GM502 Unit 3 Night Shift Manager Behavior Paper Example

Hands-Off by Reputation, Structuring by Record: A Unit 3 Behavioral Style Paper on a Night-Shift Manager

[Student Name]

Purdue University Global

GM502: Leadership Theory and Practice I

Unit 3 Behavioral Style Paper

[Instructor Name]

[Date]

The semiconductor plant, the manager and every observation are composite and illustrative; the frameworks and studies cited are real.

Vantage and Method

I work as a process engineer on the night shift of a semiconductor fabrication plant that produces 200-millimeter wafers for automotive chips. The night production manager, whom I will call M., supervises about 110 technicians and operators across photolithography, etching, deposition and inspection. Among day-shift managers and some engineers, she has a reputation for being hands-off: she rarely raises her voice, holds short meetings and is seldom seen giving instructions.

Over four weeks I attended twelve of her 15-minute shift-start meetings and shadowed her on six floor walks of about an hour each. I wrote down each distinct act as it happened, such as a question, an instruction, a comment or a check, and coded the acts afterward. She knew I was observing for a course and agreed. The appendix contains the coding protocol.

The Theory

The Ohio State studies identified two broad categories of leader behavior: initiating structure, meaning how much a leader defines roles, organizes work and sets standards, and consideration, meaning the warmth, trust and regard a leader extends to the people she supervises. A meta-analysis later found that both categories relate meaningfully to leadership outcomes, with consideration more strongly tied to follower satisfaction and initiating structure more strongly tied to performance (Judge et al., 2004).

Gary Yukl and colleagues extended this into a taxonomy with three meta-categories: task-oriented behavior, such as planning, clarifying roles and monitoring operations; relations-oriented behavior, such as supporting, developing and recognizing; and change-oriented behavior, such as advocating change and encouraging innovation (Yukl et al., 2002). Later work added external behaviors, such as networking and representing the unit (Yukl, 2012). This paper uses Yukl's categories for coding.

What the Record Shows

I recorded 214 acts. Coded by category:

1. Task-oriented: 128 acts, 60 percent. Of these, 51 were monitoring, such as checking a tool's status board or asking for a yield figure; 44 were clarifying, such as stating which lots had priority; and 33 were planning, such as adjusting staffing between bays.

2. Relations-oriented: 49 acts, 23 percent, mostly supporting and recognizing.

3. Change-oriented: 21 acts, 10 percent, mainly encouraging technicians to try a revised recipe change procedure.

4. External: 16 acts, 7 percent, chiefly calls with the day-shift manager and maintenance.

Task-oriented behavior dominated. That contradicts her reputation directly.

Why the Structuring Was Hard to See

Three features of how she structured explain the reputation.

She structured through questions. Of her 44 clarifying acts, 31 were phrased as questions: "Which lot are you running next on Litho 4?" followed by "Let's have the automotive lot first." Observers who heard only the question took it as checking in.

She structured before the shift. Each shift-start meeting opened with a printed priority list she had prepared, and most of her planning was done before anyone arrived. By the time technicians were working, the structure was already set.

She structured through the system. Twenty-two of her monitoring acts were glances at the manufacturing execution system's dashboard, which she read on her phone while walking. Nobody nearby could tell she was checking anything.

Her structuring was constant, but it arrived as questions, a printed list and glances at a phone, none of which look like a manager giving orders.

One Shift in Detail

The pattern is clearest in a single night. On the third Tuesday of observation, M. arrived forty minutes before the shift and printed a priority list ranking eleven lots, with two automotive lots marked for completion before 4 a.m. At the shift-start meeting she read the list, asked the etch lead whether Chamber 2 had finished its preventive maintenance and asked the inspection lead how many technicians he had. That meeting took nine minutes and contained six task acts, every one phrased as a question or a reading of the list. During her first floor walk she checked the dashboard four times, moved one technician from deposition to inspection after seeing a queue building and asked a photolithography operator to run the second automotive lot ahead of a test lot. None of these moments involved a raised voice or a long instruction. A day-shift engineer passing through at 2 a.m. would have seen a manager chatting with technicians and looking at her phone, and would have left with exactly the reputation she has.

Consideration

Relations-oriented acts were fewer but distinctive. Most occurred during floor walks rather than in meetings: asking a technician about her son's surgery, thanking an operator by name for catching a misaligned wafer cassette. Technicians I spoke with afterward described her as approachable, which matches the record.

Judge and colleagues' meta-analysis suggests a combination of high initiating structure and adequate consideration should be associated with good performance and reasonable satisfaction (Judge et al., 2004). The night shift's numbers fit: it has the plant's highest line yield, 94.1 percent against 92.6 on days, and lower turnover among technicians.

Limits of the Observation

Four weeks is short, and my presence may have changed her behavior. I coded acts myself, without a second coder to check agreement, so the categories reflect my judgment. Some acts could fit two categories; a question about a technician's training, for example, could be developing or monitoring. Where an act fit two, I recorded the one that matched what she did next.

What the Case Suggests About Behavioral Approaches

Behavioral theories classify what leaders do, but the same category of behavior can look very different in practice. M.'s structuring would score high on any questionnaire that asks whether she sets priorities, yet people who see her briefly conclude she does not. This suggests that observer ratings of leader behavior depend on how visible the behavior is, not only on how often it occurs, and that structured observation can correct impressions built from brief contact.

Conclusion

The night-shift manager's reputation for being hands-off does not survive a coded record. Sixty percent of her observed acts were task-oriented, chiefly monitoring and clarifying, and her shift outperforms the day shift on yield. Her structuring is hard to see because she delivers it through questions, preparation and the plant's information systems. The behavioral categories fit her well; what the case adds is that the form a behavior takes can hide its frequency from people who are not looking for it.

References

Judge, T. A., Piccolo, R. F., & Ilies, R. (2004). The forgotten ones? The validity of consideration and initiating structure in leadership research. Journal of Applied Psychology, 89(1), 36-51. https://doi.org/10.1037/0021-9010.89.1.36

Yukl, G. (2012). Effective leadership behavior: What we know and what questions need more attention. Academy of Management Perspectives, 26(4), 66-85. https://doi.org/10.5465/amp.2012.0088

Yukl, G., Gordon, A., & Taber, T. (2002). A hierarchical taxonomy of leadership behavior: Integrating a half century of behavior research. Journal of Leadership & Organizational Studies, 9(1), 15-32. https://doi.org/10.1177/107179190200900102