| Course | MGT 646 Project Management Organizational Framework |
|---|---|
| Module | Module 7 |
| Paper type | MBA execution and quality paper |
| Length | About 1,026 words, 6 pages |
| Format | APA 7 student paper |
| School | Aspen University |
| Program | Master of Business Administration |
| Updated | October 2026 |
Free sample paper for MGT 646 Module 7
Build It Whole, Early and Often: Execution and Quality for SmartSync
Student Name
Master of Business Administration, Aspen University
MGT 646: Project Management Organizational Framework
Instructor Name
Month Day, Year
Build It Whole, Early and Often: Execution and Quality for SmartSync
Plans do not build products. With the charter, stakeholder plan, scope, schedule, budget and risk register complete, SmartSync moves into the months where most of the money is spent and most of the surprises appear. This module sets how the work will be carried out, how quality will be assured and how the team will work together. Where the case file is silent, the specifics are invented for illustration.
The Execution Strategy
The biggest execution risk on a product like SmartSync is that each part works on its own and the whole does not. Hardware, firmware, speech models and the app are built by different groups on different rhythms, and a late integration can reveal that the microphones pick up the speaker's own sound, that the model is too slow on the real chip or that setup fails on certain routers. The strategy is to assemble a whole unit every month from the latest version of every part, starting with hand-built boards in month four and moving to validation build units as they arrive.
MacCormack et al. (2001) studied internet software projects and examined which development practices were associated with better products. Projects that released early versions to customers, integrated the whole system early and had teams with broad experience of earlier product generations tended to produce better results. Early feedback, both technical and from users, let teams change course while change was still cheap. Their setting was software, but the logic applies to any product whose parts interact in ways that cannot be fully predicted.
Two Kinds of Quality Work
Sitkin et al. (1994) argued that total quality management had blended two different aims. Total quality control seeks reliability by standardizing work, measuring against known targets and reducing variation, which suits tasks that are well understood. Total quality learning seeks to discover better ways of working through experimentation and exploration, which suits tasks with high uncertainty. Applying control methods to uncertain work can suppress the experimentation that would reveal what works.
The learning activities are run as experiments. When accuracy falls short in a noisy kitchen, the team does not simply log a defect; it tests whether more data, a different microphone setting or a different model size helps, and records what it learned.
| Quality activity | Standard | Kind | Owner |
|---|---|---|---|
| Manufacturing end-of-line test | Every unit passes audio, Wi-Fi and button tests | Control | Hardware lead |
| Wireless certification | Regulatory emissions limits | Control | Quality engineer |
| Code review and automated tests | All changes reviewed; tests pass | Control | Firmware and app leads |
| Speech accuracy testing | Target 95%, explored across rooms, accents and noise | Learning | Machine learning lead |
| Household setup testing | 90% set up in under five minutes; reasons for failures studied | Learning | Product owner |
| Privacy review by outside researchers | No audio sent by default; findings invited | Learning | Firmware lead |
Teamwork Quality
Hoegl and Gemuenden (2001) studied software development teams and proposed teamwork quality as a measure of how well team members collaborate. It has six facets: communication, coordination, balance of member contributions, mutual support, effort and cohesion. Teamwork quality was related to team performance, particularly effectiveness, and to the personal success of members, such as learning and satisfaction. On SmartSync, the facets turn into practices. Communication and coordination are supported by a single defect list visible to all teams and a shared integration day each month, when the leads assemble and test the whole unit together. Balance of contributions means that the machine learning lead has the same voice at integration reviews as hardware. Mutual support is encouraged by pairing firmware and machine learning engineers on the speed problem.
Integration Day in Practice
Integration day falls on the month's first Tuesday, when the hardware, firmware, machine learning and app leads meet in the test lab with the newest build of every part. By noon, a unit is assembled and flashed. In the afternoon, the team runs a fixed script of fifty commands in the mock kitchen and living room, sets the unit up on three different home routers, connects it to each partner device and checks the privacy switch. Results go on the shared defect list before anyone leaves. The day is deliberately the same each month so that changes in results reflect changes in the product rather than in the test.
Gates and Sprints Together
The hybrid life cycle chosen in Module 1 creates a coordination problem during execution. Hardware moves in large steps between validation builds months apart, while software changes every two weeks. Integration day bridges the two: each software sprint is planned to deliver something testable on the next integration day, and each validation build is scheduled to arrive just before one. The product owner sets sprint priorities partly by what integration day revealed, so the slower hardware rhythm feeds the faster software one rather than being ignored by it.
Suppliers in Execution
The chip supplier, tool maker and contract manufacturer each send a representative to integration day once their work begins. Problems with a supplier's part are discussed with the supplier present, which avoids long chains of email and lets the supplier see how its part behaves in the whole product.
