LDR 726 Week 7 Self-Directed Work Teams Example

Crews That Run Their Own Day: The Promise and Pitfalls of Self-Directed Work Teams in Remote Wind Maintenance

[Student Name]

University of Phoenix

LDR/726: The Dynamics of Group and Team Leadership

Week 7 Assignment

[Instructor Name]

[Date]

Prairie Gale Wind Services, its pilot crews and its results are composites written for a model paper.

Prairie Gale Wind Services, the composite turbine maintenance company used throughout this course, has worked to strengthen its crews through stable membership, team training, debriefs and coaching. Six months ago, vice president Renee Castillo launched a pilot to test whether crews could direct themselves. Six crews, chosen from different regions, received authority to plan their weekly work within availability targets, coordinate directly with wind farm operators, order parts up to $15,000 without approval and schedule their own days off within coverage rules. Supervisors stepped back from daily direction. After six months, four crews had raised turbine availability on their sites by about 1.5 percentage points and reported much higher job satisfaction. Two crews struggled: one skipped required monthly safety equipment inspections twice, and one exceeded its parts budget by 30 percent. This paper evaluates the pilot using research on self-managing teams.

What Self-Directed Teams Are

Self-directed or self-managing work teams take responsibility for managing their own work, including planning, scheduling, assigning tasks, monitoring performance and solving problems, with limited direct supervision. External leaders remain but shift from directing to supporting.

Evidence From a Quasi-Experiment

Cohen and Ledford (1994) compared self-managing teams with traditionally managed groups performing similar work in a telecommunications company. Self-managing teams reported higher quality of work life and, in some job types, better performance as rated by managers, though effects varied by type of work. The authors noted that self-management was not universally superior and that benefits depended on the work and the implementation.

When Autonomy Backfires

Langfred (2004) studied self-managing teams and found that high trust among members could reduce monitoring of one another's work. When individual autonomy was also high, so members worked largely on their own, reduced monitoring harmed team performance. Trust and autonomy, each positive alone, combined to create blind spots.

Leading Teams to Lead Themselves

Manz and Sims (1987) studied external leaders of self-managing work teams in a manufacturing plant. The most effective leaders encouraged teams to engage in self-management behaviors: self-observation, self-goal setting, self-evaluation, self-reinforcement and self-criticism, along with rehearsal of tasks. Rather than directing work, they built the team's capacity to direct itself.

The Successful Crews

The four successful crews had stable membership, high scores on role clarity from Week 5 and lead technicians who used debriefs consistently. They planned work around weather windows more effectively than the central monitoring center had, built direct relationships with wind farm operators and reported pride in ownership.

The Struggling Crews

The crew that missed safety inspections had high trust and worked largely in pairs, each pair handling separate turbines. Members assumed others had completed the monthly inspection of the shared rescue equipment. This matches Langfred's finding: high trust and high individual autonomy reduced mutual monitoring. The crew that overspent on parts had new members and weak role clarity; no one took responsibility for tracking spending.

The crew that trusted each other most was the one where nobody checked the rescue kit.

External Leadership in the Pilot

Supervisors stepped back abruptly. Some continued to support crews through coaching, but others disengaged entirely. Crews whose supervisors encouraged self-evaluation, as Manz and Sims (1987) describe, did better than crews whose supervisors simply withdrew.

What Pilot Crews Said

Interviews with members of all six pilot crews captured the experience. Members of successful crews described planning around wind forecasts, calling operators to arrange early access and feeling trusted for the first time in their careers. One lead said his crew completed a gearbox job two days faster because it no longer waited for a supervisor's approval. Members of the struggling crews described confusion about who was responsible for shared tasks and a sense that the supervisor had disappeared. One technician said nobody told them that more freedom meant more checking.

Customers' View

Two wind farm operators praised the direct contact with crews, saying they received earlier warning of planned work and faster answers. One operator noted that it now had to deal with several crews instead of one supervisor, which created more calls to manage.

Lessons

Self-management worked for crews with sound design and supportive external leadership and struggled where trust replaced monitoring or where roles were unclear. Autonomy over critical safety tasks needs safeguards.

Boundary 1: Safety-Critical Tasks

Certain tasks will remain under fixed procedures with verification: rescue equipment inspections, electrical lockout and climbing equipment checks. Completion will be recorded in the tablet system, with automatic alerts to supervisors if overdue.

Boundary 2: Budget Transparency

Crews will see their parts spending against budget weekly, and one member will be designated to track it.

Why Gradual Transfer Matters

The pilot handed over several kinds of authority at once. Research on self-managing teams suggests that capacity for self-management grows as teams practice it, and that abrupt transfers leave teams without the habits they need. The struggling crews might have succeeded with a slower handoff, starting with scheduling, which they managed well, before adding parts purchasing and equipment responsibilities.

Readiness Criteria

Crews will qualify for self-direction after meeting criteria: stable membership for six months, role clarification completed, consistent debriefs and safety compliance. Authority will expand in stages, starting with scheduling and adding parts authority later.

External Leader Role

Supervisors of self-directed crews will hold monthly self-evaluation sessions, asking crews to review goals and results and set next steps, and will remain available for problems crews cannot solve.

Mutual Monitoring

Crews will rotate a monthly safety audit role, so members check one another's work as part of normal routine, countering the trust-autonomy blind spot.

A Changed Role for Supervisors

Supervisors of self-directed crews will spend less time assigning work and more time coaching, removing obstacles such as parts delays and connecting crews with engineering. Some supervisors may find this shift uncomfortable, since their authority came from directing work. Their own goals and evaluations will change to reflect crew development and system results.

Measures

Availability, safety compliance, parts spending, repeat repairs and job satisfaction will be tracked for self-directed and traditional crews.

Costs and Savings

The pilot cost little beyond tablet licenses and supervisor time for coaching. Higher availability at the four successful crews' sites generated about $210,000 in additional revenue under performance contracts over six months, while the parts overspend cost about $40,000. Even with the struggling crews, the pilot produced a net benefit.

Expansion Plan

Expansion will be slow enough to learn from each new group of crews. Six more crews will join the program each quarter if they meet readiness criteria and if pilot crews maintain safety compliance.

Conclusion

Research shows that self-managing teams can improve work life and performance, that high trust with high individual autonomy can reduce monitoring and that external leaders succeed by building teams' self-management skills. Prairie Gale's pilot confirmed both the promise and the pitfalls. Safety boundaries, budget transparency, readiness criteria, coaching for self-evaluation and rotating mutual monitoring can let more crews run their own days safely.

References

Cohen, S. G., & Ledford, G. E., Jr. (1994). The effectiveness of self-managing teams: A quasi-experiment. Human Relations, 47(1), 13-43. https://doi.org/10.1177/001872679404700102

Langfred, C. W. (2004). Too much of a good thing? Negative effects of high trust and individual autonomy in self-managing teams. Academy of Management Journal, 47(3), 385-399. https://doi.org/10.5465/20159588

Manz, C. C., & Sims, H. P., Jr. (1987). Leading workers to lead themselves: The external leadership of self-managing work teams. Administrative Science Quarterly, 32(1), 106-129. https://doi.org/10.2307/2392745