
Explore the CAPM overview with expert insights on the 7th edition, domain-based exam design, agile influences, and how to prepare for the entry-level certification.
Adopt the PMI way of thinking, embracing 12 principles and 5 domains, prioritizing generally accepted best practices and value-driven project delivery in CAPM.
Explore the CAPM exam overview: a 3-hour test with 150 questions (135 scored, 15 pretest) featuring multiple choice, multiple select, matching, and diagrams, plus break and retake policies.
Explore essential capm exam resources, including the examination content outline, official guides, and practice questions, with guidance on agile and predictive domains.
Explore project management methodologies, from PMI risk processes: identify risks, log them, qualitative and quantitative risk analysis, plan responses, to agile frameworks like scrum, kanban, and lean, plus tailoring workflows.
Explore the project management guiding principles, aligned with the PMI code of ethics, blending predictive and agile methods to tailor approaches, engage stakeholders, build quality, optimize risk, and embrace change.
Explore the eight project management domains used in CAPM, including stakeholders, team, development approach, life cycle, delivery, and metrics like KPIs and OKRs in a VUCA context.
Explore the PMI code of ethics and professional conduct, emphasizing responsibility, respect, fairness, and honesty, with guidance on mandatory standards, aspirational goals, and ethical decision making.
Explore project management terminology for CAPM prep, defining a project as temporary and unique, and detailing the project charter, sponsor, stakeholders, progressive elaboration, and lessons learned.
The project management plan is the most important predictive document, aggregating sub-plans such as communications, risk, stakeholder, quality, budget, and schedule, with integrated change control guiding authorized changes.
Balance competing constraints by evaluating how changes to time, cost, and scope ripple through quality, resources, and risk, recognizing the domino effect on schedules and budgets.
Explore the planning performance domain, showing how predictive and agile planning save time with holistic plans that cover scope, schedule, budget, stakeholders, and sprint work.
Plan and manage the project schedule by estimating tasks with progressive elaboration and appropriate detail levels for work packages, using sprint planning in adaptive contexts.
Identify risks, assess them qualitatively by probability and impact, then quantify time and cost with tornado diagrams and expected monetary value; plan and monitor responses, mitigate, avoid, transfer, or accept.
Learn to build a stakeholder management plan by identifying stakeholders, assessing power, interest, and influence, and documenting engagement strategies using stakeholder analysis, registers, and an engagement matrix.
Close a project or phase by defining closure criteria, confirming stakeholder readiness, and updating documentation for scope, schedule, budget, risk, and lessons learned.
Identify and manage project stakeholders in a predictive environment, including project manager, sponsor, coordinator, functional manager, and PMO; use stakeholder analysis to map influence, interest, and urgency.
Compare the project manager and sponsor roles, showing the project manager as the team leader using servant leadership to drive goals, while the sponsor provides vision, resources, and strategic alignment.
Discover agile roles and servant leadership, including the product owner, scrum master, and agile coach, and learn how cross-trained, self organizing teams handle stakeholders, user stories, and the product backlog.
Discover how a project team delivers outcomes within organizational culture, using RACI charts, resource management plans, and a team directory. Embrace diversity and inclusive collaboration across agile and predictive environments.
Develop emotional intelligence to lead projects, leveraging self-awareness, self-management, social awareness, and relationship management. Use empathy, effective communication, and problem solving to boost team performance.
Discover how to initiate a project with the project charter, business case, and benefits management plan, including high-level requirements, budget, milestones, and risk assessment.
Learn how to manage project communications with stakeholder analysis, a formal communication plan, and two-way communication with feedback. Explore channel calculations, change updates, and tailoring detail and timing for shared understanding.
Use meetings to build shared understanding and gather feedback, guiding project planning, risk review, and team collaboration. Explore common types like brainstorming, kickoff, planning, and daily standups.
Learn problem-solving techniques for project teams, including negotiation, conflict management, brainstorming, Delphi technique, nominal group technique, affinity diagrams, and collaborative approaches to resolve conflicts.
Explore how functional, matrix (weak/balanced/strong), projectized, organic, virtual, and composite structures shape a project manager's power and access to resources in predictive project management.
Decide project type—predictive, hybrid, or agile—by assessing needs and stakeholders. Use expert judgment, SMART objectives, and triple constraints to define deliverables such as business case, project overview, and implementation plan.
Learn how the critical path method identifies the longest path in a network diagram to determine project duration, and sequence activities using finish-to-start and start-to-start dependencies with leads and lags.
Learn how earned value management uses earned value, actual cost, and planned value to assess project status on schedule and budget, including budget at completion, estimate at completion, and CPI.
Use the work breakdown structure to graphically decompose a project into work packages, connect product scope to project tasks, and assign WBS codes and dictionary details.
Plan quality standards to conform to customer requirements and manage the cost of quality using the PDCA cycle and quality tools, including Ishikawa diagrams, control charts, 80/20 rule, and audits.
Explore project integration management, unifying people, processes, and deliverables through initiating, planning, executing, monitoring and controlling, and closing to deliver to the customer in a predictive environment.
Explore project artifacts across methodologies, from strategy artifacts like business case and project charter to baselines, logs, and risk registers, linking WBS, OBS, and PBS to planning.
Learn how earned value, planned value, and actual cost drive cost and schedule variances, CPI, SPI, and TCPI to manage budget at completion in CAPM projects.
