Posts Tagged ‘Construction Management’

The Five Estimate Classes: Class 2, Control

by Hard Dollar on January 27th, 2012

Class 2 EstimateThis post is the fourth installment in a series of posts about AACE’s 5 Estimating Classes. Designed for the new construction employee (engineer, estimator, and field personnel), we will take a high-level look the five types of estimates.

One of the ways that HD Project Cost Management software is unique is that it can handle the full gamut of estimate types, everything from Class 5 through Class 1.

The Class 2 or “Control” estimate will include anywhere from 30-70% project definition. Picking up where the C3 estimate left off, the C2 estimate is detailed enough to use as a control baseline with which to measure all project work cost and project control. Many contractors use the C2 as a bid estimate to assign contract value.

HD Project Cost Management is the key to accurately defining the higher levels of detail required by a C2 estimate. HD can be used throughout the duration of the project to measure progress and adjust variables if/when project changes occur.


The Five Estimate Classes: Class 3, Authorization

by Hard Dollar on January 27th, 2012

Class 3 EstimateThis post is the third installment in a series of posts about AACE’s 5 Estimating Classes. Designed for the new construction employee (engineer, estimator, and field personnel), we will take a high-level look the five types of estimates.

One of the ways that HD Project Cost Management software is unique is that it can handle the full gamut of estimate types, everything from Class 5 through Class 1.

The Class 3 or “Authorization” estimate is much more definitive than Classes 4 and 5. A C3 estimate is nearing the 50% definition mark, with anywhere from 10-40% of the project defined. Budget, appropriation, and control are key reasons for building a C3 estimate. Having completed the C4 estimate, we determined that the project will proceed to the C3 stage. With the C3 estimate, we’re beginning to nail down the entire scope of the project, and data included in the C3 estimate will be used against the actual costs as the project nears completion.

Class 3 estimate methodology is mixed, but contains somewhat detailed unit costs with assembly level (rather than an individual component level) line items. HD’s ability to add assemblies from libraries or historical data allows the estimator to efficiently and accurately build out a C3 estimate.


The Five Estimate Classes: Class 4, Feasibility

by Hard Dollar on January 16th, 2012

Class 4 EstimateThis post is the second installment in a series of posts about AACE’s 5 Estimating Classes. Designed for the new construction employee (engineer, estimator, and field personnel), we will take a high-level look the five types of estimates.

One of the ways that HD Project Cost Management software is unique is that it can handle the full gamut of estimate types, everything from Class 5 through Class 1.

The Class 4 or “Feasibility” estimate is slightly more definitive than the Class 5. Like the C5 estimates, C4 estimates are typically put together based on very little information. They are most often used for concept evaluation, project screening or gating, feasibility studies, or initial budget planning and approval. The definition required in a C4 estimate is only 1-15% and may include details like plant capacity, schematics, layout, and process flow. The C4 estimate intends to make a determination on whether or not the project continues on to the next stage of the process.

Class 4 estimate methodology is based on equipment factored or parametric models. HD’s BidWizard is used in this type of estimating often in tandem with data easily integrated from third-party providers such as RSMeans and Richardson.


The “Triangle of Truth” in Project Cost Management for Construction

by Hard Dollar on December 30th, 2011

triangle of truthWhether you are building a birdhouse, a bungalow, or a bridge, three things are common during any construction project – scope, time, and cost.

Let’s use the “Triangle of Truth” to illustrate how risk may be associated with these tenets. Most of us begin every project believing the triangle is perfectly balanced. Inevitably, though, something in the estimating, scheduling, design, planning, controls, or progress phase changes. The minute we stretch that triangle and shift the angles, we affect the delicate balance between scope, time, and cost of a project.

Unlike several other industries where the outcome is predictable, construction companies, owners and subcontractors are constantly managing upstream, downstream, and internal resources. Visibility and cause-and-effect scenarios are critical in helping to complete a project and plan for the next one. Systems that help manage risk or show the gaps in our processes help restore the balance of the triangle.

