12 | Executing the Project Flashcards
In this lesson, you will: • Direct the project execution. • Execute a quality assurance plan. • Assemble the project team. • Develop the project team. • Manage the project team. • Distribute project information. • Manage stakeholders’ relationships and expectations.
PMIS stands for?
Project Management Information System
Project Management Information System (PMIS)?
Is an automated or manual system used by a project team to gather, analyze, communicate, and store project information. The PMIS collects information on the work that has and has not been accomplished in each work package and how that work result compares to the planned schedule, cost, quality, and scope. A PMIS can utilize sophisticated software tools, either those purchased off-the-shelf or custom built by an internal IT group, to manage some of its components.
Common PMIS Problems?
- Reacting to lagging indicators:
PMIS reports show problems after-the-fact. Good project
management requires proactive problem prevention. - Managing symptoms rather than problems:
While the PMIS reports exceptions and overruns, it can’t explain the reason for the problem. It is important to focus on finding the cause and solving the problem, rather than making the exception or overrun go away. - Over-reliance on PMIS communication:
Project managers need to communicate frequently with team members and other stakeholders. Sending PMIS reports is important, but it should not take the place of other types of communication. - Invalid data in the PMIS:
PMIS reports can be wrong, making problems look either greater or smaller than they are. Some very real problems may not show up in the PMIS at all. The project manager must look beyond the PMIS to verify information about the problems, and then concentrate on getting the problems solved. - Too much information:
Too much information is counterproductive, forcing people to cope by ignoring some of the messages. It is important to make sure that the right people get the information they need at the right time, but it is equally important not to swamp people with irrelevant or
untimely information. Someone has to control the scope of the information in the PMIS, or it will overload the team and the project manager.
Work Performance Information?
Consists of periodically collected information about project activities that are performed to accomplish the project work. This data will reside in your PMIS, if you have one.
Work Authorization Systems?
Is a tool that is used to communicate official permission to begin work on an activity or work package. It is a function, or component, of the Project Management Information System (PMIS). Its purpose is to ensure that work is done at the appropriate time, by the appropriate individual or group, within a specific time, and in the proper sequence. Work authorization systems include the necessary processes, documents, tracking systems, and approval levels required to provide work authorizations. Depending on the project, your work authorization mechanism may be a simple email message or a formal, written notice to begin work. Smaller projects may only require verbal authorization. The work authorization system is integrated with the communications plan.
Quality Audit?
A quality audit is an independent evaluation, inspection, or review of a project’s quality assurance system to improve the quality performance of a project. The audits can take place at scheduled or random intervals. The auditor may be a trained individual from within the performing organization or a qualified representative of a third-party organization. During a quality audit, the quality
management plan is analyzed to make sure that it is still reflective of what has been learned in the project and to ensure that the operational definitions are still adequate and valid.
What are the 5 quality audit topics?
- Quality management policy
- Collection and use of information
- Analytical methods
- Cost of Quality
- Quality process design
Quality management
policy may be evaluated to determine?
How well management uses quality data and how well others in the organization understand how the data is being used. The evaluation may include an analysis of management policies for collection, analysis, and use of data in decision-making or strategic planning.
Collection and use of
information may be evaluated to determine?
How well the project team is collecting, distributing, and using quality data. Items for analysis in this category may
include consistency of data collection processes, speed of information distribution, and use of quality data in decision-making.
Analytical methods may be evaluated to determine?
If the best analytical methods are being used consistently and how well their results are being used. Items for audit may include how analysis topics and analysis methods are selected, what technology is used, and how results are fed back to others in the process.
Cost of quality may be evaluated to determine?
The most effective proportion between prevention, inspection, and costs of repair or rework.
Quality process design may be evaluated to determine?
How process design, process analysis, and statistical process control should be used to establish and improve the capability of a process.
Process Analysis?
