Tag: Supply Chain Management / Operations Management

Refer to the following scenario for the next 2 questions.A mid-sized nonprofit health-care organization is experiencing difficulty hiring and retaining staff as a result of the expansion and hiring efforts of a competing hospital in the same city. The competitor has greater name recognition and community presence than the nonprofit. The pay and benefits offered by the two organizations are comparable, but the competitor offers daytime-hour-only shifts. The nonprofit health-care organization cannot match the daytime-only work schedule because it operates 24 hours each weekday. Instead, the nonprofit offers a small amount of premium pay and shift differentials, which are less appealing to some candidates. After two months of losing several qualified candidates to the competition, which results in increased workloads for current staff, the nonprofit’s senior leadership decides that changes need to be made if they are going to compete for talent with the other hospital. They request an immediate review of their organization’s hiring process and compensation policies.
The organization decides to increase staff salaries and eliminate premium pay and shift differentials. In exchange, staff must agree to work any shift assigned during the 24 -hour business day. How should the HR manager handle concerns expressed by staff regarding changes to the compensation policy?
Answers
Acknowledge their concerns, but indicate that this is the best policy available to meet the organization’s hiring needs.
Tell employees that if the changes are not appealing to them, then the organization may consider reinstating the former compensation policy.
Hold departmental meetings to hear concerns and discuss how shifts will be assigned equitably.
Allow employees to manage their schedules within their individual units.

A-10.1 What are the REVISED Recovery Time Objectives for the following operations (be specific)?
DEPARTMENTOPERATIONRTO
Custom ResearchResearch and Analysis
Equity Selection ServicesResearch for Printed Reports
Data OperationsData Acquisition
Data Verification
FacilitiesUtility Services
Environmental Controls
General Building Maintenance
Finance and AccountingFinancial Reporting
Crisis Community
Human ResourcesPayroll
Information TechnologyIT for Data Operations
IT for Operational Groups
IT for Payroll
Communication Technologies
Sales and MarketingMarketing Program
SecurityBuilding Protection
A-10.2 If a disaster occurs, how important is the fact that there are two building locations?
A-10.3 If the Main Building is destroyed; highlight the initial major business continuity steps to be taken.
A-10.4 If the Auxiliary Building is destroyed; highlight the initial major business continuity steps to be taken.
A-10.5 If both the Main Building and the Auxiliary Building are destroyed; highlight the initial major business continuity steps to be taken.
A-10.6 Under the crisis event described in A-10.5, can the Recovery Time Objectives be met?
A-10.7 AIS Management is considering moving the organization to Southern California. There would be only one office building for all operations. The building is to be of modern design and construction. Essentially the flood, tornado, and severe winter storm risks have been replaced with the earthquake risk; all other significant risks are essentially the same. Although not located directly on a fault line, earthquakes are a very serious concern. If a Disaster occurs from an earthquake: describe the major business continuity response steps to be taken and determine if the Recovery Time Objectives can be met.

Question 2 — 20 Points
A company is about to begin production of a new product. The manager of the department wants to know how often the machine used to produce the current item will be available for the production of the new product. The machine produces the current item at a rate of 240 units a day. 80 units will be used daily in assembling the final product. Assembly takes place five days a week, 50 weeks a year. The manager estimates that it will take almost a full day to get the machine ready for a production run, at a set-up cost of $250. Inventory unit holding cost will be $14 a year. You are asked to provide the following computation results for the current product:
What run quantity should be used to minimize total annual costs? Blank 1
What is the length of run time in days? Blank 2
What is the length of cycle time in days? Blank 3
During the production, at what rate will inventory buildup? Blank 4
What is the maximum level inventory can reach? Blank 5
What is the total annual cost? $ Blank 6
Suppose to run the new product that needs a minimum of 11 days per cycle between runs of current item.
Can new product be produced with current setting? (YES or NO) Blank 7
What would the run size of the current product be needed to just accommodate the new job? Blank 8
What is the total annual cost in this case? $ Blank 9
What is the increase in total cost? $ Blank 10
FORMAT FOR ENTRIES:
Quantities (run sizes) and inventory buildup rates are INTEGER (no decimals)
Inventory Levels and Times are in two decimals after the dot. (7.20, for example)
Costs are in two decimals after the dot. (3750.20, for example. DO NOT ENTER $ sign)

