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Aviation High School Facilitator Guide: Teach Science, Technology, Engineering and Math Through an Exciting Introduction to the Aviation Industry TCH

  • Formāts: 398 pages, height x width x depth: 2687x2062x1.00 mm, weight: 2300 g
  • Izdošanas datums: 20-Apr-2021
  • Izdevniecība: Aviation Supplies & Academics
  • ISBN-10: 1619549379
  • ISBN-13: 9781619549371
  • Cena: 55,15 €
  • Grāmatu piegādes laiks ir 3-4 nedēļas, ja grāmata ir uz vietas izdevniecības noliktavā. Ja izdevējam nepieciešams publicēt jaunu tirāžu, grāmatas piegāde var aizkavēties.
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  • Formāts: 398 pages, height x width x depth: 2687x2062x1.00 mm, weight: 2300 g
  • Izdošanas datums: 20-Apr-2021
  • Izdevniecība: Aviation Supplies & Academics
  • ISBN-10: 1619549379
  • ISBN-13: 9781619549371
"The "Aviation High School Facilitator's Guide" addresses a growing need for solid instruction, inquiry, and development of 21st century skills in aviation at the high school level. This instructor's handbook delivers the resources necessary for high school teachers to provide an excellent introduction to aviation. It promotes aviation as an innovative field and includes exploration of aviation as an industry and the study of the fundamentals of flight, while exploring the various career opportunities available within the aviation industry. It also includes plans for research-based teaching of technical information, standards-based activities, assessments and resources all designed to engage students' different learning styles. For use by teaching professionals entering a high school aviation classroom with varying industry expertise and experiences, all lessons are planned for a standard, 50-minute lesson time, or could be combined to accommodate block scheduling. Lessons may be taught independently within any subject (science, technology, engineering, math, history, language arts) or used as a comprehensive aviation-themed curriculum, and each includes an introduction, education standards, essential questions, purpose, how to accommodate students with special needs, preparation, comprehensive directions for the lesson activity, steps, instructor guidance, and assessments. The curriculum is intended to be used for grade levels 9-12, and is aligned to Next Generation Science Standards, Common Core State Standards for Math and Language Arts, and North Dakota Aviation Standards. This curriculum provides 14 essential topics divided into chapters to engage the next generation of the aviation workforce: the science of flight, aviation history, career paths, aerodynamics, principles of navigation and flight control and related operations and services. As part of a rigorous curriculum, this guide helps teachers to develop students' skills and passion to pursue careers in the aviation and aerospace industry. With this guide, non-aviation teachers, who have the skill to teach new topics, will have the resources and aviation-related activities needed to engage students and develop their passion for aviation"--

This facilitators’ guide and corresponding interactive student notebook addresses a growing need for solid instruction, inquiry, and development of 21st century skills in aviation, at the high school level. This instructor guide delivers the resources necessary for high school teachers to provide an excellent introduction to aviation. The guide promotes aviation as an innovative field and includes exploration of aviation as an industry and the study of the fundamentals of flight, while exploring the various career opportunities available within the aviation industry.

The guide and accompanying digital materials include plans for research-based teaching of technical information, standards-based activities, assessments and resources all designed to engage students’ different learning styles. It is intended to be used by professionals entering a high school aviation classroom with varying industry expertise and experiences. All lessons are planned for a standard, 50-minute lesson time, or could be combined to accommodate block scheduling. Lessons may be taught independently within any subject (science, technology, engineering, math, history, language arts) or used as a comprehensive aviation-themed curriculum. Each lesson plan includes an introduction, education standards, essential questions, purpose, how to accomodate students with special needs, preparation, comprehensive directions for the lesson activity, steps, instructor guidance, and assessments. The curriculum is intended to be used for grade levels 9-12, and is aligned to Next Generation Science Standards, Common Core State Standards for Math and Language Arts, and North Dakota Aviation Standards.

This curriculum provides 14 essential topics divided into chapters to engage the next generation of the aviation workforce. It has been backwards designed; that is, goals were set before choosing instructional methods and forms of assessment. Topics include: the science of flight, aviation history, career paths, aerodynamics, principles of navigation and flight control and related operations and services. As part of a rigorous curriculum, this guide helps teachers to develop students’ skills and passion to pursue careers in the aviation and aerospace industry. With this guide, non-aviation teachers, who have the skill to teach new topics, will have the resources and aviation-related activities needed to engage students and develop their passion for aviation.

