Project Planning and Estimation. Success of a project is significantly impactedby effectiveness of project planning.
N°
Tool
Technique Comment
1.-
Statement
This is where the kernel of an
idea or the basic concept visualized is translated into a clear statement of
the problem, deficiency, or opportunity to be realized. Careful definition at
this point helps later to clarify the scope of the project.
2.-
Project justification
Risk analyses and assessment
(payback period, NPV, IRR, ROI, ROA, and benefits/cost). Go/no-go decision
made.
3.-
Drafts of mission statement,
project scope, and project objectives
These documents clarify the
overall direction of the project, and what it is to accomplish, the breadth
and depth of the project, and the measurable objectives by which progress and
completion are to be measured.
4.-
Stakeholder requirements
Stakeholders would consist of
two groups: (1) those with a direct commitment to the project team, for
example, a process manager who provides a skilled person to serve on a
process improvement team working to reduce machine downtime and (2) those
without involvement but who can influence project results, for example, the
purchasing department that selects the vendor for a new machine. A
macro-level process map may be used to identify areas from which potential
team members should be selected.
5.-
Project team formation
Team members should be selected
based on the need to represent a
stakeholder group and/or specific skill sets required. Stakeholder groups not
represented on the project team should have opportunities to provide input.
Some members may be required on an as-needed basis only. Whenever possible,
the interests, values, and personality profiles of individuals nominated
should be considered.
6.-
Finalized mission statement,
Project, scope, project objectives, and project charter
Team members refine the original
drafts. A benchmarking study may be appropriate to better define target
outcomes.
7.-
Contractual requirements and
deliverables
All requirements and outputs of
the project are identified, requirements and defined, and documented.
8.-
Work breakdown structure (WBS)
Project work is further defined
by breaking the work down into a hierarchy of work categories (families of
like work clusters) down to the task level. Boxes on a WBS may be annotated
with “person/
work unit responsible,” “resources required,” “cost estimates,”
various other cross-references, and so on.
9.-
Gantt chart
Major project steps or task
clusters are listed vertically on a time line chart with each item’s
estimated start-to-finish time depicted as a bar across the chosen time
intervals (weeks, months, quarters). As the project progresses, the same
chart may be used to plot the actual time expended next to the estimated
time. Major milestones are shown as points along the time bar.
10.-
Time-dependent task diagram (AND, CPM,PERT charts)
Depending on the size,
complexity, and duration of the project, it may be necessary to plot the time
dependencies of each task to each other task. An activity network diagram
(AND) depicts the interrelationships of each task, or task cluster, in the
project. A critical path method (CPM) chart adds the dimension of normal
(most likely) time to complete tasks and allows for computing the critical
path (longest time line) through the project. A program evaluation and review
technique (PERT) chart adds two additional time estimates for each task
(optimistic, pessimistic), allowing further “what if” planning. Typically AND
is used for shorter-term, simpler projects, CPM is used where there is data
available for reasonably accurate time estimates, and PERT is most often used
for projects for which there may be no prior precedent.
11.-
Resource requirements matrix
(RRM)
An RRM delineates the various
types of resources needed (for example, personnel, facilities, equipment,
materials, consultants, and so on), quantity, when needed, and cost.
12.-
Linear responsibility matrix
(LRM)
An LRM, for larger projects,
defines the interfaces: who has what responsibility for what tasks, and to
what degree (for example, primary, secondary, resource only, need to know).
13.-
Project budget
A detailed, itemized budget is
prepared based on the time and cost estimate prepared by the team.
14.-
Measurements
The quantifiable measurements by
which project progress and determination that project objectives have been
achieved are defined. The progress monitoring process, methods for analyzing
data gathered, reporting protocols, and checkpoints for initiating corrective
action are determined and documented.
15.-
Approved project plan
Final approval of the project and authorization for
implementation is given.
N° | Tool | Technique Comment |
1.- | Statement | This is where the kernel of an idea or the basic concept visualized is translated into a clear statement of the problem, deficiency, or opportunity to be realized. Careful definition at this point helps later to clarify the scope of the project. |
2.- | Project justification | Risk analyses and assessment (payback period, NPV, IRR, ROI, ROA, and benefits/cost). Go/no-go decision made. |
3.- | Drafts of mission statement, project scope, and project objectives | These documents clarify the overall direction of the project, and what it is to accomplish, the breadth and depth of the project, and the measurable objectives by which progress and completion are to be measured. |
4.- | Stakeholder requirements | Stakeholders would consist of two groups: (1) those with a direct commitment to the project team, for example, a process manager who provides a skilled person to serve on a process improvement team working to reduce machine downtime and (2) those without involvement but who can influence project results, for example, the purchasing department that selects the vendor for a new machine. A macro-level process map may be used to identify areas from which potential team members should be selected. |
5.- | Project team formation | Team members should be selected based on the need to represent a stakeholder group and/or specific skill sets required. Stakeholder groups not represented on the project team should have opportunities to provide input. Some members may be required on an as-needed basis only. Whenever possible, the interests, values, and personality profiles of individuals nominated should be considered. |
6.- | Finalized mission statement, Project, scope, project objectives, and project charter | Team members refine the original drafts. A benchmarking study may be appropriate to better define target outcomes. |
7.- | Contractual requirements and deliverables | All requirements and outputs of the project are identified, requirements and defined, and documented. |
8.- | Work breakdown structure (WBS) | Project work is further defined
by breaking the work down into a hierarchy of work categories (families of
like work clusters) down to the task level. Boxes on a WBS may be annotated
with “person/ work unit responsible,” “resources required,” “cost estimates,” various other cross-references, and so on. |
9.- | Gantt chart | Major project steps or task clusters are listed vertically on a time line chart with each item’s estimated start-to-finish time depicted as a bar across the chosen time intervals (weeks, months, quarters). As the project progresses, the same chart may be used to plot the actual time expended next to the estimated time. Major milestones are shown as points along the time bar. |
10.- | Time-dependent task diagram (AND, CPM,PERT charts) | Depending on the size, complexity, and duration of the project, it may be necessary to plot the time dependencies of each task to each other task. An activity network diagram (AND) depicts the interrelationships of each task, or task cluster, in the project. A critical path method (CPM) chart adds the dimension of normal (most likely) time to complete tasks and allows for computing the critical path (longest time line) through the project. A program evaluation and review technique (PERT) chart adds two additional time estimates for each task (optimistic, pessimistic), allowing further “what if” planning. Typically AND is used for shorter-term, simpler projects, CPM is used where there is data available for reasonably accurate time estimates, and PERT is most often used for projects for which there may be no prior precedent. |
11.- | Resource requirements matrix (RRM) | An RRM delineates the various types of resources needed (for example, personnel, facilities, equipment, materials, consultants, and so on), quantity, when needed, and cost. |
12.- | Linear responsibility matrix (LRM) | An LRM, for larger projects, defines the interfaces: who has what responsibility for what tasks, and to what degree (for example, primary, secondary, resource only, need to know). |
13.- | Project budget | A detailed, itemized budget is prepared based on the time and cost estimate prepared by the team. |
14.- | Measurements | The quantifiable measurements by which project progress and determination that project objectives have been achieved are defined. The progress monitoring process, methods for analyzing data gathered, reporting protocols, and checkpoints for initiating corrective action are determined and documented. |
15.- | Approved project plan | Final approval of the project and authorization for implementation is given. |
No hay comentarios:
Publicar un comentario