Hard Dollar’s Project Cost Management is designed to literally manage the “truth” of your project and provide integration to the systems you already have in place (no IT army necessary).

Learn how to manage risk with Hard Dollar’s Project Cost Management by clicking here.


Estimating for Newbies / Chapter Six: Construction Phase—Getting to the Punch (List)

by Hard Dollar on October 14th, 2011

This post is the sixth installment in a series of estimating basics. Designed for the new construction employee (engineer, estimator, and field personnel), we will take a high-level look at how the construction industry works, from the estimating point of view.

Assuming the pre- or post-bid schedule is created, there are additional processes and key factors crucial to the construction phase: cash flow, hand-off proposals, preconstruction conference, field meetings, and progress payments and billing.  Whew! “How about a nice Hawaiian punch?”

Cash Flow

If schedules are created, than cash flow diagrams can be generated. They can be important for the company in a number of ways:

  • Based on the cash flow between cost and revenue, a finance rate can be applied to the “area under the curve.” This rate will generate a finance expense for the job. Since it can take up to 60 days before the contractor receives the first payment, the finance expense can be substantial.
  • A good cash flow also can generate a resource histogram, which is a schedule of ‘resources over time.’ This can help in determining costs, for example, whether equipment can be shared between jobs, or if rentals are required to perform work simultaneously.

 

Hand off Proposal for Execution:

It is very important for the field personnel to know the details of estimate and proposal. Here are critical questions and items in providing the field the hand-off:

  • Location of project / yard
  • Have all utility conflicts been resolved?
  • List of utility companies involved with point people and contact info
  • List of subcontractors, executed contracts, verbal agreements conveyed , scheduled provided to subs
  • Vendors supplying materials: check if all the purchase orders for materials have been submitted, and verify list of materials to still be ordered
  • Notes during the estimating phase
  • Provide the proposal bid items and unit prices
  • A list of cost items, (work breakdown structure) used in the estimate
  • Include the schedule that will be submitted to the owner

 

Preconstruction Conference:

This is the meeting with the owner before work begins, and prior to the official “notice to begin,” (which starts the contract time). At this meeting, the owner will want answers to these types of questions (which will drive his decision to accept/reject the schedule):

  • Who are the subcontractors?
  • Who are the major vendors?
  • Who are the managing personnel?
  • Who will make the final decisions?
  • Who are the utility companies involved?

 

Safety and Operation Field Meetings:

Safety should never be taken for granted and weekly meetings are highly recommended. At these meetings, discussions on pertinent construction issues may prevent or eliminate injuries and deaths. A good safety record will have a great cost impact on insurance rates. Consider:

  • If there is reinforcing steel, (especially vertical) can it cause a serious injury?
  • Is work high off the ground being “tied off”?
  • Is there adequate protection for trenches or holes in the ground?
  • Are there power lines in the vicinity? Are cranes involved?
  • Is there adequate ventilation?
  • Is there an adequate supply of goggles, gloves, hard hats, lanyards, etc.?

 

Operations meetings are for planning the actual work. Discussions regarding these topics are typical:

  • What was last week’s progress?
  • What is scheduled for this week and upcoming weeks?
  • Have all the materials been purchased and when will delivery be made?
  • Are we performing to schedule?
  • Is equipment on site or scheduled to arrive?
  • Are all personnel scheduled?
  • Do we need to work overtime to accomplish some portion of the work?
  • What impact would overtime have on the cost of the job and how would it impact the schedule?

 

Progress Payments and Billings

Progress payments are usually done on a monthly basis. The contract usually has a “cutoff” date where all the work items accomplished are measured according to the pay item quantity list. The owner has a certain timeframe after the cutoff date to deliver payment. Also, the owner may hold what is called retainage, which is a percentage of the amount earned. Retainage is kept by the owner to ensure that no over-payment has been made. The retainage is paid when the job is completed.

