Problem set in Planning the project
Problem set Week 1: deadline march 24th
1.Everyone has been involved in projects. What is the largest project you have been involved in? (You do not have to have been the project manager, but could have played another role.)
1. Write one sentence that describes the objective of the project.
2. Describe specifically how this project meets the definition of a project used in this textbook. (How is it unique? What were the time constraints? If it is over, how did you know it was over? If it is ongoing, how will you know when it is over?
3. What was your role? Were you the project manager, a volunteer, some other role? If you were not the project manager, who was?
4. Was the project part of a larger portfolio or program of projects?
5. Who else was involved?
6. What was the budget?
7. Did you anticipate any risks at the outset? Did the project experience any outside forces that caused a change in either the objectives or the approach to achieving those objectives?
2. In what ways can the following activities be seen as projects? In what ways do they resemble ongoing, routine business activities? Feel free to add assumptions and details to describe how the activity might be a project in one context and routine in another.
1. Reading the chapter before attending a university lecture.
2. Taking the bus to work each day.
3. Piloting an aircraft between Vancouver and Fiji.
4. Teaching a course for the first time; teaching the same course every semester.
3. Go online and search for project life cycle models. Identify at least two that are different from the PMI model, and compare and contrast the phases. Be sure to cite your sources.
Problem set Week 4: deadline march 24th
1. Go online and find at least two sites with definitions of fast tracking and crashing a project schedule.
1. Prepare proper reference citations for the sites you located, using APA style.
2. In your own words, write definitions for project fast tracking and project crashing.
3. Consider the plan you prepared for the software system testing project in question 1 above. If you were informed by management that you must reduce the planned duration of the project by five days, describe how you, as a project manager, could crash or fast track this project. Be specific in identifying exactly what could be changed in the project plan for each option.
4. (continuation of question 2.3) If the request to speed up the project occurs after day 25 of the original schedule, what is the only option available?
2. Go online and research the difference between total slack and free slack.
1. Prepare proper reference citations for the sites you located, using APA style.
2. Write definitions of total slack and free slack in your own words.
3. Why would the distinction between different forms of slack be important to a project manager?
3. A project to put on a major international sporting competition has the following major deliverables: Sports Venues, Athlete Accommodation, Volunteer Organization, Security, Events, and Publicity (which has already been broken down into pre-event publicity and post-event publicity.) Prepare a WBS for any single major deliverable on the list. Remember the 100 percent rule, and number your objectives.
Problem set Week 5:
Earned-value analysis. A project budget calls for the following expenditures:
|
Task |
Date |
Budgeted Amount |
|
Build forms |
April 1 |
$10,000 |
|
Pour foundation |
April 1 |
$50,000 |
|
|
May 1 |
$100,000 |
|
Frame walls |
May 1 |
$30,000 |
|
|
June 1 |
$30,000 |
|
Remaining tasks |
July 1 and beyond |
$500,000 |
Define each term in your own words, calculate these values for the above project, and show your work:
1. Budgeted cost baseline (make a graph illustrating this one)
2. Budget at completion (BAC)
3. Planned value (PV) as of May 1
4. Earned value (EV) as of May 1 if the foundation work is only two-thirds complete. Everything else is on schedule.
5. SV as of May 1.
6. Actual cost as of May 1 is $160,000. Calculate the cost variance (CV) as of May 1.
7. Schedule performance index (SPI)
8. Cost performance index (CPI)
9. Estimate to complete (ETC), assuming that the previous cost variances will not affect future costs
10. Estimate at completion (EAC)
Problem set Week
1
:
deadline
march 24
th
1.Everyone
has
been
involved
in
projects.
What
is
the
largest
project
you
have
been
involved
in?
(You
do
not
have
to
have
been
the
project
manag
er,
but
could
have
played
another
role.)
1.
Write
one
sentence
that
describes
the
objective
of
the
project.
2.
Describe
specifically
how
this
project
meets
the
definition
of
a
project
used
in
this
textbook.
(How
is
it
unique?
What
were
the
time
constraints?
If
i
t
is
over,
how
did
you
know
it
was
over?
If
it
is
ongoing,
how
will
you
know
when
it
is
over?
3.
What
was
your
role?
Were
you
the
project
manager,
a
volunteer,
some
other
role?
If
you
were
not
the
project
manager,
who
was?
4.
Was
the
project
part
of
a
larger
por
tfolio
or
program
of
projects?
5.
Who
else
was
involved?
6.
What
was
the
budget?
7.
Did
you
anticipate
any
risks
at
the
outset?
Did
the
project
experience
any
outside
forces
that
caused
a
change
in
either
the
objectives
or
the
approach
to
achieving
those
objectives
?
2.
In
what
ways
can
the
following
activities
be
seen
as
projects?
In
what
ways
do
they
resemble
ongoing,
routine
business
activities?
Feel
free
to
add
assumptions
and
details
to
describe
how
the
activity
might
be
a
project
in
one
context
and
routine
in
a
nother.
1.
Reading
the
chapter
before
attending
a
university
lecture.
2.
Taking
the
bus
to
work
each
day.
3.
Piloting
an
aircraft
between
Vancouver
and
Fiji.
4.
Teaching
a
course
for
the
first
time;
teaching
the
same
course
every
semester.
3.
Go
online
and
search
for
project
life
cycle
models.
Identify
at
least
two
that
are
different
from
the
PMI
model,
and
compare
and
contrast
the
phases.
Be
sure
to
cite
your
sources.
Problem set Week 4:
deadline
march 24th
1.
Go
online
and
find
at
least
two
sites
with
definitions
of
fast
tracking
and
crashing
a
project
schedule.
1.
Prepare
proper
reference
citations
for
the
sites
you
located,
using
APA
style.
2.
In
your
own
words,
write
d
efinitions
for
project
fast
tracking
and
project
crashing.
Problem set Week 1: deadline march 24
th
1.Everyone has been involved in projects. What is the largest project you have been
involved in? (You do not have to have been the project manager, but could have
played another role.)
1. Write one sentence that describes the objective of the project.
2. Describe specifically how this project meets the definition of a project used in
this textbook. (How is it unique? What were the time constraints? If it is over,
how did you know it was over? If it is ongoing, how will you know when it is
over?
3. What was your role? Were you the project manager, a volunteer, some other
role? If you were not the project manager, who was?
4. Was the project part of a larger portfolio or program of projects?
5. Who else was involved?
6. What was the budget?
7. Did you anticipate any risks at the outset? Did the project experience any
outside forces that caused a change in either the objectives or the approach to
achieving those objectives?
2. In what ways can the following activities be seen as projects? In what ways do they
resemble ongoing, routine business activities? Feel free to add assumptions and details
to describe how the activity might be a project in one context and routine in another.
1. Reading the chapter before attending a university lecture.
2. Taking the bus to work each day.
3. Piloting an aircraft between Vancouver and Fiji.
4. Teaching a course for the first time; teaching the same course every semester.
3. Go online and search for project life cycle models. Identify at least two that are
different from the PMI model, and compare and contrast the phases. Be sure to cite
your sources.
Problem set Week 4: deadline march 24th
1. Go online and find at least two sites with definitions of fast tracking and crashing a
project schedule.
1. Prepare proper reference citations for the sites you located, using APA style.
2. In your own words, write definitions for project fast tracking and project
crashing.