Two floor plans for one cabinet shop, current and proposed, are scored by load-distance in the composite MT435 Unit 7 proposal, with each move, its cost and one longer leg shown. Searches like "mt 435 unit 7 assignment example", "mt435 unit 7 sample" and "mt435 unit 7 example" land here.
What a finished MT435 Unit 7 facility layout proposal looks like
Six pages with two scaled floor sketches, a trip matrix and a load-distance table. The trip matrix counts daily cart loads between ten areas, from eighteen between router and edge bander down to five between the hardware crib and assembly. Each pair's rectilinear distance is measured on both sketches. In the current plan the sheet rack sits 200 feet from the router, and finished boxes returning from the separate finish building travel 290 feet to assembly. The proposal lines router, edge bander and boring along the north wall beside a relocated sheet rack, moves assembly to the east end near the finish building's door and puts the hardware crib beside the hardware station. Load-distance falls from 15,350 to 9,595 cart-feet a day, 37.5 percent. Relocation costs $21,500.
How a MT435 Unit 7 example is structured
Constraints are listed before any rearrangement: the finish building cannot move because its fire separation is structural, the dock stays where trucks can reach it, and dust collection ducting favors machines along the north wall. Only after those are fixed does the proposal consider what can move. The trip matrix comes from two weeks of cart counts, and distances are measured aisle to aisle rather than straight across. Load-distance, trips times feet, is the single score, calculated for every pair on both plans. The table shows which moves earn the reduction: the sheet rack and the assembly relocation together account for most of it. One leg lengthens, boring to the finish door, and the paper reports it rather than hiding it. Payback follows, honest about its limits, and safety and freed staging space complete the case.
What cannot move
The finish building, the dock and the dust ducting are fixed before any sketch is drawn. Naming immovable elements first keeps the proposal from redesigning a building that does not exist.
Ten areas, counted trips
Cart loads between each pair of areas were tallied over two weeks and averaged per day. The heaviest flow, router to edge bander, is placed first in the new arrangement.
Assembly beside the finish door
Boxes returning from spraying now travel 120 feet to assembly instead of 290. That single move removes 2,040 cart-feet a day, the largest reduction of any change.
The leg that gets longer
Boring to the finish building grows from 240 feet to 260 once the machine line runs along the north wall. The table shows the added 240 cart-feet beside the savings.
A modest payback, stated plainly
About 64 cart-minutes a day at $31 an hour saves roughly $8,250 a year, so the $21,500 move repays itself in about 2.6 years. Fewer cart crossings and 1,800 square feet of staging strengthen the case.
Where marks go in MT435 Unit 7
An MT435 layout proposal stands or falls on whether the rearrangement follows from measured flows rather than from what looks tidy on a sketch. A proposal with no trip counts or distances cannot show that anything improved. Instructors look for constraints stated up front, since moving a fire-separated finishing area or a truck dock is rarely realistic. Straight-line distances where carts must follow aisles understate travel and are often questioned. Papers reporting only the total reduction, without showing which moves produce it, leave the reader unable to judge priorities. Hiding a leg that gets longer undermines trust in the rest. A payback figure, even an unflattering one, earns more credit than a claim that the new layout is simply more efficient, especially when other benefits are named and kept separate.
Get a MT435 Unit 7 example written to your instructions
Floor dimensions, the department list and any flow data the Unit 7 case provides belong in the request, beside the assignment brief and rubric. The composite proposal we return counts trips, measures distances along aisles, scores both layouts and costs the move. There is no charge on the first custom sample, generally ready within 24-48h.
MT435 Unit 7 questions, answered
What is a load-distance analysis?
A way to score a layout by multiplying the number of trips between each pair of departments by the distance between them, then summing. Lower totals mean less material handling. It lets you compare a current and a proposed layout on one number, and it shows which department pairs deserve to sit closest together.
Should I use straight-line or rectilinear distance?
Rectilinear, measured along aisles, usually reflects how carts and forklifts actually move inside a building. Straight-line distance can suit outdoor travel or rough early comparisons. Whichever you use, state it and apply it consistently to both layouts, since mixing the two makes the comparison meaningless and graders tend to check.
Do I need to cost the layout change?
Where the prompt wants a proposal rather than an analysis, a cost estimate strengthens it considerably. Include relocation of equipment, electrical and ventilation work, and lost production during the move. Compare that cost with the handling savings, and name any benefits you cannot price, such as safety, separately so they are not mistaken for figures.