MAN4741 – Agile Project Management is a 3-credit upper-division course on managing projects using iterative, adaptive methods rather than the sequential plan-execute model. It covers the agile mindset and its underlying reasoning, the major frameworks — principally Scrum and Kanban — the practices that make them work, and the organizational realities that make them difficult.
The course exists because a large share of project work no longer fits traditional planning. Where requirements are uncertain, technology changes during delivery, or the customer cannot fully specify what they want in advance, a detailed up-front plan becomes a liability rather than an asset. Agile methods respond by delivering in short increments and using feedback instead of foresight.
Content covers the origins of agile — the problems it was a response to, and the Agile Manifesto's values and principles; predictive versus adaptive approaches — and how to choose between them; the agile mindset — empiricism, transparency, inspection, and adaptation; Scrum — roles, events, and artifacts; the product owner role — and why it is the hardest to fill well; the scrum master role — facilitation and impediment removal; the development team — self-organization and cross-functionality; the product backlog — refinement, ordering, and the definition of ready; user stories — writing them, acceptance criteria, and INVEST; estimation — relative sizing, story points, and planning poker; sprint planning, daily scrum, review, and retrospective; velocity and forecasting; the definition of done; Kanban — visualizing work, limiting work in progress, and flow metrics; scaling — approaches and their trade-offs; agile in non-software contexts; metrics and reporting to stakeholders; common failure modes; and certification pathways.
Florida demand is broad because agile methods have spread well beyond software: Tampa and Jacksonville financial services, Orlando simulation and hospitality technology, health systems, and state government technology projects all use them. Many roles are remote-eligible. The honest caveat is that scrum master is not reliably an entry-level role — organizations hiring one usually want someone who has worked on a delivery team — so pair this coursework with domain or technical experience rather than expecting the certification alone to open the door.
The misconception that most damages both students and organizations. Agile methods are frequently caricatured as an excuse to skip documentation, avoid commitments, and change direction at will. That is not agile; it is the absence of method, and it produces worse outcomes than traditional planning.
The actual claim is narrower and better supported: when requirements are uncertain, detailed long-range plans are unreliable, so it is more effective to plan in depth for a short horizon, deliver something usable, and re-plan with what you learned. Agile teams plan constantly — every sprint, every day — and they produce documentation, just at the point where it is useful rather than in advance of knowing what is needed.
The corollary matters for the course's decision content: agile is not always the right choice. Where requirements are genuinely stable and well understood, where regulatory approval demands full specification up front, or where the cost of change is enormous — construction, aerospace hardware, some medical devices — predictive planning is appropriate. Being able to choose deliberately, rather than applying one method by default, is what distinguishes a manager from a follower of fashion.
The most consequential practical warning in the course. Velocity is the amount of work a team completes per sprint, used to forecast how much they might complete next. It is useful precisely because it is an honest local measure.
The moment management uses velocity to evaluate a team — or worse, to compare teams — it stops being honest. Story points are relative and team-specific, so cross-team comparison is meaningless by construction. And a team measured on velocity will inflate estimates, which raises the number while delivering exactly the same work. The metric improves and nothing else does.
This is a specific instance of a general management lesson worth carrying well beyond agile: a measure used as a target stops measuring what it did. The defensible uses of velocity are forecasting a release date and noticing a trend the team should discuss in a retrospective. The indefensible uses are appraisal, comparison, and targets. If you become a manager, this is the mistake you are most likely to be asked to make.
Worth knowing because it is the least-discussed and most common failure point. Scrum places one person — the product owner — in charge of ordering the backlog and deciding what is built. The role requires domain knowledge, decision authority, and availability, and organizations routinely supply someone with at most one of the three.
The recognizable failure patterns: a product owner who cannot actually decide, because real authority sits with a committee or an executive, so decisions are deferred and the team stalls; one who is unavailable, so questions block work for days; one who acts as a ticket-passer, relaying requests without prioritizing, which pushes prioritization onto the team or nobody; and a backlog that is a wish list rather than an ordered list, which is the same as having no priorities.
The underlying point is that agile requires organizational change, not just team practice. A team can run perfect ceremonies and still fail if the surrounding organization will not delegate decisions. Recognizing that distinction is what separates a useful practitioner from someone performing rituals.
The event most often cut and the one worth protecting. Sprint planning, daily scrum, and review manage the current work. The retrospective is the only event that changes how the team works, which makes it the mechanism by which everything else gets better — and it is the first thing dropped when a team is busy.
What makes one effective: psychological safety, since a retrospective where people cannot say what is actually wrong is theatre; a focus on the system rather than individuals; producing a small number of concrete, owned actions rather than a long list of observations; and following up on the previous retrospective's actions, since nothing kills participation faster than watching agreed changes never happen.
The failure mode to recognize: retrospectives that surface the same problems every sprint. That is not a retrospective problem — it is a signal that the issues are outside the team's authority, which is information worth escalating rather than repeating.
Practical career advice about a field with an unusually crowded certification market. A two-day course and a short examination produces a Certified ScrumMaster, and enormous numbers of people hold one; it is a reasonable way to demonstrate familiarity and a poor way to demonstrate capability. Employers know this.
What actually differentiates a candidate: having worked on a team that used these methods, in any role, and being able to describe specifics — how the backlog was ordered, what happened when a sprint goal was missed, what a retrospective actually changed, where the process broke down and why. Interview questions in this field probe exactly there, and the difference between someone who has lived it and someone who has memorized the Scrum Guide is immediately obvious.
Practical route: get onto a real project in any capacity, use a real tool, and treat the certification as supporting evidence rather than the qualification. Scrum.org's open assessments are free and are a better test of whether you actually understand the framework than most paid courses.
MAN4741 sits in the upper-division management sequence alongside MAN4583 (project management) and MAN4584 (project risk management), with related coursework at MAN4504 (operational decision making), MAN4520 (quality management), MAN4535 (business process analysis), and MAN3025 or MAN3353 (principles of management) below. Project management also appears under GEB numbers at some institutions and under CGS or ISM prefixes where it is taught within information systems.
Because this is a 4000-level course, the transfer boundary that matters is lower division to upper division — a 2000-level project management course does not satisfy a 4000-level requirement, which regularly catches A.S.-to-B.A.S. transfer students. Several Florida supply chain and management bachelor's degrees are Bachelor of Applied Science programs built on specific associate pathways; follow your university's published articulation.
Worth stating precisely, because the numbering is often misread. In Florida's Statewide Course Numbering System the first digit denotes the year in which the course is normally offered — 1 for the first year, 2 for the second, and so on — not how well it transfers. 1000- and 2000-level courses transfer transparently between Florida public institutions, and 3000 to 4000 transfers without difficulty since both are upper division. The boundary that matters is lower division to upper division: taking a 2000-level course toward a 3000-level requirement is the problematic step. PSAV (0-level) courses do not transfer as college credit at all; that pathway runs through articulation agreements instead.
Separately, SCNS equivalency is keyed to the course number. A program requiring a specific number is satisfied by that number from any participating institution; a different number with similar content still transfers as credit, but the receiving program decides whether it fills that requirement or counts as elective. That is a curriculum question for an advisor, not a barrier to the credit transferring.
Generated September 2, 2026 · Updated September 2, 2026