| Course | MGT 726 Emerging Managerial Practices (MGT/726) |
|---|---|
| Week | 4 |
| Paper type | Doctoral team design analysis |
| Length | about 1,179 words, 4 double-spaced pages plus title page and references |
| Format | APA 7 student paper |
| School | University of Phoenix |
| Program | DBA |
| Updated | October 2026 |
Free sample paper for MGT 726 Week 4
A Connected-Instruments Team Split Across Iowa and Pune: Designing for High Performance
[Student Name]
University of Phoenix
MGT/726: Emerging Managerial Practices
Week 4 Assignment
[Instructor Name]
[Date]
Cedar Valley Instruments and all team details are composites written for a model paper.
Cedar Valley Instruments, a composite maker of laboratory and process measurement instruments, created a connected-products unit in Week 2 to build software that lets instruments send data to customers' systems. Its first team will include 12 people: six in Cedar Rapids, Iowa, mostly hardware and firmware engineers, and six in Pune, India, mostly software and cloud engineers. Pune is nine and a half hours ahead of Iowa in summer and ten and a half in winter, leaving little overlap. Earlier cross-site projects at Cedar Valley produced tension and missed deadlines. A team spread across two continents is still a team, but it must be designed deliberately, because the informal glue that holds co-located teams together does not cross time zones on its own. This paper designs the team for high performance.
Team Effectiveness Research
Kozlowski and Ilgen (2006) reviewed research on work groups and teams and described effectiveness as emerging from inputs, such as composition and task design, through processes, such as coordination and communication, and emergent states, such as cohesion, trust and shared understanding, which develop over time and shape performance. They emphasized team learning, leadership and training as levers.
Team Innovation Research
Hülsheger et al. (2009) conducted a meta-analysis of team-level predictors of innovation and found that process variables, such as shared vision, task orientation, internal communication and support for innovation, predicted innovation more strongly than composition variables such as diversity. For a team expected to create new products, these processes deserve particular attention.
Virtuality and Dispersion
Gibson and Gibbs (2006) studied innovation teams and found that geographic dispersion, electronic dependence, structural dynamism and national diversity each hindered innovation, but that a psychologically safe communication climate reduced these negative effects. The finding points to climate as the key design target for Cedar Valley's team.
The Team's Goal
The team's goal is to release a connected data module for two instrument lines within nine months, adopted by 20 pilot customers. A clear, shared goal provides the vision innovation research emphasizes and gives both sites a common purpose rather than separate tasks.
Composition and Roles
Each site will include both hardware and software skills, rather than splitting by discipline, so neither site is dependent on the other for every decision. A product owner in Iowa and a technical lead in Pune will share leadership. Each member will have a counterpart at the other site for daily handoffs.
Structure and Work Design
Work will be divided into features owned by mixed-site pairs rather than handing off between sites by function. This reduces the "us and them" pattern that past projects showed. Interfaces between hardware and software will be specified early to limit dependencies.
Overlapping Hours
The team will hold a 45-minute daily overlap meeting, alternating between early morning in Iowa and late evening in Pune each month so the burden is shared. Asynchronous updates in a shared tool will carry most communication.
Building Trust Early
Trust forms more slowly in virtual teams. The team will begin with a two-week in-person kickoff in Pune, where members design the architecture together and get to know each other. A second gathering in Iowa will follow at month five.
Psychological Safety
Leaders will invite questions and admit uncertainty, respond to problems without blame and rotate who leads meetings so Pune members are not always responding to Iowa. Edmondson's work on psychological safety, and Gibson and Gibbs's finding about its buffering effect in dispersed teams, make this the most important design target.
Lessons From Past Cross-Site Projects
Cedar Valley's earlier cross-site projects failed in predictable ways. Iowa engineers wrote specifications and sent them to Pune for coding, then complained about results; Pune engineers felt treated as order-takers and left questions unasked to avoid looking uncertain. Status reports went upward to Iowa managers, so Pune's managers learned of problems late. The new design reverses these patterns by mixing disciplines at both sites, sharing leadership and pairing members across sites, so information and authority flow both ways.
