How To: Calculate Costs in Microsoft Project

This post will illustrate how to calculate costs in Microsoft Project.  As you will see below, each tasks has a total cost and an actual cost.  The actual cost are those costs that have actually been incurred during the execution of the project.

Costs in Microsoft Project and Standard Time® are very different.  Each task in Microsoft Project may have an arbitrary dollar value.  We’ll assign some below to demonstrate.  This is not true of Standard Time®.  Standard Time calculates task costs by multiplying hours times rates.  (C = H * R)  There are various rates a project may have, but the formula is always true.  Microsoft Project is different.  Follow the steps below to calculate costs in MSP.

Create some tasks:

  1. Add a task named “Task 1”
  2. Add a task named “Task 2”
  3. Set the Duration to 100h and 40h respectively
  4. Remove all columns by the Duration column (right-click and choose Hide Column)

 

The results look like this:

 

Insert the following columns:

  1. Cost
  2. Actual Work
  3. % Complete
  4. Actual Cost

 

The results will look like this:


Microsoft Project Cost Fields

 

Experiment with the Duration, Cost, and Actual Work fields, and you will see updates costs values.  The image below illustrates this.


Updated Microsoft Project Cost Values

–ray

Advice: Get Corporate Buy-in

Project Management Advice: Get Corporate buy-in for your projects.

In other words, make sure the corporate executives are active stakeholders in your project.  I suppose this goes without saying, but I’ve seen lots of projects where this is not the case.  Project teams somehow come to the conclusion that their project will be funded and accepted, even though corporate has not explicitly said so.

Just because your team is developing a new product or in-house tool, doesn’t mean corporate will stand by you.  Without vested stakeholders at the highest level, your project could easily be canceled.

The name “Harold” comes to mind when thinking of this subject.  I worked with a man named Harold who was researchinig a product for his company.  Months went by as he studied the features and benefits.  He eventually took a job with another company and I discussed the project with his boss.  His boss said he never knew what Harold was up to, and had no intention of adopting the product!

 

–ray

Project Managers are Coaches Too

Many people know that Phil Jackson coached 9 teams to NBA titles and Bill Walsh was a football genius with many Superbowl wins.

Do you ever hear about Project Managers who take multiple million-dollar projects to the finish line and bring home the victory?  Of course not, but they are critical in setting the tone of a project, defining clear objectives, and pushing all the right buttons to get a Project Team on the same page to accomplish their project goals.

People alone, with all of their various personalities, are tough to manage.  Project Managers are responsible for setting project task dependencies, trying to stay within project budgets, and work to keep a pulse on all the project resources.  Man, that is a lot of responsibility!

In sports, coaches use video tape, advanced scouts, and many other tools to accomplish their goals. In the project world, we use tools like MS Project or a good time tracking/project management tool such as Standard Time® software. Standard Time automatically e-mails Project Managers if a timesheet is insufficient and will warn a project team if a project is over budget.  It allows you to visually manage your resource allocation. It is a very effective tool.

The bottom line is that championships are not only won by pushing the right buttons. The foundation for winning starts with having the right tools. Are you still using antiquated spreadsheets and verbal discussions to win your championship?  If so, you may be setting yourself up for failure.

–Warren

How To: Display WBS Codes in MS Project

This post discusses how to display WBS codes in Microsoft Project.  WBS stands for Work Breakdown Structure.  It is an (arguably cryptic) way to number tasks in a project so you can tell the hierarchy position.  The first number in the sequence represents the task id.  Each dot represents a subtask.  Follow the steps below to show the WBS number.

  1. Enter three tasks
  2. Right-click in the column header area
  3. Choose Insert Column
  4. Choose the WBS column
  5. The results will look like this

 


WBS Codes

 Next, we’ll insert some new tasks and demote them.

  1. Right-click in row #2
  2. Choose New Task
  3. Enter some tasks
  4. Demote them
  5. The results will look like this (notice the WBS codes)

 


Indented WBS Codes

 

If you really want to make your WBS codes exotic, try these steps.

  1. Choose Project, WBS Codes…
  2. Enter a prefix
  3. Choose a custom numbering scheme
  4. Click OK
  5. The results may look something like this

 


WBS Prefix

 

–ray

Question: Why Do Projects Cost More Than Expected?

There are a lot of possible reasons for this.  I’ll enumerate the reasons why I think projects cost more than expected, and then discuss the most probable ones.  Let me know what you think!  Got a few more reasons?

  1. Forgotten tasks
  2. Unknown tasks
  3. Customer expectations change
  4. Feature creep

My biggest issue is always ‘forgotten tasks’.  In my experience, forgotten tasks results in project cost overruns more often than any other reason.  People tend to throw out a cost before they have listed all the work involved.  Halfway down the road, they remember 25 – 50% more tasks.  That adds up!

Sometimes, one thing leads to another.  Tasks that you didn’t know about pop up.  What are you going to do when that happens?  You can’t just abandon the project.  You have to eat the extra work and absorb the cost overrun.

