints, and mapping resources around you. Then you’ll stack core skills—creative recombination, quick risk checks, and clever substitutions—so that everyday items can become containers, conductors, insulators, fasteners, or even energy sources. You’ll practice with hand tools and makeshift fastening, learn knots and rigging that actually hold, and build simple mechanisms from levers and pulleys to cams and gears. Along the way, you’ll develop a “materials sense” to choose metals, plastics, wood, tapes, and adhesives wisely.</p>

<p>The course includes beginner-friendly labs in electricity and power: you’ll test voltage, current, and resistance with a cheap multimeter, wire up quick-and-dirty circuits, manage power from AA batteries to USB banks, and use sensors and signals for basic communication. We’ll explore fluids, heat, and safe chemistry you can actually use—think siphons and seals, heat control and insulation, cleaning and corrosion fixes—always with clear guardrails. Fieldcraft modules teach you how to scavenge parts ethically, diagnose issues with minimal tools, make temporary fixes that last long enough, and package builds to handle weather, strain, and stealth.</p>

<p>To make it all come together, you’ll learn tiny project planning, time boxing, and proof-of-concept testing before you commit. You’ll also practice fast, clear teamwork roles and debriefs to lock in lessons and upgrade your kit. Mini-missions blend mechanics, electronics, and fluids so you can build, test, and iterate with a simple self-assessment rubric. Quizzes help you check your progress in key areas. Finally, a capstone challenge ties everything back to the two big goals—doable, safety-first, and open-ended—so you can prove to yourself that you can make it work with what you have.</p>
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