| Course | MGT 571 Staffing, Leading and Controlling for Agile Environments (MGT/571) |
|---|---|
| Week | 1 |
| Paper type | Organizational agility analysis |
| Length | about 1,156 words, 4 double-spaced pages plus title page and references |
| Format | APA 7 student paper |
| School | University of Phoenix |
| Program | MBA |
| Updated | October 2026 |
Free sample paper for MGT 571 Week 1
Can an Orthopedic Implant Maker Be Agile Under FDA Rules? Defining Agility for Tippecanoe Orthopedic Systems
[Student Name]
University of Phoenix
MGT/571: Staffing, Leading and Controlling for Agile Environments
Week 1 Assignment
[Instructor Name]
[Date]
Tippecanoe Orthopedic Systems and all figures are composites written for a model paper; regulatory points are general and should be confirmed with regulatory specialists.
Tippecanoe Orthopedic Systems, a composite company in Warsaw, Indiana, designs and manufactures knee and hip implants, surgical instruments and, increasingly, software that helps surgeons plan procedures. It employs 1,200 people, including 180 engineers and software developers, and sells mostly to hospitals and surgery centers in the United States. Its new instrument projects take about three years from concept to launch, while two larger competitors release updated instruments and planning software every year. Surgeons have begun asking sales representatives why Tippecanoe's tools lag. In a regulated industry, the question is not whether to be fast or careful but how to be fast in the places where speed matters while staying careful everywhere. This paper examines what agility means for Tippecanoe.
Defining Organizational Agility
Organizational agility is the capacity to sense changes and respond quickly by shifting strategy, resources and work. Doz and Kosonen (2010) described strategic agility as resting on three capabilities: strategic sensitivity, the ability to perceive change; leadership unity, the ability of the top team to make bold decisions together; and resource fluidity, the ability to move people and money quickly.
Agility and Its Costs
Teece et al. (2016) argued that agility is valuable under deep uncertainty but costly, because it requires slack resources, flexible structures and investments that may sit idle. Organizations should seek the level of agility their environment demands, not maximum agility everywhere.
Agile Methods
Agile methods, which began in software development, organize work in short cycles, deliver working pieces frequently, gather user feedback and rely on small cross-functional teams that manage their own work. Frameworks include Scrum and Kanban. Agile methods are one way to build team-level agility.
Evidence on Agile Methods
Serrador and Pinto (2015) surveyed managers on more than a thousand projects and found that projects using more agile methods reported better efficiency, stakeholder satisfaction and perceived overall success, while upfront planning remained important. Agile works best combined with enough planning, not in place of it.
Forces in Tippecanoe's Environment
Several forces demand agility. Surgeons expect digital planning tools updated regularly, like other software. Hospitals pressure prices through purchasing groups, forcing faster cost reductions. Competitors integrate robotics and software with implants. At the same time, implants themselves change slowly because of long clinical evidence requirements.
Regulation as a Constraint
Medical devices are regulated by the FDA, which requires design controls: documented requirements, design reviews, verification, validation and traceability. In February 2026, the FDA's updated quality system regulation took effect, aligning U.S. requirements more closely with the international ISO 13485 standard. Regulation does not forbid agile methods but requires that iterative work be documented and controlled.
Agile Within Design Controls
Many device companies run agile development in sprints while maintaining design control documentation: requirements traced to user needs, design reviews at defined points and verification testing built into each cycle. Software teams can release planning-tool updates within validated processes, while implant design changes follow longer verification cycles.
Current Practices at Tippecanoe
Projects follow a sequential stage-gate process with handoffs from marketing to engineering to quality to manufacturing. Teams are organized by function. Decisions require approval from several department heads. Surgeon feedback arrives mainly at the end, during validation. Changes late in a project are expensive.
Strategic Sensitivity
Tippecanoe learns about surgeons' needs mainly through sales representatives and annual advisory panels. Competitors use surgeon design teams and usage data from their software. Strategic sensitivity is weak.