Surfacing and Fixing Problems
Problems found on integration day are triaged the same afternoon: each gets an owner and a target date. Problems that threaten the buffer go to the project manager and, if needed, the sponsor. The team also tracks how long defects stay open by category; a growing backlog in one area, such as partner device connections, is treated as a signal that the area needs more people or a different approach, not only more effort. Every quarter, team members answer a short anonymous survey on the six teamwork facets, and the project manager discusses the results with the leads, looking especially at balance of contributions and mutual support, which tend to slip when deadlines tighten.
Conclusion
MacCormack and colleagues support building the whole product early and often, Sitkin and colleagues separate checks that confirm standards from those that discover them, and Hoegl and Gemuenden explain why teamwork quality deserves deliberate practices. Together they turn the plan into a way of working.
References
Hoegl, M., & Gemuenden, H. G. (2001). Teamwork quality and the success of innovative projects: A theoretical concept and empirical evidence. Organization Science, 12(4), 435-449. https://doi.org/10.1287/orsc.12.4.435.10635
MacCormack, A., Verganti, R., & Iansiti, M. (2001). Developing products on "Internet time": The anatomy of a flexible development process. Management Science, 47(1), 133-150. https://doi.org/10.1287/mnsc.47.1.133.10663
Sitkin, S. B., Sutcliffe, K. M., & Schroeder, R. G. (1994). Distinguishing control from learning in total quality management: A contingency perspective. Academy of Management Review, 19(3), 537-564. https://doi.org/10.5465/amr.1994.9412271813
Reading the MGT 646 Module 7 assignment instructions
Aspen's MGT 646 covers execution strategies, and Module 7 usually asks how the SmartSync project will carry out its plan, assure quality and keep the team performing. Your classroom's Module 7 page governs the format, and the case details assumed here may differ from yours. Describe the execution strategy and why it fits the product. Build a quality plan with standards, methods and owners. Distinguish quality checks that confirm known standards from those meant to discover what works. Plan practices that support teamwork. Explain how problems will surface and be fixed. Ground the strategy in research cited in APA 7 form and keep it consistent with earlier modules. Show how fast and slow parts of a hybrid life cycle will be coordinated during execution.
How the MGT 646 Module 7 example is put together
The execution strategy assembles a whole SmartSync unit from the latest hardware, firmware, models and app every month, starting in month four with hand-built boards. MacCormack, Verganti and Iansiti's Management Science article studied internet software projects and found early system integration and early beta releases associated with better products. Sitkin, Sutcliffe and Schroeder's Academy of Management Review article separated total quality control, suited to stable tasks, from total quality learning, suited to uncertain ones. Hoegl and Gemuenden's Organization Science article identified communication, coordination, balance of contributions, mutual support, effort and cohesion as facets of teamwork quality. The quality plan treats manufacturing tests and certification as control and speech accuracy and setup testing with households as learning. Team practices include a shared integration day each month and a single defect list.
Where the marks sit in the MGT 646 Module 7 rubric
Execution papers succeed when the strategy fits the product's risks and quality is planned rather than assumed. This example justifies early, repeated integration through MacCormack, Verganti and Iansiti, uses Sitkin, Sutcliffe and Schroeder to separate control checks from learning checks and applies Hoegl and Gemuenden's teamwork facets to concrete practices. The quality plan table assigns standards and owners, and the problem-handling process shows how execution adjusts. Links to the schedule, budget and risk register keep the course project connected. A concrete description of how the team meets, tests and decides each month gives readers confidence that the strategy will happen in practice.
MGT 646 Module 7 help: mistakes that cost marks
Execution papers often restate the plan rather than explaining how the work will actually be carried out. Describe the rhythm of work and how parts come together. Another weakness is a quality plan that lists inspections without standards or owners. Distinguish checks that confirm a known standard from experiments that test what works, because they need different treatment. Address teamwork directly with practices, not slogans. Explain how problems surface and who fixes them. Finally, connect execution choices to the risks identified in the previous module. Describe a routine the team will actually follow, with a day, a place and a fixed test script, rather than general commitments to communicate well.
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MGT 646 Module 7 questions, answered
What does MGT 646 Module 7 usually ask for?
Aspen's MGT 646 usually asks how the SmartSync project will be executed and its quality assured in this module. Begin with your classroom prompt.
Why integrate a product early?
MacCormack, Verganti and Iansiti found that early system integration and early customer feedback were associated with better product performance in fast-changing markets.
What is the difference between quality control and quality learning?
Sitkin, Sutcliffe and Schroeder argued that control suits well-understood tasks with known standards, while learning suits uncertain tasks where the right standard must be discovered.
Where can I find a free MGT 646 Module 7 sample paper?
The example above sets an execution strategy and quality plan for the SmartSync AI home assistant.
What is teamwork quality?
Hoegl and Gemuenden's concept with six facets, communication, coordination, balance of member contributions, mutual support, effort and cohesion, linked to the success of innovative projects.