Fairness Between Sites
Fairness matters to distributed teams. Rotating meeting times, crediting the whole team for releases, giving Pune members direct contact with pilot customers and ensuring promotions are available at both sites signal that neither location is secondary. A short quarterly survey item on whether members feel their site's contributions are valued will track this.
Conflict in Distributed Teams
Disagreements across sites often stay hidden until they become serious, because members avoid confrontation over video. The team will hold a brief retrospective every two weeks in which each member is asked directly about friction, and the shared leaders will follow up privately on concerns. Addressing task disagreements early prevents them from becoming personal.
Communication Norms
The team will agree on norms: written summaries after meetings, a single source of truth for decisions, response times for questions and cameras on during overlap meetings. Norms reduce misunderstandings that arise from differences in language and context.
Leadership
The shared leadership arrangement requires the product owner and technical lead to meet daily and present a united view. Their manager, the connected-products director, will coach both and resolve escalations quickly.
Onboarding New Members
Teams change, and new members joining a distributed team face extra hurdles. Each newcomer will have a buddy at their own site and another at the other site, spend their first week reviewing recorded design discussions and attend at least one overlap meeting from each time zone. These steps help newcomers build the shared understanding that existing members developed during the kickoff.
Team Size and Subgroups
Twelve members split evenly between two sites invites a two-subgroup structure in which loyalty forms around location. Research on faultlines suggests such splits can harm cooperation. Mixed-site feature pairs and shared leadership are meant to create cross-cutting ties, so that members identify with their features and the product as much as with their site.
Organizational Support
Support includes funded travel, collaboration tools, access to customers for both sites and recognition for the whole team rather than for site-based contributions. The company will protect team members from being pulled back into core product work.
Measures
Measures include feature delivery against plan, defects, pilot customer adoption and a monthly team health survey covering trust, psychological safety, clarity and workload. Collaboration patterns, such as cross-site pairing frequency, will also be tracked.
Adjusting the Design
At months three and six, the team will review measures and adjust norms, roles or meeting times. Early months often reveal hidden problems, such as one site feeling excluded from decisions.
A Study of the Team
A practitioner-scholar could study the team's development over nine months, tracking emergent states through surveys and interviews and relating them to performance, contributing evidence on how distributed innovation teams build trust and psychological safety.
Conclusion
Research on team effectiveness, innovation and virtuality points Cedar Valley toward a team design with a shared goal, mixed-site roles, shared leadership, deliberate trust-building and a psychologically safe climate. Measures of both output and team health, reviewed and adjusted over time, give the distributed team a strong chance of high performance.
References
Gibson, C. B., & Gibbs, J. L. (2006). Unpacking the concept of virtuality: The effects of geographic dispersion, electronic dependence, dynamic structure, and national diversity on team innovation. Administrative Science Quarterly, 51(3), 451-495. https://doi.org/10.2189/asqu.51.3.451
Hülsheger, U. R., Anderson, N., & Salgado, J. F. (2009). Team-level predictors of innovation at work: A comprehensive meta-analysis spanning three decades of research. Journal of Applied Psychology, 94(5), 1128-1145. https://doi.org/10.1037/a0015978
Kozlowski, S. W. J., & Ilgen, D. R. (2006). Enhancing the effectiveness of work groups and teams. Psychological Science in the Public Interest, 7(3), 77-124. https://doi.org/10.1111/j.1529-1006.2006.00030.x
What the MGT 726 Week 4 instructions ask
In Week 4, the MGT 726 prompt calls for a research-based design of a high-performing work team. Typical requirements include reviewing research on team effectiveness, specifying team composition, goals, structure and processes, addressing leadership and organizational support, considering virtual or global teams where relevant and proposing measures of performance and team health. Some prompts ask students to critique popular team models. Use peer-reviewed research, justify each design choice with evidence, address the specific challenges of the team's setting and support each choice with APA-cited research. Describe how the design will be tested and adjusted once the team begins work, since early months reveal problems no design anticipates.