Once your customer gets a look at the product, he may have a few new ideas of his own.  He may see something he likes, and feel free suggest some additions.  Those add up too.  Just make sure he knows that he must absorb the additional project costs.  Otherwise, you’ll end up eating that too.

Feature creep happens when customers and developers like what they see and want a little more, and little more, and a little more.  Before you know it, there’s an extra 10% cost in the project.  Yikes!

–ray

Computer Jobs Hit Record High

Last week CIO Insight reported that IT jobs had reached a record high (four million IT workers), and IT unemployment had fallen (2.3 percent).  That’s phenomenal!  See the link below.

 

http://www.cioinsight.com/c/a/Workplace/Computer-Jobs-Hit-Record-High/

 

Okay, great news, but why is IT spending down?  While I have no hard facts, I have my theories.  Bear with my madness while I explain.  Post a comment if you don’t agree!

1. It’s summertime.  IT spending falls when the temperature rises, and rises when it falls.  November, December, and January are traditionally big months.  June and July…  Well, they are another story.  🙁  People are out and about, and they don’t want to worry about buying stuff.  They’re too busy checking out the next vacation spot on the web.  Yikes.

 

2. Gas prices.  People bring their personal woes to work.  Got trouble filling your tank?  Then you won’t spend money at work either.  What, you say?  There’s no hard connection between the two.  No, but there is an indirect one.  If you’re worried about finances at home, you’ll worry at work as well.

 

3. Too many salaries.  Or, perhaps spending is down because there are too many mouths to feed.  That’s always a possibility, but I suspect it’s the other two reasons.  We’ve had other times with low unemployment, and high spending.

 

–ray

Green is Just Plain Dumb

The ‘Green Fad’ really bothers me, especially in the IT biz.  CIO Insight had a big article in eWeek on ‘How to estimate energy efficiency.”  The upshot was that a single Intel server consumes 29 KWhs  (that’s 29 kilowatt hours of electricity) per week.  Yikes!  29,000 watts!  That’s a lot, right!!!  That’s what the article wants you to believe.  Until you think about it…

One kilowatt of electricity costs about 7 cents.  29 x .07 = $2.03 per week.  Huh?  Two dollars a week?  That’s all?  So what’s all the fuss about?

Check this out:  http://answers.yahoo.com/question/index?qid=20080624182135AAmXpHF

The article left out this little bit of information.  But it did say that all the data centers in the world consume $2.5 billion per year.  That big number is supposed to scare you.  As if you had to pay the full bill yourself.  You can handle $105 per year, but not $2.5 billion.  What are we going to do???

I say, focus on things that matter.  $2 per week doesn’t matter compared with the thousands of dollars per week we pay for salaries, advertising, operations, shrinkage, etc.  But we like to talk about the ‘cool’ things like ‘Green Initiatives.”  Bunk.

 

–ray

Define: Project Milestone

Project Milestone: A marker in time, usually indicating a the completion of a project task.

 

Project milestones offer a place in time to stop and analyze your progress.  Have you completed the tasks you had planned?  Is your project on track?

Project milestones are normally project tasks with zero-duration work.  That is to say, no work is expected for such a task, except to stop and monitor your current progress.  They often display in a Gantt chart with a diamond shape to indicate that stopping point.

 


Milestone task from Standard Time

 

–ray

How To: Use Master Projects

This post will discuss the simplicity of using master projects in MS Project.  The image below shows a master project with two subprojects under it.  Three MS Project MPP files are required to create the project below.  The master project file is independant of the individual subproject files.  Follow the steps below to create a master project with subprojects.  Notice the green icons next to Sub1 and Sub2.  They indicate the sub-files included in the main master mpp file.

 


Master project and two subprojects

 

To create a master project in MS Project:

  1. Create a new MS Project file named Sub1.mpp (see the example above)
  2. Add some tasks
  3. Create another mpp file named Sub2.cpp
  4. Add some tasks to it
  5. Create a third mpp file to act as the master project
  6. Click in the first row of the master project
  7. Choose Insert, Project…
  8. Choose Sub1.mpp
  9. Repeat steps 6 – 8 for the second subproject (the results should be similar to the image above)

 

–ray

Define: Resource Utilization

Resource Utilization: Percentage of hours actually worked, when compared with possible working hours.

 

Formulas:
    Utilization = ActualWork / TotalHours
    EffectiveRate = ActualAmount / TotalHours

 

Standard Time® contains a resource utilization report that looks similar the to image below.  Notice the ‘Scheduled Hours’ value, and the ‘Actual Hours’ under it.  These number are used in the formula above to arrive at the ‘Utilization Percentage’ of 103.8%.  This person obviously worked an extra 1.5 hours.

The effective billing rate is related to these numbers as well.  In this case, the person worked on some high-value projects at caused his effective billing rate to be higher than normal.  That’s a good thing!

 

 

–ray