A masonry crew loaded at 509.94 dollars an hour and laying about 309 block a day yields 13.19 dollars of labor per block in MT382's Unit 5 analysis. Searches like "mt 382 unit 5 assignment example", "mt382 unit 5 sample" and "mt382 unit 5 example" land here.
What a finished MT382 Unit 5 labor productivity analysis looks like
One row per role fills the opening crew table across six pages, with count, base wage and fringe from the county's prevailing wage determination supplied in the case, then payroll burden broken into the employer's 7.65 percent FICA share, unemployment insurance at a combined 3.4 percent, workers' compensation at the masonry or operator class rate, and liability at 1.65 percent. Loaded rates follow: 68.81 dollars an hour per bricklayer, 53.72 per tender, 73.54 for the operator. Productivity comes next, 92 block per bricklayer-day from the contractor's cost reports on three earlier gyms, multiplied by 0.88 for scaffold lifts and by a blended factor for cold-weather work, giving 309.3 block a day. Labor per block, per square foot and per 100 block closes the calculation, applied to 12,994 block.
How a MT382 Unit 5 example is structured
Cost and output are built separately and joined only at the end, because each fails for its own reasons. The hourly rate starts from wage and fringe, then adds burden on base wages alone, since most fringe payments to bona fide plans are not subject to payroll taxes; the paper notes this and cites the case's wage determination. Output starts from the contractor's own history instead of a textbook figure and names the three jobs behind it. Adjustments are few and explained: scaffold lifts above twelve feet slow placing on walls that climb to 32, and roughly 30 percent of the work falls in months needing enclosures and heat below 40 degrees, conditions TMS 602 addresses for cold-weather masonry. The result, 13.19 dollars of labor per block, is then tested on the job's 12,994 block: 43 crew days and 171,404 dollars, against 36 days if the adjustments were ignored.
Wage, fringe, burden
Base wage and fringe come from the county determination, and burden applies to base wage only. A bricklayer at 38.40 plus 21.15 of fringe costs 68.81 an hour once taxes and insurance are added.
Output from three earlier gyms
Ninety-two block per bricklayer-day is the contractor's own average on comparable walls. Four bricklayers set the base at 368 a day before this job's conditions are considered.
Height and cold, each explained
Scaffold lifts reduce output to 88 percent. Cold-weather enclosures cut the affected share to 85 percent, and with 30 percent of the work in cold months the combined factor is 0.8404.
Dollars per block, not per hour
A daily crew cost of 4,079.55 over 309.3 block gives 13.19. Equipment, meaning the telehandler and a scaffold share, adds 1.70 per block on a separate line.
Tested on the real quantity
Across 12,994 block the crew needs 43 days and 171,404 dollars of labor. Ignoring the adjustments would promise 36 days, a week and a half the job could not deliver.
Where marks go in MT382 Unit 5
An output figure nobody can trace to records undermines every labor dollar downstream, and rubrics here ask where each number came from. Wage rates without a determination or agreement behind them read as guesses on a public project. Burden is a frequent error: applying payroll taxes to fringe contributions, or leaving workers' compensation out, shifts the hourly rate by several dollars. Output figures borrowed without adjustment for the job's conditions, such as height, weather and access, overstate what a crew will do. Adjustments piled on without explanation read as padding just as surely. Mixing crew-hours with labor-hours, or a daily output with an hourly one, produces errors graders recompute quickly. Equipment folded silently into labor hides a cost estimators track separately. Testing the rate on the actual quantity shows its consequence and is often credited.
Get a MT382 Unit 5 example written to your instructions
Crew makeup, wage data and output figures from the Unit 5 prompt, the work item being priced, and the rubric are all this takes. A first productivity analysis is then written free in 24-48h, loaded hourly rates assembled one role at a time and each adjustment tied to a job condition and a source.
MT382 Unit 5 questions, answered
Should payroll taxes apply to fringe benefits?
Generally not to contributions paid into bona fide benefit plans, which is why many estimators apply burden to base wages only. Rules vary by benefit type, so follow what your course or scenario specifies. Whatever you do, show the base each percentage applies to, so the arithmetic can be verified.
What adjustments to productivity are reasonable?
Ones tied to conditions the base figure did not reflect: working height, cold or hot weather, restricted access, unusual units or an inexperienced crew. Each needs a reason and ideally a source. Two or three well-explained factors are more convincing than a long list that compounds into an implausibly slow crew.
Why express labor per unit rather than per hour?
Because the estimate prices quantities. Dividing the crew's daily cost by its daily output gives a cost per block, square foot or cubic yard that multiplies directly against the takeoff. The hourly rate is an input; the unit labor cost is what the estimate actually carries.