This page is for anyone who has followed Course 3 (Socks and Hosiery) and now needs to build a complete hosiery order file the way this course teaches it. At work, nobody fills in a Sock Order Shape sheet, a Quality Fault Log, and a Costing sheet as three unrelated documents and stops there. A merchandiser assembles all three sheets from the same reference facts, then checks that the finished file agrees with itself. This lesson does that assembly on Order C, Suez Hosiery's own fixed sock order, and adds one extra check: confirming Order C's own figures stay consistent and correctly sourced on every sheet, not only the first one.
This lesson does not add a new fact about socks. It assembles lesson 6.3.1 (what makes a sock different), lesson 6.3.2 (sock anatomy and finishing), lesson 6.3.3 (sock-specific quality faults), and lesson 6.3.4 (costing a sock order) into one complete Order C order file, then applies a final consistency pass to it. This lesson mainly teaches a decision: given a finished order file, is it ready to use, and does every sheet still agree with Order C's own real figures.
You need: lessons 6.3.1 to 6.3.4 of this course. If you have not read them, the key terms below and the method's steps restate what each one fixed for Order C.
By the end of this lesson you can:
Not covered here: how this file changes for a different sock order (that order's own real figures replace Order C's throughout, keeping the same structure).
| Term | Meaning |
|---|---|
| Circular knitting machine | A knitting machine that knits a seamless tube of fabric, or a complete sock, on a rotating cylinder of needles, rather than knitting or weaving flat fabric that is later cut and sewn. |
| Gauge | The number of needles per inch on a knitting machine, describing how fine or coarse the resulting knit is. |
| Boarding | A finishing step where a knitted sock is heat-set on a leg-shaped form to fix its final shape and size before packing. |
| Welt | A reinforced, more tightly knitted band at the top of a sock's cuff that resists laddering and holds the sock's opening in shape. |
| Sock blank | A sock straight off the circular knitting machine, before boarding, finishing or packing. |
| Costing sheet | The sheet listing a product's cost components and adding them to a price, here Order C's own fixed buyer target price. |
| Full-assembly audit | A single check confirming every sheet of a finished document is present and consistent with every other sheet, not checked one sheet at a time in isolation. |
A complete order file is one internally consistent record, whether it is built on Order B's own denim figures (T06-C01-L05) or, as here, on Order C's own sock figures. Building the file means populating the Sock Order Shape sheet first, since it holds the generic construction facts and Order C's own entries, then the Quality Fault Log, since it states what to check for, then Costing, since it states what Order C costs against its buyer target price. Each later sheet depends on the first. The one rule specific to this course is that every sheet, and every note on every sheet, must keep citing Order C, docs/02 v3 section 27, wherever a figure comes from that order, so the file never lets a figure drift from its real source.
| What can differ | The shapes you meet | Why it matters |
|---|---|---|
| A real, fixed assembly (Order B's complete denim file, T06-C01-L05) | All three sheets reference the same real, fixed denim figures consistently, including Order B's own target FOB price of USD 9.80. | Shows the same three-sheet method applied to a different product family, also on a real, fixed order. |
| This course's Order C file (this lesson's real case) | All three sheets reference the same Order C figures, construction zones, sock-specific fault examples, USD 1.20 target price, consistently, with docs/02 v3 section 27 cited on every relevant row. | Demonstrates the assembly method on Order C, without letting any figure drift from its real, cited source. |
| A drifted file (the risk this lesson still guards against) | The Sock Order Shape sheet later drops its source citation from a note while the Costing sheet keeps it. | The file would look, incorrectly, like its figures are unverified guesses rather than Order C's own cited facts. |
| A different real sock order's file | The same three-sheet structure, populated with that order's own real figures instead of Order C's. | The assembly method taught here transfers directly to any other sock order. |
None of the four shapes above is close enough to another. A drifted file is not a complete one; it only looks that way until every sheet is read against the other two, and against Order C's own cited source.
The case we followOrder C, Suez Hosiery's own fixed sock order, is this course's real reference order. A trainer preparing this course's own teaching materials assembles Order C's own figures, carried through lessons 6.3.1 to 6.3.4, into one complete file. The trainer fills in the Sock Order Shape sheet from the generic construction facts already taught, sets up the Quality Fault Log ready for a real inspection, and completes the Costing sheet to confirm Order C's own yarn line plus residual reconstructs its buyer target price. The same Order C figures, now represented as one complete, consistently sourced file, are ready to be used in this course, and to be reused as the structure for any other sock order's own file.
The worked numberOrder C's construction zones, cuff, welt, leg, heel, instep, foot, toe, the four fault-log example rows, and Order C's USD 1.20 target price, with its USD 0.18 yarn line and USD 1.02 residual, from lesson 6.3.4, must each appear, unchanged and correctly sourced, everywhere the workbook references them.
The yarn line and the residual line reconstruct Order C's target price exactly, and the seven construction zones and four fault types read the same on every sheet that mentions them, each still traceable to Order C. That agreement across sheets, and that consistent sourcing, not a new calculation, is what this lesson checks.
