Goals for Today  Identify what a Technical Element is.  Show what Teams can use.  Define what Appraisers need to be trained to look for!

Slides:



Advertisements
Similar presentations
Aerodynamic. able to move through the air with as little air resistance as possible.
Advertisements

Aerodynamic. air resistance able to move through the air with as little air resistance as possible.
Laws of Motion and Energy
TAKS Objective 4 The student will demonstrate an understanding of motion, forces, and energy.
Energy Transformations. Magnetic Field- a region of space near a magnet, electric current, or moving charged particle in which a magnetic force acts on.
Instructional Guide Technological Systems: Creating Mechanical Toys
Mechanical Systems Unit Review. Early Machines machines help us do work and use energy more efficiently early machines were simple devices to help us.
Final Review Powerpoint
Forces What is a Force? Push or Pull What does it do? Causes Motion How do we describe it? Size (magnitude) Direction.
PGCE Design Technology Session 3
Notes to the teacher and lesson plan Have the students create an 8 panel foldable for notes on simple machines.
Chapter 7 An Introduction to Power. Objectives Identify the difference between work and power. Define horse power (hp). Recognize various power components.
Work Work happens when a force moves an object over a distance.
#1UNIT D The amount by which a machine can multiply a force.
Energy, Work, Power, and Machines
Physics Scientist FRICTION GRAVITY ANTI-GRAVITY MAGNETISM If you are going to a playground and decide to send one of your cars down the slide what force.
My study of simple machines
Level 2 Unit 4 Producing Engineering Solutions Engineering Diploma Level 2 Unit 4 Producing Engineering Solutions An Approach to Unit Delivery and Assessment.
Unit: Science of Technology
Directed Inquiry Objective You will describe the motion of various objects (for example, forward, circular, wave). Complete Directed Inquiry Activity.
SIMPLE MACHINES.
Simple Machines By Design Bruce Larson, M.Ed.,M.S. Enrichment Coordinator Stratham Memorial School Stratham, New Hampshire.
1. Friction – a force that acts like a brake on moving objects.
Lesson 3: How are work and Motion related?. Work – the result of a force MOVING an object.
By: Taylor Honaker. Periodic table Metals- a good conductor, shinny, (far left of the table) Non-metals- opposite from metals, not shinny, not a good.
Real Work: The Great Pyramid Built 2600 B.C. - requiring massive resources. Estimated to have 2,300,000 stone blocks weighing from 2 – 30 tons and some.
WARM UP: A world full of machines! There are machines all around us! Turn to your neighbor and discuss what kinds of machines you saw on your way to school.
Energy Transfer and Electrical Circuits Week 4 Vocabulary.
Power An Introduction. Power  Learning Standard  ENGR-EP-1. Students will utilize the ideas of energy, work, power, and force to explain how systems.
Some facts about Simple Machines
Presented by Andrew 3/4L Simple Machines. Contents  Lever Lever  Wheel & Axle Wheel & Axle  Pulley Pulley  Incline Plane Incline Plane  Screw Screw.
Simple machines in the real world.
Simple Machines So last time we saw that the amount of work you do depends on a force being used to move an object a certain distance. The faster you.
WORK & ENERGY REVIEW Chapter 6. A SPEEDOMETER MEASURES? SPEED.
Work  Work is done when a force moves an object over a distance  Work = force X distance or W = f X d  When a force is applied to an object, the force.
Goals for Today What is a Technical Element? What can we use? What are the Appraisers looking for?
Forces What is a Force? Push or Pull What does it do? Causes Motion How do we describe it? Size (magnitude) Direction.
Energy and Machines How We Work and Play Work is... the result of force moving an object.
Chapter 12: Work & Energy Section 1 – Work & Power.
LEARNING FROM PIE As presented by Barry Kluger-Bell.
My Study of Simple Machines By: Grant Davey Gear a toothed wheel that engages another toothed mechanism in order to change the speed or direction of.
Do this: On page 23 write this:
Every group must have… 1) Only one person writing on board 2) One score keeper 3) One person to hold up white board 4) One speaker for the group Everyone.
Simple Machines. Common Simple Machines… A machine is a device that makes work easier by changing the size or direction of a force. Examples: wheelchair,
Hands-on Activity: A Simple Solution for the Circus
EXAMINING RESOURCES AND SYSTEMS OF TECHNOLOGY UNIT 3.
Simple Machines. Warm-up ●Our school is filled with simple machines, can you help me identify at least 5 of them. Name the object and tell what type of.
Bell Work: Work Intro. Work and Power Work  Work is a force causing something to move a distance.  Work = force x distance  W=f x d  Units for work:
Physical Chapter Seven Simple Machines Levers Pulleys Inclined Planes Screws Wheel & Axle Wedge Compound Machines.
Technical Elements. Andy Loftis Today we want to Understand Technical and Learn how to Apply it to our Challenges What is Technical?
Work and Simple Machines. Work Work means to (1) apply a force to an object over a distance, and (2) the object moves in response to the force. If something.
A hands-on engineering and teamwork challenge. What is an RG Machine? A compound machine – Many simple machines connected together The definition of a.
Work What kind of work do you do?. Work Scientists say work is… –force applied through a distance Think of it this way, –Are you doing homework if you.
They are made with FEW or no moving parts. WHEEL & AXLE SCREW WEDGE INCLINED PLANE PULLEY LEVERGEAR.
VEX IQ Curriculum Smart Machines Lesson 09 Lesson Materials:
Theory of Machines Dr. Mohammed Abdulrazzaq Engineering College
Rube Goldberg Project Basic Elements.
Simple Machines.
Robot Questions.
Chain Reaction Challenge
Simple Machines.
Simple Machines.
What is “Effort”? While there are more technical definitions, we can think of effort as how hard it is to accomplish work. Usually, riding on a moving.
Energy.
Table of Contents Work and Energy Section 1 • Work and Machines
Machines & electromagnets
An Introduction to Machines: Student Learning Goal
Simple Machines Physics 2 Unit 3.
Chapter 8 Work and Machines.
Presentation transcript:

