SchechnerDesign 1 Introduction1 ד"ר פנחס שכנר אתיקה ותכן הנדסי לאחרים: ימי א' 8:00 עד 8:50 במעבדה לתאי דלק, עם הזמנה מראש שעות קבלה (לאלו שחיים בשנת 2009)

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Presentation transcript:

SchechnerDesign 1 Introduction1 ד"ר פנחס שכנר אתיקה ותכן הנדסי לאחרים: ימי א' 8:00 עד 8:50 במעבדה לתאי דלק, עם הזמנה מראש שעות קבלה (לאלו שחיים בשנת 2009) 24 שעות ביממה, כל יום ב-: שקפים של ההרצאות יפורסמו באתר http//brd4.ort.org.il/~pinchas Ethics and Design Internship

SchechnerDesign 1 Introduction2 Barry Hyman, Fundamentals of Engineering Design, Prentice Hall, 1998 ASME Journals Digital Submission Tool, Guidelines and Information, Writing a Technical Paper or Brief, נוכחות חובה תרגילים : 10% מצגת של הצעת פיתוח : 45% הצעת פיתוח : 45% מקורות Help Menu Writing a Technical Paper or Brief "Information for IEEE Transactions, Journals, and Letters Authors", IEEE Periodicals Transactions/Journal Department, Jan 2006,

SchechnerDesign 1 Introduction3 הגדרת "תכן הנדסי" ABET, Criteria for accrediting Programs in Engineering in the United States. New York, Accreditation Board for Engineering and Technology, Inc. Engineering design is the process of devising a system, component, or process to meet desired needs. It is a decision-making process (often iterative), in which the basic sciences, mathematics and engineering sciences are applied to convert resources optimally to meet a stated objective. Among the fundamental elements of the design process are the establishment of objectives and criteria, synthesis, analysis, construction, testing and evaluation. Bary Haiman The engineering design component of a curriculum must include at least some of the following futures: developing of student creativity, use of open-ended problems, development and use of design methodology, formulation of design problem statements and specifications, consideration of alternative solutions, feasibility considerations, and detailed system descriptions. Further, it is essential to include a variety of realistic constrains such as economic factors, safety, reliability, aesthetics, ethics, and social impact.

SchechnerDesign 1 Introduction4 Engineering design is the process of devising a system, component, or process to meet desired needs. It is a decision-making process (often iterative), in which the basic sciences, mathematics and engineering sciences are applied to convert resources optimally to meet a stated objective. Among the fundamental elements of the design process are the establishment of objectives and criteria, synthesis, analysis, construction, testing, and evaluation optimally (often iterative),

SchechnerDesign 1 Introduction5 The engineering design component of a curriculum must include at least some of the following futures: developing of student creativity, use of open-ended problems, development and use of design methodology, formulation of design problem statements and specifications, consideration of alternative solutions, feasibility considerations, and detailed system descriptions. Further, it is essential to include a variety of realistic constrains such as: – economic factors – safety – reliability – aesthetics – ethics – and social impact.

SchechnerDesign 1 Introduction6 Development Strategy Ends with an Integration Test, were the components are tested, integrated in the whole system. Conclusions are driven from the test for the next cycle. Principles of Dr. Shlomo Levin from Rafael, Development of Complex Systems The components of the system are developed, in parallel, by different groups The product is developed in a number of development cycles. Begins with a Design Review. The developing groups present the specifications of the component that is going to be developed during the cycle Each cycle

SchechnerDesign 1 Introduction7 Design Review Test 1.5 mW/cm 2 Electronic Mechanic Electrolyte Cathode Anode Compu. Con. Electrospinning Compu. Con. Plating Electronic Mechanic Electrolyte Cathode Anode Computerized electrospinning Computerized plating Inte- gration First Developing Cycle K$ 220 M 1M 4M 6Start 0.3 mW/cm 2 Design Review Design Review המימוש : סבבי פיתוח תכן של כל מכלול בנפרד מימוש של כל מכלול בנפרד " אינדיקטור " פרמטר לבחינה

SchechnerDesign 1 Introduction8 M8 M6 Design Review Test 3 mW/cm 3 Inte- gration Second Developing Cycle Electronic Mechanic Electrolyte Cathode Anode Compu. Con. Electrosp. Compu. Con. Plating Compu. Con. Electrolyte Syn. 1.5 mW/cm 2 K$ 80 Design Review