Compare predictive, adaptive, and hybrid development approaches in project management. Choose between waterfall and iterative methods based on requirements certainty, risk, and uncertainty.
Discover how adaptive environments handle high-uncertainty work and new design by applying agile values (four) and principles (twelve) through iterative problem solving and practices.
Explore iterative progression in adaptive project management, detailing iterations and feedback-driven cycles that analyze, design, prototype, build and test, and deliver, with continuous improvement and mvp considerations.
Compare predictive and adaptive projects by outlining scope, work, and planning differences. Adapt from WBS to backlog, evolving requirements, iterations, and prototypes as you move toward released versions.
Learn to track projects in predictive and adaptive environments using velocity, cycle time, burn up and burn down charts, and user stories across sprints to measure progress.
Learn about adaptive project artifacts, including con bond boards as visual information radiators, backlog tracking, and charts—burn down, burn up, feature charts, and cumulative flow diagrams—highlighting velocity and progress.
Explore Scrum, one of the most popular agile approaches, and learn its three pillars—transparency, inspection, and adaptation—plus the five values of openness, focus, commitment, respect, and courage.
Discover the scaled agile framework SAFe, its seven core competencies—lean leadership, technical agility, agile product delivery, enterprise solution delivery, portfolio management, organizational agility, and continuous learning.
Explore extreme programming and kanban as agile practices, highlighting test-first development, pair programming, continuous integration, time-boxed sprints, and visual work boards to improve flow and delivery.
Execute an agile project by continuous integration of work, testing at all levels, delivering value through automated tests and acceptance criteria, and applying test-driven and behavior-driven development.
Learn criteria for success in adaptive projects: aligned cross-functional teams, generalists and specialists, and a collaborative workspace. Apply agile practices—backlog, retrospectives, standups, and demos—to enable autonomy, improvement, and value delivery.
Explore the agile manifesto and its 12 guiding principles, emphasizing individuals and interactions, working software, customer collaboration, and responding to change to deliver value fast.
Explore a sprint planning session with a scrum flavor, detailing backlog refinement, ready-to-start stories, and the flow from in progress to production, including estimates and MVP focus.
This episode introduces business analysis within CAPM and shows how analysts and project managers elicit, document, and manage requirements to identify needs and deliver viable solutions.
Learn essential communication methods and tools for project management and business analysis, including stakeholder analysis, the racy matrix, and choosing written, verbal, or face-to-face communication.
Discover how business analysts communicate between project teams and operations, gathering customer requirements, using personas, and aligning stakeholders through transparent, flexible communication strategies.
Learn how elicitation uncovers true needs through stakeholder interviews, surveys, face-to-face meetings, and workshops, distinguishing business, functional, nonfunctional, and transition requirements, and follow a structured prepare-plan-execute-document process.
Model and refine requirements by exploring scope, process, rule, data, and interface models; use cases and user stories with invest criteria.
Link requirements to deliverables using a requirements traceability matrix to ensure business value, control scope, and support predictive and adaptive project management.
Explore how product roadmaps align strategy and execution across portfolio, program, and project levels, covering adaptive and predictive approaches, release order, and success criteria.
Explore how business analysts and project managers collaborate in predictive project management, clarifying stakeholder engagement, requirements management, and change management, guided by the business analysis practitioners guide.
Discover how business analysis adapts to iterative, adaptive, time-boxed cycles, emphasizing rapid requirements elicitation, ongoing feedback, and focused integration of product features within an evolving roadmap.
Learn how acceptance criteria define and evaluate solutions in CAPM, across predictive, adaptive, and hybrid projects, using business analysis, definition of done, and story elaboration.
Validate evaluation activities by defining acceptance criteria early, aligning them with requirements, traceability matrices, and the product backlog to ensure the definition of done.
Sign up for the CAPM exam on PMI.org, create an account, and learn requirements: high school diploma, 23 hours of training, no experience, and 15 PDUs every 3 years.
The Certified Associate in Project Management (CAPM) is a credential offered by the Project Management Institute (PMI). The CAPM certification is designed for individuals who are interested in project management and have less experience in the field, as it demonstrates knowledge and understanding of the fundamental principles and terminology of project management.
The CAPM course typically consists of classroom or online training and culminates in a certification exam. To be eligible for the CAPM certification exam, candidates must have a secondary diploma (high school diploma or equivalent) and either 1,500 hours of project experience or 23 hours of project management education.
Overall, the CAPM certification provides a solid foundation for individuals who want to start their career in project management or are interested in enhancing their knowledge and understanding of project management concepts and terminology.
Learning Objectives
· Understand the fundamental principles of project management:
· Learn project management terminology
· Understand the project management process
· Learn project scope management
· Learn project schedule management
· Learn project cost management
· Learn project quality management
· Learn project resource management
· Learn project communication management
· Learn project risk management
To be eligible to take the Certified Associate in Project Management (CAPM) exam, candidates must meet one of the following prerequisites:
1. Secondary degree (high school diploma or equivalent): Candidates must have a secondary degree and at least 1,500 hours of professional experience on a project team or 23 hours of project management education.
2. Higher education degree: Candidates must have a higher education degree (associate's, bachelor's, or equivalent) and at least 1,500 hours of professional experience on a project team or 23 hours of project management education.
NOTE: This course will help prepare students to take the new Certified Associate in Project Management exam that was updated in January 2023 to match the PMBOK Guide 7th edition as well as incorporate Agile and Business Analysis topics.
Any changes implemented after January 2023 are not included.