BUS FPX 4014 Assessment 4 Planning and Facility Location
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Assessment Overview:
BUS FPX 4014 Assessment 4: focuses on strategic installation planning and positions opinions to maximize profitability and effectiveness. It analyzes expansion options for Jackson’s installation, evaluates demand scripts, and applies cargo-distance analysis to optimize layout and reduce functional costs.
How to Pass BUS FPX 4014 Assessment 4 Planning and Facility Location
- What is the problem? Should you choose Small Expansion (SE) or Large Expansion (LE)?
- Look at the odds: 60% of the time, there is a lot of demand, and 40% of the time, there isn’t.
- Estimate Profitability: SE: $35,000 to $55,000; LE: $52,000 to $90,000.
- Decision Analysis: Compare weighted expected profits; LE usually has a higher return on investment (ROI).
- Cargo-Distance Study: Find LD (27,960) and combine stations to save money and time on travel.
- Give a suggestion: Choose Large Expansion (LE) and make the building’s layout better.
- Use trustworthy sources like books on operations management and websites for your industry.
Sample Assessment:
Component #1: Operations Management Issue Analysis
In the given script, the primary operation concern revolves around determining the optimal expansion strategy for Jackson’s installation while considering the return on investment (ROI). The decision-making process is pivotal, importing the options between a larger expansion (LE) or a smaller expansion (SE) followed by implicit posterior expansions. An analysis is needed to estimate the chances associated with high- and low-demand scripts.
- Probability of High Demand 60
- Probability of Low Demand 40
The SE involves an original profit protuberance of $35,000, with the implicit necessity of an alternate expansion yielding a combined profitability of $55,000 in case of high demand. Again, the LE offers an estimated profitability of $90,000 under high demand conditions but diminishes to $52,000 if demand turns out to be low.
BUS FPX 4014 Assessment 4 Planning and Facility Location
Component #2 Decision Analysis
In order to arrive at a decision, it’s imperative to assess colorful scripts, their associated chances, and the corresponding profitability issues.
Small Expansion (SE):
- High Demand: $55,000 (probability 60)
- Low Demand: $35,000 (probability 40)
Large Expansion (LE):
- High Demand: $90,000 (probability 60)
- Low Demand: $52,000 (probability 40)
Based on the analysis, it’s recommended for Jackson to pursue the LE option. Irrespective of demand oscillations, the LE offers advanced profitability compared to the SE, without the implicit need for posterior expansions that might impact patient services.
Component #3: Load-Distance Analysis
Conducting a cargo-distance analysis involves the calculation of the final cargo distance (LD) numeric value. The ideal is to minimize LD by strategically situating stations closer to each other.
- Final cargo distance computation: 27,960
The outgrowth suggests consolidating stations in close proximity to each other to reduce trip distances between them.
References (APA 7 Format)
- Heizer, J., Render, B., & Munson, C. (2017). Operations Management, Sustainability, and Force Chain Management (12th ed.). Pearson. https://smallbusiness.chron.com/key-elements-business-success-operating-perspective-21234.html
- Stevenson, W. J. (2020). Operations Management (14th ed.). McGraw-Hill Education.
- Ferdows, K. (2016). Total business excellence—a new operation model for operationalizing excellence. International Journal of Quality & Reliability Management, 33(7), 942–984. MindTools Content Team (2019). Organization Design & Facility Layout. MindTools. https://www.mindtools.com/pages/article/newPPM_95.htm
- Hayes, A. (2021). Functional effectiveness. Investopedia.
Rubric Breakdown
| Criteria | Pass Level |
| Operations Management Issue | Clearly identifies the key issue: optimal expansion strategy (small vs. large) to maximize ROI |
| Decision Analysis | Compares small and large expansion using probabilities and profitability, recommends best option |
| Probability & Profit Calculations | Correctly calculates expected profits using high- and low-demand probabilities |
| Cargo-Distance Analysis | Computes load-distance (LD) and recommends layout adjustments to reduce operational costs |
| Recommendation Clarity | Provides a clear, justified recommendation based on analysis |
| Clarity & Organization | Well-structured, concise, and free of major errors |
Step-by-Step Guide
- Identify Operations Issue Determine the optimal expansion strategy for Jackson’s installation.
- Assess Chances High demand (60) vs. low demand (40).
- estimate Small Expansion (SE): $35,000 original profit; $55,000 if high demand occurs.
- estimate Large Expansion (LE): $90,000 high demand profit; $52,000 low demand profit.
- Decision Analysis Compare weighted profitability; LE is more profitable overall.
- cargo- Distance Analysis Calculate LD = 27,960; consolidate stations to reduce trip distances.
- Recommendation: Choose Large Expansion and optimize layout for effectiveness.
Frequently Asked Questions
Q1 What’s the main operation issue?
Determining the stylish expansion strategy (small vs. large) to maximize ROI.
Q2 How are expansion options estimated?
Using probability-laden profitability under high and low demand scripts.
Q3 What’s cargo-distance analysis?
A system to minimize trip distances between stations to ameliorate effectiveness.
Q4: Which expansion option is recommended?
Large Expansion (LE), as it offers advanced profitability indeed if demand varies.
Integrity Note
Note: Only use this assessment example for learning and structure purpose. Do not submit as your own work.
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