PMI-ACP Agile Certified Practicioner Exam Preparation- 28PDU

Embrace the agile mindset and principles to foster collaboration, shared vision, working agreements, and continuous learning, and understand how agile fixes time and cost while allowing scope to vary.

Explore the agile manifesto's four values and twelve principles, revealing how individuals and interactions, working systems, customer collaboration, and embracing change drive knowledge-work projects.

Explore the agile manifesto's 12 principles, including early delivery of valuable software, welcoming change, and delivering working software frequently. Emphasize daily collaboration, sustainable pace, simple designs, and self-organizing teams.

Explore core agile methodologies such as Scrum and Extreme Programming, and learn how teams tailor approaches like lean product development, Kanban, FDD, DSDM, and Crystal for the PMI-ACP exam.

The lecture explains the three scrum artifacts, product backlog, sprint backlog, and product increment, and their commitments—product goal, sprint goal, and definition of done—to maximize transparency and guide progress.

Explore XP as an agile software development method delivering high quality software and faster responses to changing requirements. Emphasize its five core values—simplicity, communication, feedback, respect, and courage.

Explore extreme programming roles, including the customer who defines requirements and priorities, the coach who mentors and facilitates, and the programmers and testers who build and assure quality.

Explore XP's 13 core practices, from whole-team collaboration and planning games to continuous integration, TDD, refactoring, and pair programming, enabling small releases and sustainable pace.

Lean product development, drawn from manufacturing, teaches eliminating waste, amplifying learning, deferring decisions, delivering first, empowering the team, building quality in, and optimizing the whole.

Explore the dynamic systems development method (dsdm), an agile, iterative, and incremental approach that delivers business value through early prioritization and continuous collaboration across six phases.

Explain why agile fits high uncertainty projects, contrast definable and uncertain work, and introduce Stacey Complexity Model, Complex Adaptive Systems (CAS), and Cynefin model to select the right life cycle.

Adopt an agile, safe-to-fail environment guided by servant leadership to navigate high uncertainty, using short feedback loops, experimentation, and empowering self-organizing teams to continuously learn and improve.

Foster psychological safety by promoting a no blame culture, encouraging dialogue over debate, and soliciting constructive feedback to improve processes. Empower teams to challenge the status quo and experiment.

Embrace change by cultivating a growth mindset, adapting processes, and developing cross-functional skills. Continuously adapt product needs through learning, feedback, and iterative backlog refinement.

Build transparency in agile projects by using information radiators, kanban boards, burndown and velocity charts, daily standups, feedback loops, sprint reviews, and retrospectives to expose progress, risks, and learning.

Promote a collaborative team environment by establishing a shared vision and working agreements, forming a high-performing team, using retrospective findings to improve, and applying collaboration practices to break down silos.

This lecture reviews PMI-ACP exam questions with detailed explanations, covering adaptive planning, responding to change, scrum of scrums, documentation in regulated environments, sprint constraints, and daily standup practices.

This quiz-driven lecture explains agile ceremonies, retrospectives, adaptive planning, self-organizing teams, and customer collaboration for PMI-ACP exam prep.

Analyzes the Agile Manifesto principles and values through quiz questions, linking practices like team empowerment, working software, customer collaboration, and daily collaboration to agile techniques and outcomes.

Lead agile teams by applying principles and systems thinking to classify scenarios, assess risks, interpret agile suitability tools, integrate agile models, and establish vision and working agreements to foster collaboration.

Explore servant leadership as an agile approach that empowers teams through self-awareness, learning, experimentation, and open communication. Leverage collaboration, accountability, and removing impediments to drive continuous improvement and value delivery.

Explore servant leadership responsibilities like building communication, removing impediments, and paving the way for teams, while understanding the agile role of the project manager and the importance of interpersonal skills.

Build an agile team that is self-organizing and cross-functional, with roles like Product Owner, Scrum Master, and developers, empowered and safe to experiment; explore Shu-Ha-Ri, Dreyfuss, and Tuckman models.

Learn how agile teams create a collaborative space for face-to-face communication and co-location. Explore tacit and explicit knowledge transfer, osmotic communication, and challenges of time zones and distributed teams.

Track agile team performance using burndown and burnup charts, cumulative flow diagrams, and velocity to compare planned versus actual progress and forecast future work.

Discover why stakeholder engagement matters in agile projects and how to establish a shared vision with personas and definition of done, fostering stakeholder stewardship, feedback, and transparent communication.