About the Authors viii
To the Facilitator
1(1)
How This Guide is Organized
2(1)
Chapter Introduction
2(1)
Lessons
3(1)
Assessments
4(1)
Aircraft References
4(1)
Demonstrating Concepts with Flight Simulation and/or Small Unmanned Aircraft Systems (sUAS)
5(1)
The Design Process
5(1)
Inquiry Questions
6(1)
Online Instructor Resources
6(1)
Incorporating Current Events
7(1)
Educational Standards Cross-Reference Guide
8(3)
Chapter 1 Aviation Training Requirements
11(20)
Introduction
11(2)
Lesson 1 Pilot Certificates and Ratings
13(2)
Lesson 2 Training Programs
15(2)
Lesson 3 Aviation Medicals
17(2)
Lesson 4 Aviation Organizations
19(1)
Lesson 5 Review: Aviation Training Requirements
20(2)
Lesson 6
Chapter 1 Exam
22(9)
Answer Keys
25(6)
Chapter 2 Aircraft Basics
31(32)
Introduction
31(2)
Lesson 1 Parts of an Airplane
33(3)
Lesson 2 Aircraft Flight Instruments
36(3)
Lesson 3 Fundamental Maneuvers
39(1)
Lesson 3a Flight Simulation---Fly the Maneuvers
40(1)
Lesson 4 Normal Takeoffs and Landings
41(2)
Lesson 4a Flight Simulation---Normal Takeoffs and Landings
43(2)
Lesson 5 Traffic Patterns
45(4)
Lesson 6 Helicopter Basics
49(2)
Lesson 7 Review: Aircraft Basics
51(2)
Lesson 8
Chapter 2 Exam
53(10)
Answer Keys
58(5)
Chapter 3 AIRPORT OPERATIONS
63(32)
Introduction
63(3)
Lesson 1 Introduction to Airports
66(1)
Lesson 2 Airports
67(1)
Lesson 3 Marking and Signage
68(3)
Lesson 4 Airport Lighting
71(3)
Lesson 5 Guest Speaker---Operations
74(1)
Lessons 6 & 7 Airport Design Project---Introductory and Work Days
75(2)
Lesson 8 Airport Design Project---Presentations
77(4)
Lesson 9 Airport Operations Review Study Guide
81(1)
Lesson 10 Review: Airport Operations
82(1)
Lesson 11
Chapter 3 Exam
83(12)
Answer Keys
87(8)
Chapter 4 Weight & Balance and Performance
95(52)
Introduction
95(4)
Lesson 1 Weight and Balance Introduction
99(3)
Lesson 2 Weight and Balance Computation
102(5)
Lesson 3 Current Event
107(3)
Lesson 4 Performance Introduction
110(9)
Lesson 5 Enroute, Climb, and Descent Performance Charts
119(9)
Lesson 6 Range, Endurance, and Glide Charts
128(7)
Lesson 7 Guest Speaker: Aviation Professional
135(2)
Lessons 8 & 9 Review: Weight & Balance and Performance
137(1)
Lesson 10
Chapter 4 Exam
138(9)
Answer Keys
141(6)
Chapter 5 Communication
147(28)
Introduction
147(2)
Lesson 1 Air Traffic Control History
149(2)
Lesson 2 Effective Communication
151(2)
Lesson 3 Air Traffic Control Jobs
153(2)
Lesson 4 Air Traffic Control Field Trip
155(2)
Lesson 5 Radio Transmissions
157(4)
Lesson 6 Air Traffic Control Simulation
161(3)
Lesson 7 Current Events in Air Traffic Control
164(1)
Lessons 8, 9, & 10 Air Traffic Management Group Research Project
165(2)
Lesson 11 Review: Communication
167(1)
Lesson 12
Chapter 5 Exam
168(7)
Answer Keys
172(3)
Chapter 6 People, Events, and Trends in Aviation
175(24)
Introduction
175(2)
Lesson 1 Aviation Pioneers
177(2)
Lesson 2 Aviation History---World War I through the Golden Age
179(4)
Lesson 3 Aviation History---World War II, the Cold War, and the Jet Age to Today
183(2)
Lesson 4 Famous People in Aviation---Introduction
185(2)
Lesson 5 Famous People in Aviation---FakeBook
187(2)
Lessons 6 & 7 Famous People in Aviation---Research Paper Workshop
189(3)
