- 01.Crash Course Engineering Preview
- 02.What is Engineering-- Crash Course Engineering 1
- 03.Civil Engineering- Crash Course Engineering 2
- 04.Mechanical Engineering- Crash Course Engineering 3
- 05.The History of Electrical Engineering- Crash Course Engineering 4
- 06.The History of Chemical Engineering- Crash Course Engineering 5
- 07.Biomedical & Industrial Engineering- Crash Course Engineering 6
- 08.The Law of Conservation- Crash Course Engineering 7
- 09.Reversibility & Irreversibility- Crash Course Engineering 8
- 10.The First & Zeroth Laws of Thermodynamics- Crash Course Engineering 9
- 11.Why We Cant Invent a Perfect Engine- Crash Course Engineering 10
- 12.Heat Engines Refrigerators and Cycles- Crash Course Engineering 11
- 13.Stress Strain & Quicksand- Crash Course Engineering 12
- 14.Fluid Flow & Equipment- Crash Course Engineering 13
- 15.Heat Transfer- Crash Course Engineering 14
- 16.How Not to Set Your Pizza on Fire- Crash Course Engineering 15
- 17.Drugs Dyes and Mass Transfer- Crash Course Engineering 16
- 18.Mass Separation- Crash Course Engineering 17
- 19.Reaching breaking point- Materials Stresses and Toughness- Crash Course Eng
- 20.Metals & Ceramics- Crash Course Engineering 19
- 21.The Polymer Explosion- Crash Course Engineering 20
- 22.Electrical Power Conductors and Your Dream Home- Crash Course Engineering
- 23.Silicon Semiconductors & Solar Cells- Crash Course Engineering 22
- 24.The Mighty Power of Nanomaterials- Crash Course Engineering 23
- 25.Biomaterials- Crash Course Engineering 24
- 26.Cheese Catastrophes and Process Control- Crash Course Engineering 25
- 27.Skyscrapers Statics and Dynamics- Crash Course Engineering 26
- 28.Engineering Ethics- Crash Course Engineering 27
- 29.Flirting With Disaster - The Importance of Safety- Crash Course Engineering
- 30.Preventing Flint - Environmental Engineering- Crash Course Engineering 29
- 31.The Engineering Challenges of Renewable Energy- Crash Course Engineering 30
- 32.The Future of Clean Energy- Crash Course Engineering 31
- 33.Why Its So Hard To Make Better Batteries- Crash Course Engineering 32
- 34.How Engineering Robots Works- Crash Course Engineering 33
- 35.To The Moon & Mars - Aerospace Engineering- Crash Course Engineering 34
- 36.Computer Engineering and the End of Moores Law- Crash Course Engineering 35
- 37.How to Engineer Health - Drug Discovery & Delivery- Crash Course Engineering
- 38.Smart Tattoos & Tiny Robots- Crash Course Engineering 37
- 39.Changing the Blueprints of Life - Genetic Engineering- Crash Course Engineeri
- 40.Mass-Producing Ice Cream with Food Engineering_ Crash Course Engineering 39
- 41.How the Leaning Tower of Pisa Was Saved- Crash Course Engineering 40
- 42.Why Moving People is Complicated- Crash Course Engineering 41
- 43.YouTube Couldnt Exist Without Communications and Signal Processing- Crash Co
- 44.How Seawater Sabotages Ships- Crash Course Engineering 43
- 45.Building a Desalination Plant from Scratch- Crash Course Engineering 44
- 46.How To Become An Engineer- Crash Course Engineering 45
- 47.The Biggest Problems Were Facing Today & The Future of Engineering- Crash Co
工程學(xué)是一門應(yīng)用學(xué)科，是運(yùn)用數(shù)學(xué)、物理及其他自然科學(xué)的原理來(lái)設(shè)計(jì)有用物體的進(jìn)程。實(shí)踐工程學(xué)的人叫做工程師。 工程學(xué)：研究自然科學(xué)應(yīng)用在各行業(yè)中的應(yīng)用方式、方法的一門學(xué)科，同時(shí)也研究工程進(jìn)行的一般規(guī)律，并進(jìn)行改良研究。