Master agile modeling to visualize domain models and business process diagrams. Apply just in time model storming, look-ahead modeling, and event storming to improve collaboration and decision making.

Learn how progressive elaboration wireframes in agile environments use low-fidelity sketches to collaboratively develop and refine product vision, improving collaboration, reducing misunderstandings, and supporting iterative requirements and design.

Learn to communicate with stakeholders in agile projects through bidirectional information flow and face-to-face interaction. Employ information radiators, knowledge sharing, workshops, brainstorming, and collaboration games to align priorities.

Empowering agile teams through trust, transparent communication, motivation, coaching, and collective ownership of goals to boost collaboration, accountability, and performance.

Empower agile teams by applying training, coaching, and mentoring in the right contexts, and use emotional intelligence, non-verbal cues, and self-assessment tools to guide development.

Facilitate problem resolution by identifying root causes with root cause analysis, five whys, and Ishikawa diagrams, then co-create value-driven, timely solutions with accountability and continuous monitoring.

Define acceptance criteria, hold iteration reviews, and obtain formal approval to ensure the delivered increment meets customer expectations; apply transparency, collaboration, and continuous improvement with agile tools.

Explore practical PMI-ACP concepts through quiz question analyses, covering Shu-Ha-Ri levels, fishbowl engagement, burndown and burnup insights, agile coaching duties, and distributed team challenges.

Explore practical agile decision-making in sprint disruptions, backlog prioritization, stakeholder communication, and servant leadership, highlighting sustainable development and team empowerment.

Explains key quiz questions for agile prep, detailing team social contract, agile charter, listening modes (internal, focused), stakeholder value, fist to five voting, conflicts, planning and retrospectives, and wireframes.

This lecture explains PMI-ACP quiz questions in detail, revealing why each choice is correct or not, and covers stakeholders, backlog, definitions of done and ready, wireframes, and personas.

Prioritize value by collaborating with the product owner to rank backlog items using methods like MoSCoW, 100 point, dot voting, monopoly money, Kano analysis, and relative prioritization, aligning with MVP.

Validate the value delivered by agile teams through frequent verification and validation, addressing gulf of evaluation. Explore testing at multiple levels, continuous integration, and test-driven development and acceptance test-driven development.

Learn how agile contracting emphasizes collaboration over contract negotiation and value delivery. Build flexible agreements using a master agreement, schedules of services, and a lightweight statement of work.

Explore quiz 3.2 answers and rationales on agile backlog prioritization by business value, adaptive planning, and measuring benefits across iterations with burnup charts.

Explore agile contracting essentials, including accommodating changes and customer collaboration over contract negotiation. Learn how product backlog, product owner priorities, and flexible contracts guide evolving requirements.

Deliver high quality products by applying agile practices such as user stories, sprint planning, and retrospectives, while embracing continuous integration and continuous delivery with strong customer collaboration.

Explore agile decomposition using epics, features, user stories, and tasks with just-in-time breakdown, progressive elaboration, and timeboxing, while the product owner refines the backlog to plan iterations.

Explore agile estimation techniques, including affinity estimation, Fibonacci-based planning, t-shirt sizing, planning poker, and wideband Delphi, to assign story points, include ranges, and account for non-working times.

Map features and priorities with story maps, backbone, and walking skeleton to build a product roadmap, balance releases, and provide high-level estimates using affinity estimating and planning poker.

Plan iterations from iteration zero to hardening, use spikes to mitigate risks; conduct a timeboxed eight-hour planning, set iteration goal, select backlog items, break into tasks, and stand up daily.

Identify problems early with daily standups and measure lead time, cycle time, and throughput to forecast delivery; track WIP, defects, and trend with control limits to improve agility.

Balance value delivery with risk reduction by using a risk-adjusted backlog to rank features and risk responses, monetize risk, and monitor progress with a risk burndown graph.

Detect and solve agile project problems using daily standups, trend analysis, defects, and risk burndown graphs, integrate risk responses with the backlog, and engage the team through demos and retrospectives.

Overcome agile project challenges by strengthening communication, securing stakeholder buy-in, and improving day-to-day operations. Apply strategies like early QA integration, regular standups, sprint planning, flexible budgeting, and collaborative tools.

Agile emphasizes collecting lessons learned during each iteration and applying them to upcoming work to drive continuous improvement, guided by retrospectives, Kaizen, and the plan-do-check-act cycle.

Learn continuous improvement of existing processes through retrospectives, process tailoring, and value stream mapping, and assess project complexity with the Stacey Matrix to tailor agile methods.