SchechnerDesign 1 Introduction9 Test Design Review Inte- gration Design Review Test Design Review Inte- gration המימוש : סבבי פיתוח M8 Start M3

SchechnerDesign 1 Introduction10 Professional Responsibility Design Review "הבוס אמר לי" אני לא לקחתי בחשבון אני לא הייתי מודע

SchechnerDesign 1 Introduction11 תיאור מערכות בתכן הנדסי 1מטרת המערכת 2תיאור סכמאתי וטבלת מכלולים 3עקרון הפעולה רמות מפה תרשים זרימה

SchechnerDesign 1 Introduction12 Fuel Cell 5.1 DC/AC 5.2 Cables 5.3 Connectors תיאור סכמאתי: דיאגראמת בלוקים לפי רמות יתרונות: ת"ע ולוחות זמנים הערכות כ"א ועלויות הכנת תיקי ייצור 1 Anode 3 Electrolyte 4 Mechanics 2 Cathode 5 Electronics 1 2

SchechnerDesign 1 Introduction13 תרשים זרימה של מס-ספקטרומטר תהליך 1 – תא דגימה 5 – תא הפרדה 6 - תא הגלאי 2 – תא יינון 4 – תא מסנן מהירויות 3 – תא קולימציה 7 - משאיבת וואקום 8 – אות הגלאי מכלולים בתוך המערכת ומחוצה לה

SchechnerDesign 1 Introduction14 מפה

SchechnerDesign 1 Introduction15 תיאור מכשיר שם# מטרת המכשיר1 תיאור2 דיאגראמה סכמאתית2.1 טבלת מכלולים2.2 עקרון הפעולה3 איך מארגנים טבלה הטבלה הוא כלי העברת מידע הנדסי ומדעי

SchechnerDesign 1 Introduction16 קלורימטר – תיאור סכמתי במלל: הצגת השרטוט והטבלה 3 - הספקה לגוף חימום 2 - מקום לדגימה 1- תא מבודד 4 - לגוף חימום 5 -תרמומטר 6 -דוגמה נבדקת 7 - מיקרוסקופ

SchechnerDesign 1 Introduction17 קאלורימטר: רשימת מכלולים תיאור/תפקידשם המכלול#

Ethics and Design Dr. P. Schechner Chap. 2 Problem Formulation 18 2 הגדרת הבעיה בשלב הגדרת הבעיה מוצאים את נקודת האיזון : מספיק רחב לכלול את הבעיה מבלי לסגור אפשרויות של תכן תנאים שהתכן חייב לעמוד בהן. פתרון העומד בכל היעדים אבל עובר מגבלה אחת, כל התכן פסול. " רועש מעבר ל - 1x W/m 2 ((10 dB " מגבלותתוכןרכיב בהגדרה תשובה כללית ל " צורך ". אידיאל שלא ניתן לממש באופן מוחלט ולא ניתן לקבוע כמותית שבוצע. נותן מסגרת כללית לביצוע התכן. " פיתוח מערכת להקטנת זמן איסוף הנתונים " מטרות ערכים מצופים של ביצועים בפרמטרים מסוימים, כולל תיאור של תנאים לבדיקה. בהירות מירבית בהגדרות. טבלה עם 3 עמודות ( שקף בהמשך ) יעדים # היתרון, לשני הצדדים, של הפרדה בין מטרה ליעדים

Ethics and Design Dr. P. Schechner Chap. 2 Problem Formulation 19 טבלת יעדים Testing conditionsValueParameter [units] # Data collection during night for 8 neighborhoods 25 Sampling Rate [Water-meters/hour] כתיבת טבלאות מספור שורות כותרת יחידות הטבלה הזאת מתגבשת תוך משא ומתן. כתוצאה מסקרי התיכון, מתאימה עצמה, מתרחבת מודעות למינוחים שונים. לפעמים קוראים בשמות שונים לאותו הדבר. חשיבות טבלאות בהנדסה

Ethics and Design Dr. P. Schechner Chap. 2 Problem Formulation 20 אנליזה פונקציונאלית דרך נוספת להגדרת התכן קלטיםפלטים דלק חמצן אנרגיה חשמלית חום

Ethics and Design Dr. P. Schechner Chap. 2 Problem Formulation 21 אנליזה פונקציונאלית עם מכלולים : תרשים זרימה דוד קיטור טורבינה עיבוי קיטור גנרטור חשמל חום דלק חמצן מים