Goals for Today  Identify what a Technical Element is.  Show what Teams can use.  Define what Appraisers need to be trained to look for!

Something to Think About!!!!!! ON PERFORMANCE DAY, HOW LONG DOES A TEAM HAVE TO EARN TECHNICAL POINTS??

ABOUT FIFTEEN MINUTES!!!!!! ~ 2 minutes in the Launch 8 minute performance time & MOST IMPORTANT ~5 minutes after the performance

WHY ? ? ? ? ? More Later but just a sample from past Challenges: A Change in Direction47% of points AFTER ViDIo Adventure18% of points AFTER DIzzy Derby20% of points AFTER Sudden SerenDIpity22% of points AFTER DestiNations in Time40% of points AFTER Back At You!38% of points AFTER Kidz Rulz 25% of points AFTER These Points are All Technical!!

What is a Technical Element?? Refers to use of principles from scientific fields. A machine or device that uses Technical Methods to perform a Task. Non Manual, Less direct team member involvement results in higher scores

Types of Technical Elements Simple Machine - lever, spring, wedge, pulley, wheel & axle, gear, crank, inclined plane Electrical & Electronic - wiring, sensors, circuit boards, basic stamp, computers

Pneumatic - Air power, compressed air Hydraulic - Water, oil, cylinders Types of Technical Elements (cont.)

Mechanical - Complex machines, motors, Rube Goldberg devices Types of Technical Elements (cont.)

Aeronautic - flight, lift, aerodynamics GUESS WHAT “DIrect Flight” DEALS WITH for ? Types of Technical Elements (cont.)

Chemical - Reactions for color, heat, pressure Types of Technical Elements (cont.)

What should teams use to make Technical Elements??

