Instructor Capacity and Skill Verification
In one sentence
Instructor capacity must cover individual practice verification as well as the explanation time; finding room in the schedule does not show that the skill has been acquired.
By the end of this lesson
- