| Course | MBAX 6441 Human Resources Management and Strategic Planning |
|---|---|
| Week | Week 6 |
| Paper type | Performance system design |
| Length | About 880 words, 6 pages |
| Format | APA 7 student paper |
| School | Walden University |
| Program | Master of Business Administration (MBA) |
| Updated | October 2026 |
Free sample paper for MBAX 6441 Week 6
A Performance System for Meridian's Field Technicians Designed Against Its Usual Failures: Purpose First, Measures the Business Already Reviews, Anchored Scales and Calibration
Student Name
Walden University
MBAX 6441: Human Resources Management and Strategic Planning
Instructor Name
Month Day, Year
A Performance System for Meridian's Field Technicians Designed Against Its Usual Failures: Purpose First, Measures the Business Already Reviews, Anchored Scales and Calibration
Purpose Declared First
Appraisal systems fail in predictable ways: ratings drift upward until they mean nothing, measures invented for the appraisal have no owner, and managers rate the same work differently. This paper designs a performance system for the field service family at Meridian, a composite firm that keeps hospitals' scanners and monitors running, against those failures. Its primary purpose is retention and development of the technicians the uptime strategy depends on, with pay differentiation second. Naming the purpose matters because systems built for development tolerate softer ratings and frequent conversation, while systems built to differentiate pay need defined distributions and calibration (DeNisi & Murphy, 2017). Meridian's system serves both, so it separates the developmental conversation, held quarterly, from the annual rating that informs pay.
Measures the Business Already Reviews
Every measure comes from operational reporting Meridian already produces for customers and managers, so each has a history, an owner and an independent check.
A measure invented for the appraisal alone, such as a manager's sense of "initiative," would have no history and no independent check, and employees would learn quickly that it can be argued. The five measures above are reviewed monthly by operations whether or not anyone is being appraised.
Table 1
Performance Measures for Field Technicians
| Measure | Definition | Source | Why it fits the strategy | |
|---|---|---|---|
| First-time fix rate | Share of repair calls resolved without a return visit within 14 days | Service management system | Repeat visits mean repeat downtime | |
| Preventive maintenance on time | Share of scheduled inspections completed in their window | Service management system | Missed inspections lead to failures and failed audits | |
| Documentation accuracy | Share of sampled work orders passing the quality audit | Monthly quality audit | Hospitals' accreditation depends on complete records | |
| Customer feedback | Average rating from clinical engineering contacts, quarterly | Account survey | Uptime is judged by the customer | |
| Knowledge sharing | Training sessions given, peer assists logged | Training records | Builds depth in scarce skills | |
Composite organization. Every measure already appears in operational reports.
Scales Defined by Observable Difference
Ratings use a four-point scale, and each point is described by observable work rather than by phrases such as "exceeds expectations." For first-time fix rate, a 2 means the technician's rate is within five points of the regional average for comparable equipment; a 3 means it is five or more points above; a 4 means it is above average and the technician has helped others raise theirs, documented in peer-assist records. Similar anchors are written for each measure. Behaviorally anchored scales of this kind reduce disagreement between raters compared with general descriptions, though they take effort to write and must be revised as work changes (Pulakos, 2009).
Calibration as a Design Element
Before annual ratings are final, regional managers meet to compare ratings for technicians at the same level, looking at the evidence behind each. A manager who rates every technician a 3 or 4 must show why their region outperforms others on the operational data. Calibration does not force a fixed distribution, which can penalize strong teams, but it does require that ratings track evidence. Meridian will also check whether ratings differ systematically by demographic group or by region after controlling for the operational measures, since unexplained gaps are a warning sign of rater bias.
The Cycle
Each quarter, the technician and manager review the operational measures together for 30 minutes and agree on one development goal. Once a year, the manager assigns ratings using the anchored scales, calibration follows and ratings inform merit increases within the pay ranges. Keeping the quarterly conversation free of ratings makes it easier to discuss mistakes, such as a repeat repair, without the technician worrying about pay.
How the System Handles a Struggling Technician
Consider a level 2 technician whose first-time fix rate falls ten points below the regional average over two quarters. Under the old system, the problem would surface at the annual review, months after it began, framed as a rating. Under the new one, it appears in the quarterly conversation as a number both people can see. The manager and technician look at which equipment types account for the repeat visits, and the development goal for the next quarter becomes specific: a day shadowing a level 3 specialist on infusion pump diagnostics and a review of the manufacturer's service bulletins. If the rate recovers, the annual rating reflects the recovery. If it does not, the manager has a documented record of support offered, which matters if the issue later becomes a matter for discipline. Either way, the technician hears about the problem early, when it is easiest to fix.