Lessons 8, 9, & 10 Hot Air Balloons
192(2)
Lesson 11 Review: People, Events, and Trends in Aviation
194(2)
Lesson 12
Chapter 6 Exam
196(3)
Answer Keys
198(1)
Chapter 7 Aviation Careers
199(18)
Introduction
199(2)
Lesson 1 Career Article and Introduction
201(2)
Lesson 2 Career Investigation/Education & Training (Day 1)
203(2)
Lesson 3 Career Investigation/Education & Training (Day 2)
205(2)
Lesson 4 Career Investigation/Education & Training (Day 3)
207(2)
Lesson 5 Current Events
209(2)
Lesson 6 University, Community College, and Training Options
211(2)
Lessons 7 & 8 Scholarship Applications
213(2)
Lesson 9 Guest Speaker
215(2)
Chapter 8 Aerodynamics of Flight
217(26)
Introduction
217(2)
Lesson 1 Forces of Flight
219(2)
Lesson 2 Introduction to Airfoils
221(2)
Lesson 3 Lift---Newton and Bernoulli
223(2)
Lesson 4 Drag and Design
225(4)
Lesson 5 Stalls and Spins
229(2)
Lesson 6 Review---Aerodynamics of Flight
231(1)
Lesson 7
Chapter 8 Exam
232(11)
Answer Keys
237(6)
Chapter 9 Aircraft Systems
243(30)
Introduction
243(2)
Lesson 1 Introduction to Aircraft Systems
245(1)
Lesson 2 Engine
246(2)
Lesson 3 Fuel Systems
248(6)
Lesson 4 Flight Instruments Review
254(2)
Lesson 5 Vacuum and Electrical Systems
256(5)
Lesson 6 Review: Aircraft Systems
261(3)
Lesson 7
Chapter 9 Exam
264(9)
Answer Keys
270(3)
Chapter 10 Flight Maneuvers
273(18)
Introduction
273(2)
Lesson 1 Fundamental Maneuvers: Straight-and-Level Flight, Climbs, Descents, Turns
275(3)
Lesson 2 Normal Takeoffs and Normal Landings
278(2)
Lesson 3 Short-Field Takeoff and Landing
280(2)
Lesson 4 Soft-Field Takeoff and Landing
282(2)
Lesson 5 Stalls: Power-On and Power-Off
284(2)
Lesson 6 Steep Turns
286(2)
Lesson 7 Flight by Reference to Instruments
288(3)
Answer Keys
290(1)
Chapter 11 Airspace
291(26)
Introduction
291(2)
Lesson 1 Introduction to Airspace: Controlled vs. Uncontrolled
293(2)
Lesson 2 Class C, D, and E Airspace
295(2)
Lesson 3 Uncontrolled Airspace: Class G
297(2)
Lesson 4 Special Use and Other Airspace
299(3)
Lesson 5 Review: Airspace
302(1)
Lesson 6
Chapter 11 Exam
303(14)
Answer Keys
310(7)
Chapter 12 Weather
317(32)
Introduction
317(3)
Lesson 1 Weather Theory (Day 1)
320(2)
Lesson 2 Weather Theory (Day 2)
322(3)
Lesson 3 Weather Products: METAR
325(4)
Lesson 4 Weather Products: TAF
329(3)
Lesson 5 Weather Products: AIRMETs and SIGMETs
332(5)
Lesson 6 Weather-Related Decision Making
337(2)
Lesson 7 Review: Weather
339(1)
Lesson 8
Chapter 12 Exam
340(9)
Answer Keys
346(3)
Chapter 13 Aeromedical Factors
349(20)
Introduction
349(2)
Lesson 1 IMSAFE Checklist
351(3)
Lesson 2 Hypoxia and Hyperventilation
354(2)
Lesson 3 Other Aeromedical Factors
356(1)
Lesson 4 Visual Illusions
357(2)
Lesson 5 Night Flight
359(2)
Lesson 6 Review: Aeromedical Factors
361(2)
Lesson 7
Chapter 13 Exam
363(6)
Answer Keys
366(3)
Chapter 14 Navigation and Cross-Country Flight Planning
369(26)
Introduction
369(3)
Lesson 1 E6B Introduction
372(2)
Lesson 2 Considerations for Planning a Cross-Country
374(3)
Lesson 3 Introduction to Navigation and Using Pilotage
377(2)
Lesson 4 Dead Reckoning
379(2)
Lesson 5 Radio Navigation
381(4)
Lesson 6 Cross-Country Planning
385(4)
Lesson 7 Cross-Country Scenario
389(6)
Answer Keys
393(2)
Notes 395