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Q1:• You may choose one of the following options: ⚫ Type out the answer in the text field provided in this assignment OR 。 Submit a word file ⚫ No hand written work to be submitted. Turnitin is enabled. ■ Do not copy examples from online resources (i.e. do not copy and paste material). Provide answers to the following questions (include examples). Keep your answers brief and to the point. 1. Define and give examples of any 7 (your choice) fundamental motions, or therbligs. 2. How may the basic motion "Search" be eliminated from the work cycle? Explain. 3. Why should fixed locations be provided at the workstation for all tools and materials? Explain. 4. Which of the 17 therbligs are classed as effective and usually cannot be removed from the work cycle? 5. How does work capability vary with gender and age? Explain. 6. What did you learn from the Principles of Workplace Design? Provide an example to illustrate your understanding of the concepts discussed in class.See Answer
Q2: Exam 1 Study guide • Principal steps in Method Engineering Program What is PDCA? ● ● What are the advantages of time study? Work Methods Design o Different methods for developing a better method Frederick Taylor O O Gilbreths o Time Study (originated from Taylor) A fair day's pay for a fair day's work Famous paper "Shop Management" Various studies by Taylor (Pig Iron expt, shoveling expt, heat treatment for tool steel) Developed Motion study Bricklaying (Frank Gilbreth) Micromotion Study (definition) Cyclegraphic and Chronocycle-Graphic analysis techniques ● Different types of exploratory tools and recording and analysis tools. What is an operations chart, flow chart, worker machine chart, gang process chart? O ● What are the applications, advantages and disadvantages for each chart? • What are the difference between the charts? What is ergonomics? What is Works Design Methods? ● Know and explain the basic ergonomic model. ● What does human capability depend on? ● Know the principals of work design (motion economy) as it relates to O The human. Hands and Motion Workplace Machine, Equipment and hand tools • Types of muscle contractions. ● Relationship between maximum muscle strength and posture. • Classification of hand motions ● Two handed process chart, left- and right-hand process chart ● Chair design Factors considered in design and selection of chairs O Lab 8 and 9 - Anthropometry and chair design • Principles of work design for Seated vs. standing workstations What is ● o Anthropology, O Physical anthropology o Anthropometry? ● Know/understand what anthropometric measurement to be used for work space, hand tool, chair design. (Example: vertical grip length be used to determine the tallest shelf height (apply clearance – consider the size and shape of the object being retrieved)). List the factors affecting human body size. • Anatomical position, reference planes, and movement. • What is flexion, extension, abduction, adduction, pronation, supination, ulnar/radial deviation, rotation, circumduction etc.? Types of grips (power, chuck, tip, etc.) List the factors affecting • ● o joint range of motion Muscle strength • Types of CTDs? ● What are the occupational risk factors for CTD? How do we reduce the risk of CTD? ● What are CTDs? What are the consequences of CTDs? Terms synonymous with CTD. What is Carpal tunnel syndrome (CTS)? What are the occupational and non-occupational risk factors for CTS? What is a Medical Management Program for Monitoring and Pre-Placement? • Advantages of implementing a Medical Management Program for Monitoring and Pre-Placement? What is vibration syndrome? ● O Terms synonymous with vibration syndrome. Causes o Types of vibrations syndrome, explain with examples. What factors affect amplitude of vibration? • Engineering, administrative and PPE to eliminate/reduce risk of exposure to vibration. • Techniques used to collect data. ● List and explain the guidelines to select hand tools. Hand tool selection for O Power and precision tasks O Double handed tools O Single handed toolsSee Answer
Q3:You will prepare a written report and prepare a PowerPoint presentation (due to COVID we will not do an oral report this semester). Besides addressing the relevant wastewater characteristics for the industry you selected, you should also detail the appropriate unit operations treatment train (which includes various physical, chemical, and/or biological treatment processes) for your industry. You should present a process flow diagram, indicating each unit operation involved. For each unit operation, you should list typical process performance efficiencies, along with the flows involved, surface area and volume of the unit operation, detention time of that unit operation, etc.See Answer
Q4:What are different types of 3D printing? Compressive response of 3D printed polymers?See Answer
Q5: 4) Using class handouts and internet search, find out the types of faults that can be detected using following types of Condition Monitoring.See Answer