Leadership Unity and Resource Fluidity
The executive team agrees on goals but resolves trade-offs slowly, with each function protecting its budget. Engineers are assigned to projects for years, and budgets are set annually by department. Resources move slowly.
Lessons From Large-Scale Agile Transformations
Dikert et al. (2016) reviewed dozens of large organizations' agile transformations and found recurring challenges: resistance to change, difficulty coordinating many teams, integrating agile with non-agile functions and adapting quality practices. Success factors included management support, commitment to change, customizing the approach to the organization and training and coaching. For Tippecanoe, integrating agile teams with quality and regulatory functions will be the hardest part, and generic frameworks will need adapting to design control requirements.
The Cost of Slowness
Slowness carries a price. Sales data show that Tippecanoe lost about 4 percent of its knee implant share in two years, mostly in hospitals that adopted a competitor's robotic and planning system, which pulls implant sales with it. Surgeons who train on one company's planning software tend to stay with that company's implants. Faster software and instrument development therefore protects the much larger implant business, not just the smaller products themselves.
Who Gains and Who Loses Influence
Agility shifts authority. Cross-functional teams that decide priorities within a sprint reduce the role of functional managers who now approve each step. Quality and regulatory leaders may fear losing control over compliance. Engineers used to long, specialized assignments may find rapid cycles stressful. Naming these shifts early allows leaders to address them in the staffing and leadership work that follows.
Where Agility Fits
Agility matters most in planning software and surgical instruments, where surgeons want frequent improvement and changes can be verified quickly. It matters less in implant materials and designs, where clinical evidence and long-term safety dominate, and in validated manufacturing, where stability is essential.
A Comparison With a Competitor
One larger rival reorganized its digital surgery unit into product teams of eight to ten people several years ago, each with a product owner, engineers, a quality engineer and a regulatory specialist. It now releases planning software updates every quarter and gathers feedback from surgeons who use its tools daily. Tippecanoe does not need to copy this model, but it shows that agility and regulatory compliance can coexist in the same industry and that the gap is organizational, not legal.
Culture and Leadership
Tippecanoe's culture values quality and caution, appropriately for implants. Agility requires a complementary value of learning quickly from users. Leaders will need to show that faster cycles do not mean lower quality, for example by tracking defects and complaints alongside cycle time from the first agile project.
Scope for Agile Change
The recommended scope is to apply agile methods first to the planning software team and two instrument projects, with cross-functional teams including engineering, quality, regulatory and marketing members; to improve strategic sensitivity through a surgeon design council; and to make resource allocation more flexible through quarterly portfolio reviews.
What Success Would Look Like
Within two years, success would mean software updates every quarter, instrument development time cut from three years to under two, earlier surgeon feedback and no increase in quality issues or regulatory findings.
Conclusion
Tippecanoe needs more agility, but not everywhere. Its environment demands faster software and instrument development, while implants and manufacturing require stability. Agile methods can work within FDA design controls. Building strategic sensitivity, leadership unity and resource fluidity, starting with software and instruments, gives the company agility where it matters most.
References
Dikert, K., Paasivaara, M., & Lassenius, C. (2016). Challenges and success factors for large-scale agile transformations: A systematic literature review. Journal of Systems and Software, 119, 87-108. https://doi.org/10.1016/j.jss.2016.06.013
Doz, Y. L., & Kosonen, M. (2010). Embedding strategic agility: A leadership agenda for accelerating business model renewal. Long Range Planning, 43(2-3), 370-382. https://doi.org/10.1016/j.lrp.2009.07.006
Serrador, P., & Pinto, J. K. (2015). Does Agile work? A quantitative analysis of agile project success. International Journal of Project Management, 33(5), 1040-1051. https://doi.org/10.1016/j.ijproman.2015.01.006
Teece, D., Peteraf, M., & Leih, S. (2016). Dynamic capabilities and organizational agility: Risk, uncertainty, and strategy in the innovation economy. California Management Review, 58(4), 13-35. https://doi.org/10.1525/cmr.2016.58.4.13
What the MGT 571 Week 1 instructions ask
The opening MGT 571 assignment generally asks graduate students to explain what makes an environment agile and assess an organization's need and readiness for agility. Typical requirements include definitions of organizational agility and agile methods, forces in the environment that demand agility, characteristics of agile organizations such as decentralized decisions, cross-functional teams and rapid feedback, evidence on agile's effectiveness, limits and tradeoffs and an assessment of a specific organization. Some prompts ask students to identify where agility fits and where it does not. Use research, apply it to the organization's real constraints and cite sources in APA format. Separate parts of the organization that need agility from those that need stability.