Is the method that is used for identifying organizational and technical improvements to processes. Various techniques are used to conduct the analysis, including
flowcharting that shows the relationships between process steps and root cause analysis that helps determine the underlying causes and develop corrective actions. Examples of factors that can be examined when performing the analysis are the process capacity, capacity utilization, throughput rate, flow time, cycle time, process time, idle time, work in progress, set-up time, direct labor time, direct labor utilization, and quality.
Process analysis involves?
- Collecting information about the existing process and documenting a process flow diagram.
- Determining the entry and exit criteria of each step in the process.
- Conducting process analysis interviews with the people to identify the limitations in the process.
- Conducting a Failure Mode and Effects Analysis (FMEA) to identify the possible failures in the process.
- Assessing the identified limitations and quantifying their impact.
- Identifying appropriate operating decisions to improve the process.
What are the 7 tools used to perform quality assurance?
- Cause-and-effect diagram
- Control chart
- Flowchart
- Histogram
- Pareto
- Run chart
- Scatter chart
Quality Assurance Tool | Cause-and-effect
diagram?
A diagram that illustrates how various factors may be associated with possible problems. Possible causes can be identified by asking “why” and “how” for each problem identified. Cause-and-effect diagrams are also known as Ishikawa or fishbone diagrams.
Quality Assurance Tool | Control chart?
A graphical display of the results or status of a process over time and against established control limits. It helps track the behavior of processes over time and determine if the variances in the process are within acceptable limits.
Quality Assurance Tool | Flowchart?
A process flow diagram that assists the project team’s effort to identify potential quality problems, their associated effects on overall project quality targets, improvement areas, and possible improvement measures.
Quality Assurance Tool | Histogram?
A bar chart of variables. Each column symbolizes an element of a problem. The height of each column represents how frequently the element occurs. By using the shape and width of the distribution, causes of problems are identified.
Quality Assurance Tool | Pareto?
A histogram that shows the causes of problems in the order of their severity.
Quality Assurance Tool | Run chart?
A line graph showing plotted data points in chronological order. It could show trends in a process over time or improvements over time. Trend analysis uses run charts. Trend analysis is a tool you can use to communicate forecasting information based on the project’s current
performance. It is also used to monitor the project’s technical, cost, and schedule performance.
Quality Assurance Tool | Scatter chart?
A diagram showing a relationship between two variables. The diagram plots dependent variables versus independent variables. The more closely the points form a diagonal line, the more closely they are related.
What are the 7 techniques used to perform quality assurance?
- Statistical sampling
- Inspection
- Approved change requests review
- Cost-benefit analysis
- Cost of Quality (COQ)
- Benchmarking
- Design of Experiments (DOE)
Quality Insurance Techniques | Statistical sampling?
A sampling technique that is used to measure an entire population based on actual measurement of a representative sample of that population.
Quality Insurance Techniques | Inspection?
An official examination of work results to verify that they meet requirements. The inspection may be conducted by an internal or external inspection team.
Quality Insurance Techniques | Approved change
requests review?
Ensures that all change requests are reviewed and implemented as approved during the perform integrated change control process.
Quality Insurance Techniques | Cost-benefit analysis?
Considers the tradeoffs and the benefit of meeting quality requirements of higher productivity and lower costs while increasing stakeholder satisfaction. The business case of each activity is used to compare the cost of each step with its expected benefits.
Quality Insurance Techniques | Cost of Quality (COQ)?
Analyzing the costs incurred by preventing non-conformance to requirements, appraising for conformance to requirements, and failing to meet requirements (rework), internal or external.
Quality Insurance Techniques | Benchmarking?
Compares the quality of your project’s processes and systems to those of other comparable groups, both internally and externally.
Quality Insurance Techniques | Design of Experiments
(DOE)?
A statistical method of identifying the factors that may influence certain product or process variables. DOE determines the number and type of tests to be used and their influence on the cost of quality.
What are the 6 Project manager roles?
- Leader
- Planner and controller
- Communicator
- Negotiator
- Problem-solver
- Organizational change agent