Q6: 4. A scrubber is used to remove particles from a wafer surface in semiconductor processing. An engineer would like to determine the most important variables that optimize the scrubber's ability to remove particles. There are 8 factors that can be manipulated. The engineer does not want to spend too much time doing this experiment. Given the following data: (a) Generate the most effective screening experiment. (b) What is the defining relationship? (c) Are any of your important interactions aliased with any main effects? (d) What is the resolution of your design?See Answer
Q7: ΤO DO The first part which is interview ( is done by the student and attached here ) you have to do 2& 3 part only. Write a 1000 words report ( pdf, document file) Make sure you do the referencing and citation in the asked format only.See Answer
Q8: 5..A researcher in immunology wanted to determine what effect various concentrations of nitrogen dioxide, as well as the effects of environmental humidity and temperature, have on the ability of the lungs to fight off airborne infections such as pneumonia. Her factors were as follows: She decides to create a Central Composite Design with a factorial portion consisting of 8 runs (i.e., a full factorial).See Answer
Q9: 2. For the example on page 3-13, let E == ABCD. How docs this affect the defining relationship?See Answer
Q10: 3.. A chemical engineer with a major oil refinery wanted to try a number of different additives to boost the 'octane level of the unleaded fuel produced at the refinery. For the sake of secrecy his additives were uniquely coded: A,B, C, D, E. All additives were varied from their lowest to their highest.The engineer knew from prior experience that the following additives would interact with each other: AB, AE, BD, DE, CE, and AD. To make matters worse, his boss told him that if his experiment did not produce positive results, he could forget about any further raises. The engineer ran the following screening design:(Note: D = АС, Е = BC) (a) What is the defining relation? (b) Are any important interactions aliased with main effects? If you answer"yes", list the alias problems you found. (c) Generate a fold over of the design generated for this problem. (d) What is the defining relation for the fold over design? (e) Would a fold-over design salvage this experiment? (f) Should the engineer forget about his future raises?See Answer
Q11: 3) Using class handouts and internet search, find out the equipment used for the following types of Condition Monitoring.See Answer
Q12: 1) 1) Select one Condition Monitoring process from the below list to complete tasks #2 to #6. 1. Vibration Analysis 2. Thermography 3. Ultrasonic Analysis 4. Borescope: 5. Wear Debris AnalysisSee Answer
Q13: 2) Select a short video (2 -3 minutes) on the selected type of condition monitoring and describe few key points about the process. Include the video link here as well.See Answer
Q14: 1.Given a 2^7-2 design where F= ABCD and G= BCDE, determine the=defining relationship.See Answer
Q15: A work group of 5 workers in a certain month produced 500 units of output working8 hr/day for 22 days in the month. (a) What productivity measures could be used for this situation, and what are the values of their respective productivity ratios? (b) Suppose that in the next month, the same work group produced 600 units but there were only 20 work-days in the month. Using the same productivity measures as before, determine the productivity index using the prior month as a base.See Answer
Q16: 5 A farmer's market is considering the addition of bar code scanners at their check-out counters, which would use the UPC marked on all grocery packaging. Currently, the checkout clerk keypunches the price of each item into the register during check-out. Observations indicate that an average of 50 items are checked out per customer. The clerk currently takes7 seconds per item to keypunch the register and move the item along the check-out table.On average it takes 25 seconds to total the bill, accept money from the customer, and make change. It then takes 4 seconds per item for the clerk to bag the customer's order. Finally,about 5 seconds are lost to transition to the next customer. Bar code scanners would eliminate the need to keypunch each price, and the time per item would be reduced to 3 seconds with the bar code scanner. (a) What is the hourly throughput rate (number of customers checked out per hour) under the current check-out procedure? (b) What would be the estimated hourly throughput rate if bar code scanners were used? (c) If separate baggers were used instead of requiring the check-out clerk to perform bagging in addition to check-out,what would be hourly throughput rate? Assume that bar code scanners are used by the clerk. (d) Determine the productivity index for each of the two cases in (b) and (c), using(a) as the basis of comparison and hourly customers checked out per labor hour as the measure of productivity.See Answer
Q17: A work group of 20 workers in a certain month produced 8600 units of output working8 hr/day for 21 days. (a) What is the labor productivity ratio for this month? (b) In the next month, the same work group produced 8000 units but there were 22 workdays in the month and the size of the work group was reduced to 14 workers. What is the labor productivity ratio for this second month? (c) What is the productivity index using the first month as a base?See Answer

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