Molodetsky, Irina

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New Jersey Institute of TechnologyDigital Commons @ NJITChemical and Materials Engineering Syllabi NJIT SyllabiFall 2019FED 101-007: Fundamentals of EngineeringDesignIrina MolodetskyFollow this and additional works at: https://digitalcommons.njit.edu/cme-syllabiThis Syllabus is brought to you for free and open access by the NJIT Syllabi at Digital Commons @ NJIT. It has been accepted for inclusion inChemical and Materials Engineering Syllabi by an authorized administrator of Digital Commons @ NJIT. For more information, please contactdigitalcommons@njit.edu.Recommended CitationMolodetsky, Irina, "FED 101-007: Fundamentals of Engineering Design" (2019). Chemical and Materials Engineering Syllabi. 76.https://digitalcommons.njit.edu/cme-syllabi/761  FED 101 _ Fundamentals of Engineering Design   Credits and contact hours 1-2-2 (1 lecture hr/wk – 2 lab hr/wk – 2 course credits)  Class meetings:  FED 101-L53 Friday,   8:30 am - 11:20 am       FED 101-007 Tuesday, 8:30 am - 11:20 am  Room 411 Tiernan Hall (Computer Lab)\Room 206 Tiernan Hall (FED Lab)  Instructor: Dr. Irina Molodetsky Room 350 Tiernan Hall Office hours: Monday, Tuesday, 3:00-5:00pm;   Please, contact by email for additional meeting Email:  Irina.Molodetsky@njit.edu   Textbook  N/A  Specific course information  a. Description:  Teams of students work on open-ended engineering projects. Sections are offered to represent an introduction to real-world engineering design problems in a specific engineering discipline. Topics covered include introduction to basic engineering design elements, processes, measurements, product and project design and development, with hands-on experiments in a specific major area. Students also learn to use engineering tools for computer-aided design and simulation. Technical writing and oral presentation along with project management skills are emphasized.  b. Prerequisites: N/A   Co-requisites: Hum 101 and Math 110 or Math 131 or Math 111  c. Required, Elective, or Selective Elective – Required  Specific goals for the course  a. The student will be able to: 1. choose, install and take the measurements from the Bourdon gauges 2. calculate absolute pressure and use it in the ideal gas equation of state  3. calculate hydrostatic pressure and apply correction to static pressure drop 4. install correctly variable area flowmeter in the flow system and take the measurements 5. calculate flow average velocity in a given geometry pipe using flowmeter reading 6. calibrate variable area flowmeter and define precision and accuracy 7. install, operate and measure centrifugal pump head 2  8. write the energy conservation for ideal flow system  9. calculate static and dynamic pressure in the pipe element of their flow system 10. estimate overall mechanical energy losses in their design 11. predict pressure drops in both water and air flows moving through the packed columns  12. perform unit conversions for mass, length, flowrate, velocity, volume, force, pressure 13. write dimension of physical quantities using dimension symbols 14. Use Excel to analyze and present collected data and compare them to predictions 15. Use Visio to communicate the specific design 16. Design the flow system to satisfy given functional and quality requirements 17. Construct the flow system using tools and laboratory specific techniques 18. Identify the laboratory safety risks and follow the safety rules 19. Report a laboratory experiment following the required template 20. Work in a team to plan, design, construct and present the results following two reporting formats  b. This course explicitly addresses the following student outcomes: 1,3,5,6  Topics     1. Instruments and measurements.  Accuracy, precision, tolerance, errors. 2. Laboratory safety and engineering ethics 3. Static pressure in liquids. Gauges. Absolute and gauge pressure  4. Different system of units. Primary units. Dimension symbols 5. Energy-Pressure relationship in the fluid.   6. Flowmeters.  Design of experiment: calibration of flowmeter 7. Centrifugal pump: Head, efficiency. Energy conservation and energy losses. 8. Flow through the packed column: prediction (Ergun equation) and measurement 9. Scale down flow system: engineering design to meet the requirements     Details about assignments and grading policies are discussed in the “Introduction” lecture uploaded on Canvas    Course Schedule   Introduction. Schedule and grading policy W1 Concepts  Pressure.  Hydrostatic pressure Instruments and Engineering Measurements  How to measure static pressure in the fluid  Bourdon gauge. Absolute pressure and gauge pressure  Lab   Orientation.  Safety rules and lab safe practices    3  W2 Quiz1   Dara Analysis  Working with Excel.    Statistical errors.  Accuracy. Precision.   Making graphs in Excel   Lab  Laboratory experiment  “Flowmeter calibration”  W3 Quiz2  Concepts  Average fluid velocity, ?̅?  Volumetric flow rate, Q  Mass flow rate, ?̇?  Instruments and Engineering Measurements  Flowmeters  Calibration  Design of Experiment “Flowmeter calibration”  Lab  Construction “Flowmeter calibration”     W4 Quiz3  Concepts  Units and units conversions  Primary units, SI, English. Dimension units Problems solving  Ideal gas. Equation of State of Ideal gas.  Units Lab Completion of “Flowmeter calibration”    W5 Quiz4  Concepts  Pressure-Energy relationship  Ideal flow system.   Instruments and Engineering Measurements  Centrifugal pump. Pump Head   Design of Experiment “Pump Characterization”  Lab Construction of “Pump Characterization”    W6 Quiz5  Problems solving Discussion and problem solving related to Pump characterization experiment Lab Lab experiment “Pump Characterization” HW Practice take-home test 1    W7 Quiz6  Problems solving Team exercises 4  Lab Completion “Pump Characterization” HW Practice take-home test 2    W8 TEST   Introduction of the final project.  P&ID    W9 Quiz7  Concepts  Single flow through a packed column  Laminar and turbulent flows.   Ergun equation: pressure drop calculations (discussion of parameters: effective particle size; void fraction, surface area, gc conversion factor)  Lab Demo of the packed column    W10 Quiz8  HW Prediction of the Pressure drops. Discussion of the assignment Lab Construction of the flow system    W11 Quiz9  Concept Dynamic and kinematic viscosity Lab Construction and measurements of the pressure drops HW 300-500 words    W12 Quiz 10  Lab Construction and measurements of the pressure drops Data Analysis Comparison of the predicted and experimental pressure drops         Grading  A  90 and above  B+ 85 and above B 80 and above C+ 70 and above C 60 and above D 50 and above  F below 50  Policy on Academic Integrity     Academic Integrity is the cornerstone of higher education and is central to the ideals of this course and the university. Cheating is strictly prohibited and devalues the degree that you are working on. As a member of the NJIT community, it is your responsibility to protect your 5  educational investment by knowing and following the academic code of integrity policy that is found at: http://www5.njit.edu/policies/sites/policies/files/academic-integrity-code.pdf.    Please note that it is my professional obligation and responsibility to report any academic misconduct to the Dean of Students Office. Any student found in violation of the code by cheating, plagiarizing or using any online software inappropriately will result in disciplinary action. This may include a failing grade of F, and/or suspension or dismissal from the university. If you have any questions about the code of Academic Integrity, please contact the Dean of Students Office at dos@njit.edu”  www.njit.edu/academics/pdf/academic-integrity-code.pdf  If you need accommodations due to a disability please contact Chantonette Lyles, Associate Director of Disability Support Services, Fenster Hall Room 260 to discuss your specific needs.  A Letter of Accommodation Eligibility from the Disability Support Services office authorizing your accommodations will be required.    

FED 101-007: Fundamentals of Engineering Design

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FED 101-007: Fundamentals of Engineering Design

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