Introduction to Technology and Engineering

Introduction to Technology and Engineering Unit 3: Fluid Power, Mechanical Systems, & Energy Conversion Bundle

Introduction to Technology and Engineering Unit 2: Structural Engineering, Statics, & Material Properties Bundle

Introduction to Technology and Engineering Unit 1: Engineering Foundations, Design Loop, & Technical Sketching Bundle

Introduction to Technology and Engineering Complete Course Bundle

Energy Conversion Systems Sea Battle Review Game | Introduction to Technology and Engineering | Grades 9–12

Direct Current Circuits & Resistance Slide Show Presentation | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Scaffolded Phenomena-Based Lesson: The 72% Gasoline Heat Loss. The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Student Response Sheet | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Scaffolded Phenomena-Based Lesson: The 72% Gasoline Heat Loss. The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Teacher Discussion Guide | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Scaffolded Phenomena-Based Lesson: The 72% Gasoline Heat Loss. The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Presentation | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Phenomena-Based Lesson: The 72% Gasoline Heat Loss, The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Student Response Sheet | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Phenomena-Based Lesson: The 72% Gasoline Heat Loss, The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Teacher Discussion Guide | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Phenomena-Based Lesson: The 72% Gasoline Heat Loss, The 62% Combined-Cycle Power Plant & Betz's 59.3% Wind Barrier Presentation | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Model Response & Scoring Guide | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Bell Ringers & Exit Tickets | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Project-Based Learning Activity | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Differentiation Stations | Introduction to Technology and Engineering | Grades 9–12

Energy Conversion Systems Tic-Tac-Toe Review Game | Introduction to Technology and Engineering | Grades 9–12

Structural Forces & Static Loads Slide Show Presentation | Introduction to Technology and Engineering | Grades 9–12

Simple Machines & Mechanical Advantage Slide Show Presentation | Introduction to Technology and Engineering | Grades 9–12

Precision Measurement & Tolerances Scaffolded Phenomena-Based Lesson: The 0.003-Inch Caliper Squeeze Error. The Liquid-Nitrogen Shrink Fit & The +57% GD&T Bonus Student Response Sheet | Introduction to Technology and Engineering | Grades 9–12

Additive Manufacturing & Prototyping Scaffolded Phenomena-Based Lesson: The 65 N Z-Delaminated Hook vs. The 340 N Flat-Printed 5-Shell Hook & The Warped ABS Enclosure Student Response Sheet | Introduction to Technology and Engineering | Grades 9–12

Beam Deflection & Cantilever Loads Scaffolded Phenomena-Based Lesson: The 9× Stiffer Edge-Turned Plank. The 8× Double-Span Sag & The 16× Cantilever Penalty Student Response Sheet | Introduction to Technology and Engineering | Grades 9–12

Additive Manufacturing & Prototyping Scaffolded Phenomena-Based Lesson: The 65 N Z-Delaminated Hook vs. The 340 N Flat-Printed 5-Shell Hook & The Warped ABS Enclosure Teacher Discussion Guide | Introduction to Technology and Engineering | Grades 9–12