Mastering CMMI: Process Improvement and Project Management

Discover how equivalent staging converts a capability level profile into maturity level ratings in CMMI appraisals, and examine process area categories and basic versus advanced process management.

Master project management by detailing planning, monitoring and control, requirements management, and supplier agreement management as basics, with integrated, risk, and quantitative management as advanced areas.

Explore engineering process areas across disciplines, including requirements development, technical solution, verification, validation, product integration, design reviews, and basic and advanced support like configuration management, measurement and analysis, and PCA.

Embed institutionalization by evolving processes from performed to managed to defined, aligning with organizational assets and standard processes. Ensure planning, resources, stakeholder involvement, and tailoring preserve effectiveness under stress.

Explore generic goals and GP 1.1 and GP 2.x in CMMi, showing how they transform inputs to outputs and establish a managed, policy-based process with planning and resources.

Senior management reviews provide visibility into process status and results for informed planning. The lecture explains gp 3 and gb 3.1–3.2, defining a tailored, defined process and collecting improvement data.

Explore how generic practices align with related process areas to institutionalize processes, plan the project, provide resources, train staff, manage configurations, monitor progress, and sustain improvement.

Identify and establish plans for project activities through structured estimation, WBS development, and defining life cycle phases, while securing stakeholder commitment and maintaining the project plan.

Learn how to establish a comprehensive project plan, manage budget and schedule, analyze risks, manage data and resources, involve stakeholders, and secure commitments for successful project execution.

Learn to monitor project progress against the plan using cost, effort, schedule, and other attributes, identify significant deviations, and apply corrective actions to keep objectives on track.

Manage all project requirements, including technical and non-technical, to align with plans and work products. Review with providers, commit to changes, and maintain bidirectional traceability across requirements and work products.

Mastering CMMI supplier agreement management guides acquiring products and services through defined supplier agreements, including supplier selection, agreement execution, acceptance, and smooth transition to the project.

Manage work product integrity by identifying, controlling, and auditing configuration items, establishing baselines, tracking changes, and maintaining status accounting with a change control board in agile environments.

Drive measurement and analysis by aligning objectives with information needs, specifying measures and collection techniques, and implementing analysis, reporting, and feedback to support informed decisions and corrective actions.

Explore how to collect, analyze, and store objective evidence, and communicate results to meet information needs and support informed decisions, corrective actions, and stakeholder engagement in CMMI projects.

Learn how process and product quality assurance (PCA) objectively evaluate processes and work products against applicable standards and procedures, identify non-compliances, and track them to closure through independent, criteria-based reviews.

Develop customer, product, and product component requirements by eliciting stakeholder needs, analyzing them through scenarios and functional analysis, and validating against risk and product backlogs.

Mastering CMMI: technical solution teaches how to evaluate, select, design, and implement product solutions, design interfaces, decide make/buy/reuse, and produce technical data packages across the product lifecycle.

Assemble product components into larger systems using an integration strategy and environment, ensuring interface compatibility and iterative evaluations through planned tests and continuous integration.

Explore the verification process to ensure work products meet requirements, covering preparation, verification methods, peer reviews, criteria, and defect removal throughout the product life cycle.

Demonstrate that a product or component meets its intended use in the intended environment by applying validation methods such as test, analysis, inspection, demonstration, and simulation with users and stakeholders.

Identify risks across the project life cycle and plan risk management to prevent threats from jeopardizing objectives. A forward looking approach engages stakeholders to define risk strategy and handling.

Tailor the project's defined process from organizational standards, manage the project through that process, and engage stakeholders using integrated project management.

Analyze and resolve decisions through a formal evaluation process that establishes criteria, identifies and evaluates alternatives, and selects recommended solutions to meet stakeholder needs with reduced subjectivity.

Define and maintain organizational process assets and the process asset library, plus rules for teams, to enable consistent processes, tailoring criteria, and life cycle models under work environment standards.

Plan, implement, and deploy organizational process improvements by analyzing strengths and weaknesses of processes and assets, drawing on measurements, appraisals, and lessons learned to meet business objectives.

Develop organizational training capabilities by identifying strategic and cross-group needs, delivering targeted training through varied vehicles, and evaluating effectiveness to support enterprise performance.

Explore organizational process performance (op) in high-maturity management, establishing quantitative baselines and models to predict and manage process performance across projects, guided by business objectives and shpos.

Establish the project's shpos and compose a process for quantitative project management, select critical subprocesses and measures, monitor selected subprocesses' performance with statistical techniques, and perform root cause analysis.

Identify outcomes, analyze root causes, and propose actions to prevent defects and capture successes, then evaluate changes and share causal analysis insights to boost process performance.

Manage organizational performance by analyzing aggregated project data to identify gaps against business objectives. Select and deploy incremental and innovative improvements using deployment plans and statistical analysis.