Explore continuous improvement for an agile product through iterative development, reviews, and feedback loops. Learn how prototypes, simulations, and product demonstrations reveal gulf of evaluation and evolving requirements.

Explore how agile teams improve people through retrospectives and self-assessment, inspecting interactions and teamwork. Turn insights into action with SMART goals and prioritized changes for the next iteration.

Explore intraspectives as an agile reflection tool that enhances self-reflection, team dynamics, and continuous improvement through open communication and actionable insights. Contrast with retrospectives by emphasizing ongoing, real-time self-assessment.

Explore the learning cycle plan in agile project management, detailing inspection, adaptation, and learning, and how integrating PDCA into PDCLA enhances stakeholder alignment and continuous improvement.

Solve practice questions on calculating risk severity, interpreting risk burndown graphs, and recognizing refactoring, cycle time, and risk-adjusted backlog concepts in agile project management.

Explore practical agile decision making, from prioritizing impediments with the product owner and using a risk-adjusted backlog, to analyzing velocity, risk burndown charts and TDD practices.

Explore agile quiz content on root-cause analysis with the five whys, process cycle efficiency, value stream mapping, and retrospective-based continuous improvement across all agile approaches.

Master agile exam concepts on retrospectives, stakeholder engagement, value stream mapping, product demos, and root-cause analysis for practical, exam-ready understanding.

Apply agile practices in real life by using templates such as burnup charts, burndown charts, and a product backlog; download, tailor, and practice with PMI-ACP exam simulator over 700 questions.

Understand the product backlog as an emergent, ordered single source of work refined by the product owner, including sizing, priority, user stories, and a backlog template with ids and prefixes.

Learn how burndown charts track remaining work in agile projects, comparing planned versus actual work over iterations, with customizable axes and data templates.

Track team performance with a velocity tracking chart to forecast future iterations by analyzing completed story points and average velocity, updated via input and refresh in the pivot table.

Track project risks with a risk burndown graph that shows cumulative severity over time, calculated as probability times impact, and update risks and months from raw data.

Learn how to use kanban boards in Miro to visualize workflows, manage work in progress, and assign tasks with swimlanes, colors, dependencies, and access controls.

Use Microsoft Planner to create a virtual Kanban board with columns like product backlog, to do, doing, and done, assign tasks, set due dates, and collaborate in real time.

Learn to use Miro's sailboat exercise to identify opportunities and threats for a new product, align stakeholders, and plan risk responses before prioritizing features.

Explore how wireframes create a shared vision among stakeholders by using Miro templates to build and share mobile and web screen flows, with editable boards, screen options, and export features.

Define and apply an agile team charter or social contract to establish values, norms, and working agreements, including ready and done definitions, timeboxing, work in progress limits, and decision rules.

Determine your PMI-ACP eligibility by education, agile experience, and 28 hours of agile practice, then navigate the 90-day application window, 10-day review, and recording of third-party certifications.

The video explains the PMI-ACP exam fees, compares member ($305) and non-member ($347) prices, and why applying for PMI membership before paying exam fees yields discounts and one-year renewal benefits.

Review the PMI-ACP application process: create a free PMI account, optionally apply for membership, enter your data, pay the exam fees, and anticipate an audit before one-year eligibility period starts.

Understand the PMI-ACP exam structure with 120 questions (100 scored, 20 unscored), a 3-hour duration, and four domains—mindset, leadership, product, and delivery—and how results are reported.

Reschedule or cancel your PMI exam up to 48 hours before the appointment; a 70 USD fee applies within 30 days, otherwise no charge. Refunds follow PMI policies.

Learn how to renew your PMI-ACP by earning 30 PDUs every three years through the CCR program, aligning with the PMI Talent Triangle and giving back.

Master PMI-ACP exam tips by prioritizing understanding over memorization, interpreting situational questions, eliminating wrong answers, identifying keywords, and managing time to avoid blanks and review efficiently.

Learn the PMI-ACP exam policies for online proctoring and Pearson VUE center testing, including identification, check-in, prohibited items, and three-attempt eligibility within one year.

Apply the PMI code of ethics and professional conduct by upholding responsibility, respect, fairness, and honesty; comply with mandatory standards, report unethical behavior, and manage conflicts of interest.

Follow a live PMI-ACP application demo: create an account, consider membership, enter education hours and agile plus general project experience, and complete eligibility in the dashboard.

Download your certificate of completion after reaching 100% progress to earn 21 PMI-ACP credit hours and prepare with six full practice exams and the PMI-ACP exam simulator.