JUNK PARTS!!!! Motors (weed eaters, appliances, fans, CD players, tools) Gears (bicycles, tools) Pulleys (drapes, sliding doors, garage doors, lawnmowers) Belts/Chains (cars, appliances, bicycles) Wheels (toys, lawnmowers, bicycles, tools)

Store Bought Kits ! Technix, Legos, Inventor’s Workshop, Tamiya, Newton’s Apple, Robosapien, Sumobot, & Lots More Use them for reference and use the parts NOT the designs or plans! Innovation is Creative Use of materials in a new and unusual way OR new and creative concepts!!

Train Appraisers to Recognize and Reward Innovation It is not always fancy It does not come from a kit It is not an off the shelf item It requires application of knowledge It requires that they go beyond the commonplace It requires that they KNOW the application

REMOTE CONTROL CARS!!!! AAAAAAUUUUUUUUGGGGGGGGGHHHHHHH!!!!!!!!!!!!!!!!!!! Innovation is NOT Sold at WalMart!

POWER TOOLS!!! Use them to Construct with Use them for Parts Use them as a Power Source drills, leaf blowers, shop vacuums, saws Watch for ways to power specific motions # Circular Motion - drills and saws #Back and Forth - reciprocating saws #Varied Speeds - drills #Forward and Reverse - drills and screw guns Don’t Forget ‘One Day Rental Cost’!!!!

PCs and Laptops - used to control activities are cost exempt as available school materials Basic Stamp - programmable computer controllers are not exempt from cost but provide a sophisticated alternative control mechanism. Circuit boards, sensors, wiring, switches, Etc. - not exempt from cost but provide methods for technical solutions. Electronics and Computers!!!!

How Do Teams Work Technical Devices Into The Performance!!!! (Always a good idea - EVEN if there are no points for integration into the skit) Make the Technical Device a Character Make it the focus of the Performance Make it a part of the backdrops Make it a prop during the Performance Work your Theme around it

How Do We Help the TEAMS? For the Teams to SUCCEED…… We MUST train the Appraisers!

* Technical * Challenges * * are * Different! * There are 2 type Appraisers So Be Prepared!

Heads Down Appraisers!! Technical Requirements in a Challenge often require a specific Task be performed. Appraisers assigned to watch these elements during the performance are Heads Down Appraisers Points are determined by: Did it Happen - YES or NO

Heads UP Appraisers!! These are the other Appraisers. All of the theatrical portions, Side Trips, Appearance, and Integration of Technical Elements are scored by these Appraisers. They are watching the whole show not did the Task complete or not.

What Do Appraisers Look For? Did the team BUY a solution? Did the Team Members build it? Who came up with the idea? Is it an original idea? Is it creative? Did the team optimize on Materials? What kind of research went into the Solution? How does it work? Is it simple or complex? Did the team learn anything? Is it something that anyone could have done? Does it have the DI impact?

Train Appraisers About Technical Design Functional – performs the task Effective – Starts and works every time Efficient – Very little wasted effort Reliable – Works over and over and over Nothing Said about Pretty! That’s Construction or Decoration!

Now Back to that ~5 Minutes AFTER the Performance & How To Earn Those Points

What is going ON?

Are They Really That Interested ?

Are The Really That Interested? Teams can’t stop Performing at 8 minutes. The question and answer session is SO important that they must to be prepared!! It will not work if it is scripted! The Team must KNOW their Technical Device!!!

How to Maximize Score? Tell the Appraisers how it works and WHY! Explain the ‘Scientific Process’ involved Tell them what DID NOT work. Tell them why you changed a design. Tell them how you tested the design. Answer questions honestly Give Credit where it is due!

How to Maximize the Score? (cont.) Don’t say, “We all did it” unless it is 100% true and then elaborate! Show them AGAIN if there’s time, reliability counts/seeing is believing. Show them what you did If someone else knows an area better, get them to answer the question.

Most Important!!!! Appraisers do not know what you think is the most important or creative part of your device. Don’t stop without telling them!!!

We should Always Train Appraisers to Ask, “ What is the Most Important/Best Part of your solution?” You Might Find a Real GEM!