ASSIGNMENT JANUARY 2025
QUESTION ONE [25]
Read the following excerpts and answer the questions that follow:
EXCERPT ONE
The high ranking of corporate social responsibility appears to be reflected in theoretical and managerial decisions that argue ‘not only is doing good the right thing to do, but it also leads to doing better’. As a result, CSR has moved from ideology to reality, and many consider it necessary for organisations to define their roles in society and apply social and ethical standards to their businesses.
Although organisations increasingly adhere and demonstrate their commitment to CSR, many struggle with this effort. This state of affairs may be the result of how CSR has developed; this development reflects the influence of various theories, including agency theory, institutional theory, stewardship theory and the theory of the firm which results in various conceptualisations of CSR. The best conceptualisations remain in their embryonic stages and prescribed approaches to CSR seem perplexing to theorists and completely elude practitioners. This probably impedes a full understanding among managers of what CSR should comprise and hinders further theoretical development of CSR.
Conceptualisations of and research on CSR have evolved along two avenues. In terms of the level of analysis, research has moved from a discussion of the macro social effects to an organisational level analysis of CSR and its impact on organisational processes and performance. The research has therefore shifted from explicitly normative and ethics-oriented arguments to implicitly normative and performance-oriented managerial studies.
Adapted from Lindgreen A and Swaen V (2010) Corporate Social Responsibility International Journal of Management Reviews
EXCERPT TWO
Since the time of the barter system to present era of plastic money, mankind has stridden out on a long path. There is no doubt in this that

The Contractor wishes to replace a key person named in the Contract Data. Which ONE of the following best describes the actions now required by the Contractor and Project Manager? Select ONE option
The Contractor should submit the name, relevant qualifications and experience of the proposed replacement to the Project Manager for approval. The Project Manager should respond within two weeks and accept or not accept the replacement person. A reason for not accepting the person is that their qualifications and experience are not as good as those of the person who is to be replaced.
The Contractor should submit the name, relevant qualifications and experience of the proposed replacement to the Project Manager for acceptance. The Project Manager should respond within the period for reply and accept the proposed replacement providing the person’s qualifications and experience are as good as the person being replaced.
If the Project Manager is prepared to consider the proposed replacement, the Project Manager should instruct the Contractor to submit the name, relevant qualifications and experience of the proposed replacement to the Project Manager for acceptance. The Project Manager should accept the proposed replacement providing the person’s qualifications and experience are as good as the person being replaced.
The Project Manager should first consult with the Client on the proposed replacement. If the Client is prepared to consider the proposed replacement, the Project Manager should instruct the Contractor to submit the name, relevant qualifications and experience of the proposed replacement to the Project Manager for acceptance. The Project Manager should accept the proposed replacement providing the person’s qualifications and experience are as good as the person being replaced.

