1. September 3, 2010 With 1 partner: 1.Get out weekend’s homework and critique the paper layout for correct formatting. 2.Go through your assignments and critique them: 1.Do the answers make sense? 2.What are the good points made? 3.What are the poor points made? IOT POLY ENGINEERING I1-5

2. IOT POLY ENGINEERING I1-5 Take out a clean sheet of notebook paper, and correctly format the sheet for a quiz in this unit. 1.List the late assignment policy. 2.Create a graphic organizer that demonstrates the components of a technology system. Choose a technology not discussed in class (cell phone, television, car, video games) and give an example of each component. 3.List and give an example for 2 of the 3 technology system processes. Closed-notes Quiz

3. UNIT 1 – GENERAL CONDITIONS 3 SEP – QUIZ BPI-IOT QUIZ 1 3 SEP 10 LAST, F. 1 Note Sheets 1

4. 1 st Day Late 50% Off 2 nd Day Late 75% Off 3 rd Day Late 100% Off = 0% for assignment Late Assignments 1.

5. INPUTS PROCESSESOUTPUTS GOALS FEEDBACK Control System Components 2.

6. IOT POLY ENGINEERING I1-5 PROCESSES Management –Planning and scheduling –Organizing (e.g., salaries) –Actuating (e.g., marketing) –Controlling Design –Engineering Design Process –Problem Solving Process Production –Communication –Construction –Energy and Power –Manufacturing –Transportation FOT REVIEW

7. IOT POLY ENGINEERING I1-3 Components: –Goals Humans develop technology to meet needs Each artifact meets more than one goal –Inputs Resources that go into a system and are used by it –Processes Design Process, Production Process, Mgt. Process –Outputs Technological systems are designed to produce specific outputs. Manufactured products, constructed structures, communicated messages, transported people or goods. –Feedback and Control Using information about the outputs to regulate the system. Technology as a System FOT REVIEW

8. IOT POLY ENGINEERING I1-5 Design Process Design Principles –Design is the result of a formal, sequential process. –Design is mostly driven by profit motive and market. –Design is the result of goal-oriented research. –Designs must be continually checked, refined, and improved. Note: –Design problems seldom arise in a clearly defined form. –Design requirements sometimes compete with each other.

9. 1. 2. 3. 4. 5. 6. 7. 8. Design Process Define the Problem Brainstorm, Research, Generate Ideas Explore Possibilities Develop a Design Proposal Make Model/Prototype Test and Evaluate Refine the Design Communicate the Solution IOT POLY ENGINEERING I1-5

10. Outcome is a Design Proposal Request for Proposal (RFP) IOT POLY ENGINEERING I1-5

11. IOT POLY ENGINEERING I1-5 Engineering Design Traditional design for an RFP: Electrical Structural Mechanical Thermal … 5-9 months

12. Current NASA spacecraft design for proposal: MechanicalStructural ElectricalMaterial ElectronicBiotechnology OpticalFluid Thermal 1 Week Engineering Design IOT POLY ENGINEERING I1-5

13. IOT POLY ENGINEERING I1-5 1.Safety – is the product safe to use/construct? 2.Reliability – will it work consistently over time? 3.Cost – is it affordable? 4.Quality Control – does it meet customer requirements? 5.Environmental Concerns – does it harm the natural or human environment negatively? 6.Manufacturability – can it be made? 7.Maintenance – how easily can it be maintained or upheld? 8.Ergonomics – how efficiently can the human body utilize it? Constraints on the Engineering Design Process (A constraint is a limit or restriction)

14. IOT POLY ENGINEERING I1-5 1.With a partner, choose a technology system. 2.Identify the likely constraints on the design of that system. List the generic 8 constraints, and fill in relevant ideas. Constraints on the Engineering Design Process (A constraint is a limit or restriction)

15. IOT POLY ENGINEERING I1-5 Engineering Fields Automation and Robotics, Fluid and Flight Mechanics, Materials and Structures, Propulsion and Power Systems, Flight Systems, Measurement and Instrumentation Systems, Data Systems, Experimental Facilities And many, many more… Engineering Design

16. IOT POLY ENGINEERING I1-5 Core Technologies 1.Mechanical 2.Structural 3.Electrical 4.Electronic 5.Fluid 6.Optical 7.Thermal 8.Biotechnology 9.Material Technology Systems

17. Classwork / Homework Create a chart that includes the 9 core technologies, LETTERED descriptions of each of the 9 core technologies, an everyday example not discussed in class so far clearly associated with that core technology. IOT POLY ENGINEERING I1-5