How this MGT 726 Week 4 example is built
A new team building connected instrument software, with half its members in Iowa and half in India, faces both the ordinary challenges of teams and the extra ones of distance, and the paper designs for both. Team research describes effectiveness as emerging from inputs, processes and states such as trust and shared understanding. Innovation research finds that vision, task orientation, communication and support for innovation predict team innovation. Virtuality research shows that dispersion, electronic dependence and national diversity hinder innovation unless psychological safety is high. The design sets a shared goal, balanced roles across sites, overlapping work hours, deliberate trust-building and measures of both output and team health.
MGT 726 Week 4 grading rubric: where the points go
Strong team design papers connect research to specific choices and address the team's particular context. Faculty credit accurate use of team effectiveness frameworks, evidence-based choices on composition, goals, roles and processes, attention to emergent states such as trust and psychological safety and serious treatment of virtual or global challenges. Leadership and organizational support should be addressed, not assumed. Measures that capture both performance and team health show sophistication. A proposed way to study the team's development links practice to research. Correct APA citations and a clear structure complete the paper. Fairness between locations also matters, such as who bears inconvenient meeting times and who gets visible credit, since perceived inequity is a common source of conflict in distributed teams and research on virtual teams highlights it repeatedly.
MGT 726 Week 4 help: mistakes to avoid
Students often list generic team best practices without justifying them with research. Tie each choice to evidence. Another frequent gap is ignoring the team's context, such as distance, time zones or culture. Design for it. Students also neglect emergent states like trust, which form over time and need deliberate attention. Plan for them. Avoid assuming technology alone solves virtual team problems. Address leadership and organizational support. Include measures of team health, not only output. Finally, explain how the design will be adjusted as the team develops, since early months reveal problems no design anticipates. Check whether one location dominates decisions or credit, and correct it early.
Related MGT 726 sample papers
Other MGT 726 week samples
- MGT 726 Week 1: Emerging Managerial Practices
- MGT 726 Week 2: Organizational Agility
- MGT 726 Week 3: Adapting Best Practices
- MGT 726 Week 5: Global Communication Strategies
- MGT 726 Week 6: Creativity and Adaptive Approaches
- MGT 726 Week 7: Research on Management Innovation
- MGT 726 Week 8: Integrative Scholarly Paper
More DBA sample papers
- BUS 721 Week 4: Implementation Success and Failure
- BUS 733 Week 4: Leading Transformational Change
- FIN 711 Week 4: Venture Valuation Methods
- MGT 711 Week 4: Macroeconomic Factors
MGT 726 Week 4 questions, answered
What does MGT 726 Week 4 usually cover?
It usually covers designing high-performance work teams: team effectiveness research, composition, goals, roles, processes, leadership, organizational support, virtual and global teams and measures.
Where can I find a free MGT 726 Week 4 sample paper?
A complete doctoral design for a team split between Iowa and India, with notes on the research behind each choice, is on this page. Ask for a no-cost first draft of your own team design.
What predicts team innovation?
A large meta-analysis found that shared vision, task orientation, internal communication and support for innovation were among the strongest team-level predictors of innovation.
How does virtuality affect teams?
Research finds that geographic dispersion, reliance on electronic communication and national diversity can hinder innovation, but these effects weaken when teams have a psychologically safe communication climate.
What are emergent states in teams?
Properties such as trust, cohesion, shared understanding and psychological safety that develop as team members interact and that shape later performance.
Write yours, or have the desk draft it
This paper is an original model document written by our desk, not a submitted student paper and not an official University of Phoenix document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.
Request this one custom, free · All MGT 726 week samples · All courses