Controls Against Known Failures
Three controls address the failures named at the start. Rating inflation is checked by calibration against operational data. Measures without owners are avoided by using only existing reports. Rater inconsistency is reduced by anchored scales and by training each manager on two sample cases each year. Murphy (2020) argues that performance appraisal fails less because of the form than because of the context in which ratings are used; Meridian's system therefore limits how ratings are used to merit increases and development, not to discipline, which is handled separately.
References
DeNisi, A. S., & Murphy, K. R. (2017). Performance appraisal and performance management: 100 years of progress? Journal of Applied Psychology, 102(3), 421-433. https://doi.org/10.1037/apl0000085
Murphy, K. R. (2020). Performance evaluation will not die, but it should. Human Resource Management Journal, 30(1), 13-31. https://doi.org/10.1111/1748-8583.12259
Pulakos, E. D. (2009). Performance management: A new approach for driving business results. Wiley-Blackwell.
The Walden MBAX 6441 Week 6 instructions
Week 6 asks you to design a performance management system for a specific group. State its primary purpose first, since development, pay differentiation and termination evidence call for different designs. Choose measures the organization already tracks, so each has an owner and an independent check. Define rating scales by observable differences in what people did. Build calibration into the design and explain how it guards against bias and inflation. Lay out the cycle, including how often conversations happen and how they relate to pay decisions. Show how the system would handle a real case, and name the controls against known failures. Four pages with one measures table is a common length.
How the MBAX 6441 Week 6 example is put together
The paper opens by naming common appraisal failures and declaring purpose, citing DeNisi and Murphy. A table lists five measures with definitions, sources and links to strategy. A section on anchored scales gives the first-time fix example, citing Pulakos. A calibration section explains cross-region review and bias checks. A cycle section separates quarterly conversations from annual ratings. A worked example follows a technician whose fix rate drops, from quarterly discussion to a specific development goal. A closing section matches three controls to three failures, citing Murphy on context. Every measure in the table names the report it comes from. The worked example shows the quarterly and annual parts of the cycle working together.
MBAX 6441 Week 6 rubric: what earns full marks
Performance system designs are graded on coherence with their stated purpose. Declaring the purpose first, and showing how later choices follow from it, earns significant credit. Measures drawn from existing operational reports are valued over measures invented for appraisal. Scales anchored in observable behavior, with an example, show how rater disagreement will be reduced. Calibration should be described as a process with evidence, not a forced distribution. A worked example demonstrates that the system functions. Controls should address specific failures. Designs that describe a generic annual review, or rate traits such as attitude, earn fewer marks. Graders reward designs that limit how ratings may be used.
MBAX 6441 Week 6 help: mistakes that cost marks
Decide what you most need the system to do: develop people, decide pay or document poor performance. Write that down first. Then look at the reports your managers already read each month and choose three to five measures from them. For each, write what a 2, 3 and 4 would look like in terms of what someone did. Plan a calibration meeting where managers compare ratings with the data. Then walk one imaginary employee through a year of the system. Many drafts propose a new form without changing how ratings are made. If you need help writing anchored rating descriptions, send us one measure and we can draft examples. Keep development conversations separate from pay decisions.
Get a MBAX 6441 Week 6 example written to your instructions
The design brief and its rubric start the build, plus the organization and whatever appraisal forms are already in use. A finished design with its calendar, scale definitions and calibration process is returned in 24 to 48 hours, the first one free. Purpose can be set to development or to pay differentiation as the prompt requires.
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MBAX 6441 Week 6 questions, answered
Where can I find a free MBAX 6441 Week 6 sample paper?
The performance system design and its measures table are free to read on this page.
What is the system's primary purpose?
Retaining and developing the technicians the uptime strategy depends on, with pay differentiation second.
Which measures does the MBAX 6441 Week 6 design use?
First-time fix rate, preventive maintenance on time, documentation accuracy, customer feedback and knowledge sharing.
How are rating scales defined?
By observable differences, for example how far a technician's fix rate sits above the regional average.
How does calibration work?
Regional managers compare ratings for the same level against operational data before ratings are final.