How this MGT 571 Week 1 example is built
An implant maker whose rivals release new surgical instruments and planning software every year, while its own projects take three, faces pressure to become more agile, and the paper defines what that should mean. It separates strategic agility, the ability to sense and shift, from agile methods such as Scrum. Research shows agile methods improve project efficiency and stakeholder satisfaction but that agility has costs. The company's environment is analyzed: surgeon demand for digital tools, hospital price pressure and regulatory requirements. Current practices are assessed. The paper explains how agile can operate within FDA design controls, recommends agility for software and instruments first, not implant manufacturing, and defines measures of success.
MGT 571 Week 1 grading rubric: where the points go
Strong agility papers define terms precisely, distinguish organizational agility from agile methods and apply both to an organization's real situation. Faculty credit an analysis of environmental forces, evidence on agile's effectiveness and costs, an honest assessment of current practices and attention to constraints such as regulation. Recognizing that not every part of an organization should be agile in the same way shows judgment. A clear scope for change prepares the following weeks. Precise writing and accurate APA style finish the work. A candid look at what agility would cost and who might lose influence, also earns credit, since functional heads who now approve every decision may resist teams that decide for themselves, and a paper that names this is better prepared for the leadership and staffing questions that follow.
MGT 571 Week 1 help: mistakes to avoid
Students often treat agility as a slogan for being fast. Define it at the strategic, organizational and team levels. Another frequent gap is assuming agile methods fit every function. Explain where they fit and where they do not. Students also ignore constraints such as regulation, safety or contracts. Address them directly. Avoid claiming agile always works; cite evidence and costs. Assess current practices with examples. Consider culture and leadership, which often limit agility more than processes. Finally, set a scope for change, since trying to make everything agile at once usually fails. Describe what success would look like in measurable terms.
Related MGT 571 sample papers
Other MGT 571 week samples
- MGT 571 Week 2: Staffing for Agility
- MGT 571 Week 3: Leading Teams Through Change
- MGT 571 Week 4: Legal and Ethical Considerations
- MGT 571 Week 5: Controls and Agile Metrics
- MGT 571 Week 6: Strategic Execution
More MBA sample papers
- MGT 521 Week 1: Manager Profile and Career Fit
- MGT 526 Week 1: The Organization and Its Changing Environment
- MGT 566 Week 1: Strategic and Operational Planning
- MGT 576 Week 1: Opportunity Identification
MGT 571 Week 1 questions, answered
What does MGT 571 Week 1 usually cover?
It usually covers agile environments: definitions of organizational agility and agile methods, environmental forces that demand agility, characteristics of agile organizations, evidence and tradeoffs and an organizational assessment.
Where can I find a free MGT 571 Week 1 sample paper?
A full agility assessment for a regulated medical device company, with notes, appears on this page. Describe your organization and a complimentary first version can be prepared.
What is organizational agility?
The capacity to sense changes in the environment and respond quickly by shifting strategy, resources and work, supported by structures, people and processes that allow rapid adjustment.
Is agile the same as Scrum?
No. Agile is a broad approach emphasizing iterative work, customer feedback and empowered teams. Scrum is one specific framework for organizing agile team work in short cycles called sprints.
Can regulated industries use agile methods?
Yes, in many cases. Medical device and other regulated companies use agile methods for development while documenting design controls and quality requirements, though some activities, such as validated manufacturing, change more slowly.
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 571 week samples · All courses