Format the following Question description into HTML format without , , or

tags. Delete only gibberish text if found. Do not delete or modify the Question text, Question Description, or numbers. If duplicate question text exists, retain only one refined version. If an image URL is detected, use the tag. Remove any unnecessary question marks or formatting artifacts that do not belong. Output plain HTML text without wrapping it in a code block or using markdown formatting. No additional explanations, comments, or headings like ‘question’ or ‘Question description’ should be included in the output.
Using the same topic as the abstract above please write for me the PROBLEM STATEMANT, RESEARCH OBJECTIVES (3 objectives), and the AIM . I have provided guideles to follow below. Topic/Title: Design and Implementation of a Real-Time Part Delivery Tracking for a Production Line Optimization at an automotive company.Having the above title/topic for my final year project please also use the information provided under to write the PROBLEM STATEMENT (Guidelines: Statement and background, Briefly outline the problem whose solution to be found by your research. This is the heart of the proposal. Normally a paragraph, is all that is required to describe exactly what the problem is. Since the statement of the problem should be very brief, it is necessary to explain separately what the background to the problem is. Clarify the area of concern, or what needs justify the research. Any information that helps the evaluator to understand the problem may be included. Indicate why you believe that it is, in fact, a researchable problem), RESEARCH OBJECTIVES (at least 3 objectives), AIM (aim of the research project). Here are the guidelines of how to write: You may list certain fundamental research objectives or questions or underlying assumptions fundamental to your research. Please provide either an objective or a research question one is sufficient. The Research Review Guidelines specifically evaluate whether the objectives are well articulated and whether they are realistic and attainable. In writing the proposal, it is important to remain focused on the objectives. State the objectives that will enable you to meet the stated aims. SMART objectives, SMART objectives are those that are Specific, Measurable, Achievable, Relevant, and Time-bound, helping to create clarity, focus, and accountability for achieving goals.
Topic/Title:
Design and Implementation of a Real-Time Part Delivery Tracking for a Production Line Optimization at an automotive company.
PROBLEM STATEMANT
Automotive production lines depend on timely and accurate delivery of parts to workstations to maintain throughput and avoid costly stoppages. Many companies still rely on manual handovers, paper-based records, or intermittent scans that create visibility gaps, delays, and mismatches between scheduled and actual part delivery. These shortcomings lead to line downtime, increased labor for searches and corrections, inventory buffering, and suboptimal production scheduling. The researchable problem is to determine whether a real-time part delivery tracking system can be designed and implemented to provide continuous, high-resolution visibility of part movements, integrate with production scheduling, and demonstrably reduce delivery-related disruptions. This project will investigate technical design choices (sensors, communication, and software), integration challenges with existing processes, and measurable impacts on production line performance, thereby clarifying feasibility and expected benefits in an automotive manufacturing context.
RESEARCH OBJECTIVES (3 objectives)
Design and implement a prototype real-time part delivery tracking system that captures location and status of parts across the production area, achieving at least 90% tracking accuracy for tagged parts and end-to-end visibility within the workshop by the end of the project (project timeline: 6 months).
Integrate the tracking data with the production scheduling interface and develop operational dashboards and alerts to reduce production line stoppages caused by part shortages or misplacements by at least 25% within 6 months of system deployment, as measured by incident logs and downtime records.
Evaluate system performance and economic impact through controlled trials and data analysis, demonstrating a measurable improvement in average part retrieval time (target: ≥15% reduction) and producing a documented cost–benefit assessment and implementation recommendations within the project timeframe.
AIM
The aim of this research project is to design, implement, and evaluate a real-time part delivery tracking system that enhances visibility and coordination on the production line, thereby optimizing line performance and reducing delivery-related disruptions in an automotive manufacturing environment.

(ii) State the various areas of manufbeturing organizations that need to be studied to achieve suring? Suve the the lean manuffecturing goal of zero waste.(iii) When implementing Kaizan or continuous quality impeovemenh, stane the appromeh to be taken.
3. (i) In the context of product design, explain the concepts of sequential design vs. simultancous integrated design.(ii) Explain the various design criteria that should be followed in developing a product. (iii) State the use of simulation models in tracking production processes and identifying production problems.
4. (i) Briefly explain the following quality management techniques: (a) Kaizen, (b) fallure mode and effect analysis (FMEA) and (c) quality function deployment (QFD).(ii) What is the purpose of root cause analysis used in process management? State the root cause analysis techniques used to dig deeply into a problem.(iii) What are the typical project management software programs used in industry?
5. (i) What is your understanding of: (a) MeOregor’s Theory X and Theory Y, (b) Maslow’s Hierarchy of Human Needs and (c) Herzberg’s Motivator- Hygine Concept?(ii) Explain Skinner’s Operant Conditioning Theory with particular reference to the use of positive and negative reinforcement to motivate employee behavior,(iii) What is your understanding of: (a) high-producing organization, (b) low-producing organization and (c) high-producing managers?
6. (i) Explain the difference between management and leadership.(ii) Describe the traditional and non-traditional methods employers use to recruit new employees.(iii) What are the requirements for managing a diverse workforce?

