C/1Lt Johnson C/1Lt Weir.  Example  OODA Loop  When to Use.

Slides:

Advertisements

Similar presentations

LEQ WHAT IS THE PRIMARY PURPOSE OF THE PROBLEM-SOLVING METHOD? IN YOUR OWN WORDS, HOW WOULD YOU DEFINE IT?

Advertisements

1.Use the following information to determine the force required to lift the load using a 1 st class lever. 2.What would DF have to be to make the applied.

The design loop Integrated Technologies The Design Loop Grade 9 Integrated Technology.

Computer Related Issues IC3 Chapter 5 Computer Fundamentals.

Chapter Eleven: Effective Communication in Task Groups and Teams.

Review Questions List and describe the purpose of the four phases of Systems Analysis. The preliminary investigation phase quickly determines whether or.

IE 673Session 6 - Process Improvement1 Process Improvement.

Problem Solving Unit 2. Problem Solving 1. Define the problem – What is the problem? 2. Generate possible solutions – What are some things I can do to.

Engineering Design Process Developed by: Greg Strimel for the Maryland State Department of Education Office of STEM initiatives Planning Guide.

1.5 Problem Solving Using Algebraic Models. Rates: the key word is per time– get some examples: mph, gallon per minute, doughnuts made per hour Be able.

AP Bio Free Response Section 2 long Essays : 20 min each -Include multiple parts a, b, c, d 6 Short Essay Questions: 6 min each 90 minutes total after.

Requirements Engineering

Level 2 Award in Employability Skills

3.5 Solving Systems of Equations in Three Variables The student will be able to solve systems of linear equations in three variables algebraically.

Engineering Problem Solving Method Copyright © Texas Education Agency, All rights reserved.

Preliminary Research Steps Rationale for asking the question The problem essay The purpose of the project.

Design Step 2: Research the Problem. Knowledge Base Does a similar product already exist? Are there regulatory and standards issues? –intellectual property.

Management Skills Different management styles draw more on some skills than others. For instance, - What style might managers with good people skills.

Table of Contents Unit 1- Understand the Problem Unit 2- Gather Information Unit 3- Develop Solutions Unit 4- Implement A Solution Unit 5- Test and Evaluate.

O. Music Classrooms and Teaching Spaces: These are used for teachers and children. They can be used for music practical and music theory.

Problem Solving Engineering Technology Mr. Austin.

Ch. 6.  How did this problem come about?  Why does it need to be solved?  Try to limit the objective so that it can focus on finding a specific solution.

Effective Decision Making & Problem Solving

ESCAPE PLAN and ROUTES. Learning Objective: –To clearly understand what an Escape Plan is. –To recognise a fire exit. –To be able to leave a building.

Team Skill 2 Understanding User and Stakeholder Needs Interviewing (10)

1.Before you can solve any problem, what are two things you must know? 2. During the research and brainstorm step of the design process, how can the creativity.

PROBLEM SOLVING LEADERSHIP. 4 STEP PROCESS 1._________ 2._________ 3._________ 4._________.

Lesson 5.  Technology is the use of scientific ideas to solve problems and make people’s lives easier.  In this lesson, you will learn about the basic.

Unit Commanders' Course1 Problem Solving Main Points –The problem solving model –The case study.

Copyright © 2011 Pearson, Inc. 4.8 Solving Problems with Trigonometry.

Problem Solving Steps and Decision Making Techniques Journal #6 - Think of a recent problem you have had. List the steps you took to solve that problem.

Technological Design VS Engineering Design. Technological design and Engineering design are very similar and sometimes the terms are often confused with.

Engineering Design Process. First, let’s review the “Scientific Method” 1.Ask a question 2.Research 3.Procedure/Method 4.Data Observation 5.Conclusion.

Instant Challenges.

Section 4 Science & Engineering

The Eight Step Basadur Simplex® Problem Solving Process

Technological Design VS Engineering Design

Technological Design Lesson 5.

Team-building Workshop: The Standard Agenda

Problem Solving and Action Example

Activity type: Design and make

4-Step Circular Process

Problem Solving and Action Example

Problem Solving and Action Example

Engineering Design Process

Scientific Inquiry Standard B – 1.7.

INFORMATION TECHNOLOGY PRESENTATION

The Engineering Design Process

Designing an Intervention

2) Identify Requirements 1) Define the Problem 3) Gather Information

Problem Solving and Action Example

Differential Equations

Team-building Workshop: The Standard Agenda

Problem Solving and Action Example

Evaluation Report Investigates a problem or a set of options.

4 Major Steps in Solving Technological Problems

Problem Solving and Action Example

Designing an Intervention

Chapter 2 Problem Solving

8 Steps to Effective Decision Making

Problem solving and decision making

The Problem-Solving Process

Problem Solving Steps and Decision Making Techniques

Problem solving.

What is the difference between it and Brainstorming?

Academic Integrity.

The Design Loop The___Design Loop______ is a process used to solve a problem in engineering and technology. The first step in the design loop is to _____identify_____.

Engineering Design Process

Presentation transcript:

C/1Lt Johnson C/1Lt Weir

 Example  OODA Loop  When to Use

 You are flying an F-22 at an altitude of 22,000 feet. You have 9,000 lbs of fuel. Your left engine catches fire and ruptures a fuel tank. You lose 5,000 lbs of fuel. You need 4,100 lbs of fuel to get back to base. You decide that the best course of action would be to fly the plane away from populated areas and eject. You then implement your plan.

 flying an F-22; 22,000 feet; 9,000 lbs of fuel; left engine fire; ruptured fuel tank.  Define what the problem is  Be able to separate obstacles from the problem itself

 lose 5,000 lbs of fuel; need 4,100 lbs of fuel  Gather information  Identify key facts from the problem  Criteria is associated with the problem?  Ensure understanding and promote free flow of ideas

 best course would be to fly the plane away from populated areas and eject.  Determine which solution that fits criteria  Use knowledge/expertise to select best solution  Sometimes someone within the group has solved a similar problem

 You then implement your plan.  Once complete, observe new situation.  Your action could be successful, or require more action  It’s the OODA LOOP, which means that you might go through it more than once.

 Anytime you are presented with a problem!  Be sure to verbalize these steps  Shows evaluators that you are thinking through a problem

 Example  OODA Loop  When to Use