Punch List

After the contractor believes the job is complete, there is the final “punch list.” The owner will inspect the completed project and “list” any items that need addressing. The final payment will not be delivered until all the punch list items are complete.  Delays in completing the punch list will delay the final payment for the project.


Estimating for Newbies / Chapter Two: Types of Proposals

by Hard Dollar on August 19th, 2011

This post is the second installment in a series of estimating basics. Designed for the new construction employee (engineer, estimator, and field personnel), we will take a high-level look at how the construction industry works, from the estimating point of view.

Proposals – no not THAT kind of proposal – (also known as “tenders” in Canada and other parts of the world…hmmm, maybe romance DOES have something to do with it) come in a variety of vehicles, and at the end of the day the best lookin’ proposal usually wins.

Let’s take a look at four of the most commonly used proposal types: Unit Price, Lump Sum, Cost Plus Fixed Fee, and A Plus B.

Unit Price

In this proposal type, the owner provides what are called Bid, Tender, or Bill of Quantity (BOQ) items. Any number of items may be included – from a few to hundreds or thousands.  Each item will have a description, quantity, and unit of measure.  The objective is to provide a unit price for each item.  The unit price is multiplied with the quantity, resulting in the item’s total price.  All of the items’ total prices are then added up for the total proposal price.  The lowest proposal price typically wins the project.

Lump Sum

A very simple proposal – all that is required is a total amount.  There are no separate bid items with quantities.  Therefore, it is crucial for the contractor to have an accurate takeoff to cover all his/her quantity costs for the proposal.

Cost Plus Fixed Fee

All costs are documented daily, including labor, equipment and materials, etc., for approval by the owner.  There are agreed-upon rates for labor and equipment; material type invoices are supplied.  The contractor provides a “fee” either as a lump sum or percentage of the costs.  This fee protects the owner in controlling the costs, and protects the contractor in that he is guaranteed profit.

A Plus B

‘A Plus B’ is the same as a Unit Price proposal with an additional condition: time. The unit of measure for time is “days.”  The owner knows the unit prices; the contractor provides the number of days he/she agrees to complete the project.  Ergo, the total proposal is determined upon the total of the items prices plus the amount of the day’s total.  A contractor may have a low items total, but a higher amount for the days – which may not make him the low bidder (or the other way around).  There is usually an incentive to finish sooner with a dollar amount per day that is less than what was entered for the proposal.  Conversely, if the contractor exceeds his/hersss allotted “days,” a pre-determined amount is deducted per day.

Now you know how to “court” your prospect with the proper type of proposal. And you can win that bid – even without the father’s permission.


Hard Dollar Corporation Acquired by Investor Group

by Hard Dollar on June 10th, 2004

New Leadership to Focus on Greater Opportunity for Growth and Innovation in Construction Industry Software Market

TEMPE, AZ – June 10, 2004 – Hard Dollar Corporation, the infrastructure construction industry’s leading provider of software, data, and services for estimating, bidding, and construction management, today announced the acquisition of the company by a group of investors. Investment banking firm Greentree Partners and private investors purchased a majority interest in Hard Dollar from Whitney & Co. and Vectis Group, who will continue as equity partners. Specific terms of the deal were not disclosed.

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Hard Dollar Teams Up With ASC For Student Competition

by Hard Dollar on January 9th, 2002

Hard Dollar Bidding and Estimating Software Helps Students

Tempe, Arizona – (January 9, 2002) – Hard Dollar Corporation, provider of integrated cost estimating software and project management systems for the infrastructure construction industry, announced today it has teamed up with the Associated Schools of Construction (ASC) to provide its bidding and estimating software to students participating in the ASC Reno 2002 Student Competition. The competition takes place February 5-8, 2002 in Reno, Nevada, and winners will go on to compete in the ASC National Competition sponsored by the Associated General Contractors of America.

Hard Dollar’s Estimating Office System™ (EOS) will help students in the competition exercise analytical and problem-solving skills on actual projects provided by industry sponsors. This year’s sponsors include The Kiewit Companies and Granite Construction.

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