Problem 10-3 (Static)
The time in minutes to replace vehicle wiper blades at a service center was monitored using a mean and a range chart. Six samples of n = 20 observations were obtained and the sample means and ranges were computed:
Sample
Mean
Range
1
3.06
.42
2
3.15
.50
3
3.11
.41
4
3.13
.46
5
3.06
.46
6
3.09
.45
Click here for the Excel Data File
Factors for three-sigma control limits for x¯ and R charts
FACTORS FOR R CHARTS
Number of Observations in Subgroup, n
Factor for x¯ Chart, A2
Lower Control Limit, D3
Upper Control Limit, D4
2
1.88
0
3.27
3
1.02
0
2.57
4
0.73
0
2.28
5
0.58
0
2.11
6
0.48
0
2.00
7
0.42
0.08
1.92
8
0.37
0.14
1.86
9
0.34
0.18
1.82
10
0.31
0.22
1.78
11
0.29
0.26
1.74
12
0.27
0.28
1.72
13
0.25
0.31
1.69
14
0.24
0.33
1.67
15
0.22
0.35
1.65
16
0.21
0.36
1.64
17
0.20
0.38
1.62
18
0.19
0.39
1.61
19
0.19
0.40
1.60
20
0.18
0.41
1.59
a. Using the factors in the above table, determine upper and lower limits for mean and range charts. (Do not round intermediate calculations. Round your mean value to 3 decimal places and range value to 4 decimal places.)
a1. Is the process in control? multiple choice 1 The process is in control. The process is not in control.
b. The time in minutes needed to assemble security cameras at a production facility was recorded for eight samples of 15 observations each, and means and ranges were computed. Using factors from the above table, compute control limits for the means and ranges. (Round your answers to 3 decimal places.)
Sample
Mean
Range
1
7.10
.52
2
6.92
.48
3
7.25
.50
4
7.54
.51
5
7.21
.46
6
8.01
.55
7
7.80
.53
8
7.63
.49
b1. Is the process is in control. multiple choice 2 The process is in control. The process is not in control.

Read the Midwest Health System: Information System Risks and Control Case Study and use the knowledge and learnings gained on IT Risk Management during the trimester to answer the following questions:
Question 1 – Midwest Health System’s Business Understanding
Based on the information provided, write a short summary of your understanding of the business.
Question 2 – Midwest Health System’s IT Risk Identification
Based on the information provided in the case study, identify five risks by providing the risk event, caus(e)/(s)ources, and the impac(t)/(c)onsequence (the bowtie method) .
Question 3 – Midwest Health System’s IT Risk analysis and evaluation
Define a scale that can be used to determine the inherent and residual risks, and a scale that can be used to determine the effectiveness and adequacy of the controls. Use the defined scales to assess the inherent risk, current control effectiveness and adequacy, and residual risk (based on current controls) of the risks identified in Question 2.
Question 4 – Midwest Health System’s IT Risk treatment
Provide additional controls for the identified residual risks with a treatment plan (avoid, mitigate, monitor, transfer, accept), and based on the additional controls, the new residual risk.
Question 5 – Midwest Health System’s Risk Appetite
Based on the risk case study, and the risk assessment that you have done, define MidWest Health’s risk appetite focusing on the risks that you have identified.
Question 6 – Midwest Health System’s IT Risk communication
Provide the CIO (Steve Nelson) with a recommendation, based on the risk assessment, treatment plan and appetite, on how to further strengthen MidWest Health System’s risk management framework and ultimately enhancing resilience and efficiency.

Aloha Foods, Inc., imports food products such as meats, cheese, and pastries to the United States from warehouses at ports in Hamburg, Marseilles, and Liverpool. Ships from these ports deliver the products to LA, Houston, and New York, where they are stored in company warehouses before being shipped to distribution centers on different islands such as Oahu, Maui, and Hawaii Island. The products are then distributed to specialty food stores and sold through catalogs. The shipping costs ($/1,000 lb) from the European ports to the US cities and the available supplies (1,000 lb) at the European ports are provided in the following table. The transportation costs ($/1,000 lb) from each USA city to the three distribution centers and the demands (1,000 lb) at the distribution centers are as follows: Determine the optimal shipments between the European ports and the warehouses and the distribution centers in Hawaii to minimize total transportation costs.