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Describe the various approahes to tqm
Consider the following LP problem: Maximize Z = 30X1 + 10X2 Subject to: 3x1 + x2 300 x1 + x2 200 x1 100 x2 50 and x1,x2 0 Solve using the graphical technique
Molecular Response to Thyroid Hormones during Metamorphosis Thyroid hormones can cause obtainable tissues to break down or can remold the tissues to their adult function. The
1. Construct and inerpret a control chart for the packing slip data. 2. Construct a Pareto analysis of the errors. 3. What information might a separate char
• What lessons learned other companies (in vastly different industries) could take away from the innovative practices at Holden. Provide specific examples to support your response.
Harrison Clothiers' stock currently sells for $26.00 a share. It just paid a dividend of $2.25 a share (i.e., D0 = 2.25). The dividend is expected to grow at a constant rate of 7%
A PAPER MILL PRODUCES TWO GRADES OF PAPER VIZ., X AND Y. BECAUSE OF RAW MATERIAL RESTRICTIONS, IT CANNOT PRODUCE MORE THAN 400 TONS OF GRADE X PAPER AND 300 TONS OF GRADE Y PAPER I
Describe a company of your choice from the customer-contact matrix perspective. Discuss the operations of the organization from your perspective using the three elements of the cus
Under what circumstances, if any, would a firm be justified in marketing infant formula in a developing country?
Compare and contrast the Haiti SM discussion with the "Saving Lives with Social Media" case. Create a table that compares and contrasts elements from each. Is an emergent strategy
Line Balancing- Line: an assembly line composed of various work stations, at which particular operations are performed.- To work efficiently, with no work pile-ups between stations, the line must be balanced, for example work must get through each workstation in roughly similar amount of time.Goals:1. To meet production goals,2. Maximize output.General Approaches to Line Balancing Technique1. Estimating number of operators for a specific number of stations,2. Work element sharing: grouping “activities” each work elements into “stations” or jobs performed by a single person (occasionally multiple people work in concert at a single station or machine)
Write your Aim – It only applies to assembly lines. It aims at minimizing the idle time along the line by dividing work equally among members. Tasks are grouped in such a way that they have equal time requirement.When is line Balancing is Done· When the line is initially set-up· When the changes are made in process / desired output rateDifficulty associated with LB – Not feasible to combine certain activitiesNecessity of line balancing – In absence of line balancing, it might create morale problem for workers at slower station who work continuously(Draw Precedence Diagram)Cycle Time = Longest time at the any of the work element OR (Operating Time / Desired Output Rate)CT = 1 min(In Question, it may be given as 480 units per 8-hour day, Hence CT = 8*60 min per day / 480 units per day = 1 minute per cycle)Theoretical Minimum number of workstations, Nmin = Sum of time at all WS / CT = (0.1+1.0+0.7+0.5+0.2) / 1.0 = 2.5 = 3 WorkstationsRules in Assigning task1. Choose new WS ifa. All preceding tasks are completedb. Task Time is less than or equal to Time Remaining2. Always first assign the task with greatest task time to a workstation, in case there is a choice between work elements. In case task time is same, choose the element having greatest number of followers.3. For every new WS, always start with cycle timeWS Time Remaining Eligible Assign Task Revised Time remaining WS Idle Time1 1.0 A,C C(0.7) 0.3 (1.0-0.7) 0.3 A A(0.1) 0.2 0.22 1.0 B B(1.0) 0 03 1.0 D D(0.5) 0.5 0.5 E E(0.2) 0.3 0.3Total Idle time = 0.2 + 0.3 = 0.5 minutesBalance Delay in % (% of idle time on assembly line) = Total idle time * 100/ (Actual No of WS * Cycle Time)=0.5*100/(3*1) = 16.7%Line efficiency = 100% - Balance delay% = 83.3%Other considerations in line-balancing1. Technical considerations –a. Skill requirement of different tasks - If the skill requirements of tasks are quite different, it may not be feasible to place the tasks in the same workstationb. Incompatible tasks - If the tasks themselves are incompatible (example – Use of fire and flammable liquids), it may not be feasible even to place them in stations that are near to each other2. Variable tasks by human –a. Reasons for variation are Fatigue, boredom and failure to concentrate on the task at hand.b. Absenteeism can also affect the balanceOther approaches to achieve smooth flow of production1. Make parallel workstations – They increase the workflow and provide flexibility2. Cross-train workers / Dynamic line balancing – It helps workers perform more than 1 task. In case they are idle, they can assist other workers who are temporarily over-burdened3. Mixed model line - Design a line to handle more than 1 product on the same line. The different products are similar in many ways and hence, the process applied on them is also samemessage here..
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