The methodA common mistake is copying a sheet's rows into a shorter summary, for example a teaching slide, and dropping the citation to Order C or docs/02 v3 section 27 from the copied notes to save space. A common way this fails in practice: a slide keeps the numbers, USD 1.20, USD 0.18, USD 1.02, but drops the note that traces them back to Order C. A reader who opens only that slide has no way to check whether the numbers are correctly sourced or simply guessed. The mistake is treating a source citation as decoration that can be trimmed for space, instead of as the one piece of information that lets a figure be checked against its origin.
This lesson brings together everything this course has taught, in one file that shows how Order C, a real sock order, is fully documented. First write down the sock's own construction facts: how it is knitted, its zones, its finish. Then set up what an inspector checks for. Then work out what the price looks like, and check that the yarn cost plus everything else adds up to that price. A file can have every sheet filled in and still hide a mistake if one sheet quietly stops citing where a figure came from while another sheet keeps citing it. Reading the whole file together, and checking that every sheet still points back to Order C where it should, catches a mistake like that before anyone reads only part of the file and gets the wrong idea.
A trainer preparing this course's teaching materials copies the Costing sheet's Order C rows into a separate summary slide. To fit the slide, the trainer shortens the notes column and drops the citation to Order C and docs/02 v3 section 27 from the copied text, keeping only the numbers.
Is dropping the source citation from the slide an acceptable shortcut, decide before you open the decision.
No. Dropping the citation to Order C and docs/02 v3 section 27 turns a traceable, sourced fact into a number a reader cannot check.
The Costing sheet's own notes column states plainly that USD 1.20, USD 0.18 and USD 1.02 come from Order C, docs/02 v3 section 27. A reader who sees only the slide, with the citation removed, has no way to verify these numbers or to know they are Order C's own real figures rather than a guess.
The trainer should keep the citation to Order C on every copy of these figures, in every format, the same discipline this course's whole workbook is built around.
This is framed qualitatively, since no separate figure exists to attach a number to for this risk. An order file, or any material derived from it, that quietly loses its citation to Order C risks being treated as an unverified guess by a later reviewer, or being silently changed by someone who no longer knows where the original number came from. Once one figure like this is found uncited, a reader may reasonably start questioning every other figure in the file, a credibility cost that reaches far beyond the one figure that was copied without its citation. This lesson's final consistency pass, checking every sheet for its source citation and not only for correct numbers, exists to prevent that cost before a file or a copy of it ever leaves this course.
This course's workbook is the order file itself, in three sheets: Sock Order Shape, Quality Fault Log, and Costing. The example rows already filled in show Order C's own figures across all three sheets, each traced to docs/02 v3 section 27, as this lesson's worked number set out. Download the workbook, copy Order C's example rows into your own practice file, and run the final consistency pass, checking both agreement and sourcing, before treating any copy as ready to use.
| Workbook sheet | Order C's example (filled in) | Your practice file |
|---|---|---|
| Sock Order Shape | Complete, eight construction facts, each traced to Order C | |
| Quality Fault Log | Complete, structured for four sock-specific fault types | |
| Costing | Complete, yarn plus residual reconstructs Order C's USD 1.20 target |
1. In what order should the three sheets of the hosiery order file be populated, and why?
2. What is the one rule this course's order file needs that Order B's denim file did not?
3. A different workbook shows a USD 2.40 target price, a USD 0.30 component line, and a USD 2.10 residual, but the residual's note carries no source citation at all. What does the pass require?
| EN | AR | FR | TR | Meaning |
|---|---|---|---|---|
| Circular knitting machine | ماكينة تريكو دائرية | Machine à tricoter circulaire | Yuvarlak örme makinesi | A knitting machine that knits a seamless tube of fabric (or a complete sock) on a rotating cylinder of needles, rather than knitting or weaving flat fabric that is later cut and sewn. |
| Gauge | الجيج (الغيج) | Jauge (fonture) | Gauge (iğne sıklığı) | The number of needles per inch on a knitting machine, describing how fine or coarse the resulting knit is. |
| Boarding | البوردنغ (تشكيل الجورب على القالب) | Formage (boarding) | Kalıplama (boarding) | A finishing step where a knitted sock is heat-set on a leg-shaped metal or plastic form to fix its final shape and size before packing. |
| Welt | الويلت (حافة الجورب المقواة) | Bordure renforcée (welt) | Konç lastiği (welt) | A reinforced, more tightly knitted band at the top of a sock's cuff that resists laddering and holds the sock's opening in shape. |
| Sock blank | الجورب الخام | Chaussette brute | Ham çorap | A sock straight off the circular knitting machine, before boarding, finishing or packing. |
| Costing sheet | كشف التكلفة | Fiche de coûts | Maliyet tablosu | The document that lists a garment's cost components and adds them to the price the factory quotes. |
| Full-assembly audit | تدقيق التجميع الكامل | Audit d'assemblage complet | Tam montaj denetimi | A single check confirming all five tech pack sections are present and consistent with each other, not checked one section at a time in isolation. |
You now have a one-step consistency pass that checks a whole order file, not just its individual sheets, before it is used. This closes Course 3 (Socks and Hosiery). The next course opens a new product family, building on the same assembly method this course has taught you. Back to the course map