Questionnaire Survey Data analysis Coursecenterlresourcesll ecture notesllect03_process_01.pdf 1.Identify the need and define the problem. 2.Assemble design team. 3.Identify constraints and criteria for success. 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. 6.Choose the“best”solution(s). 三
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. Synthesis Synthesis & Analysis ation Questionnaire Survey Data analysis Coursecenter\resources\l ecture notes\lect03_process_01.pdf
Icebreaking happy machine Team building:index card platform Team building:solar-robot lab Meeting skills Concurrent engineering Project management Coursecenterlresourcesllecture notes\Project Management.pdf 1.Identify the need and define the prob 2.Assemble design team. 3.Identify constraints and criteria for success 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. sisayuAs 6.Choose the“best”solution(s). 7.Document the solution(s). 8.Communicate the solution(s)to management
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. Synthesis Synthesis & Analysis Communication ation Icebreaking :happy machine Team building: index card platform Team building: solar-robot lab Meeting skills Concurrent engineering Project management Coursecenter\resources\lecture notes\Project Management.pdf
Time :time management Personnel Project management Coursecenterlresourcesllecture 1.Identify the need and define the prob notes\Project Management.pdf 2.Assemble design team. 3.Identify constraints and criteria for success 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. 6.Choose the“best”solution(s). 7.Document the solution(s). 8.Communicate the solution(s)to management
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. Synthesis Synthesis & Analysis Communication ation Time :time management Personnel Project management Coursecenter\resources\lecture notes\Project Management.pdf
Employ analogies mechanical dissection lab Books 1.Identify the need and define the prob Patents (lect_patent.pdf) Bionics (lect_bionics.pdf) 2.Assemble design team. Triz TRIZ-extract.pdf;TRIZ_Matrix.pdf) Ergonomics(ergo.pdf) 3.Identify constraints and criteria for su 4.Search for solutions Feasibility Preliminary Detailed study design design 5.Analyze each potential solution. sisKeuv 6.Choose the“best”solution(s). 7.Document the solution(s) 8 Communicate the solution(s)to management
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. 9. Construct the solution. Synthesis Synthesis & Analysis Communication Implementation Employ analogies : mechanical dissection lab Books Patents (lect_patent.pdf) Bionics (lect_bionics.pdf) Triz ( TRIZ-extract.pdf; TRIZ_Matrix.pdf) Ergonomics (ergo.pdf)
1.Identify the need and define the pro Patents (lect_patent.pdf) Bionics (lect bionics.pdf) Triz TRIZ-extract.pdf;TRIZ_Matrix.pdf) 2.Assemble design team. Ergonomics (ergo.pdf) 3.Identify constraints and criteria for s 4.Search for solutions Feasibility Preliminary study design 5.Analyze each potential solution. sisAeuv 6.Choose the“best”solution(s). 7.Document the solution(s) 8. Communicate the solution(s)to management
4. Search for solutions 5. Analyze each potential solution. Feasibility study Preliminary design Detailed design 2. Assemble design team. 3. Identify constraints and criteria for success. 1. Identify the need and define the problem. 6. Choose the “best”solution(s). 7. Document the solution(s). 8. Communicate the solution(s) to management. 9. Construct the solution. Synthesis Synthesis & Analysis Communication Implementation Patents (lect_patent.pdf) Bionics (lect_bionics.pdf) Triz ( TRIZ-extract.pdf; TRIZ_Matrix.pdf) Ergonomics (ergo.pdf)
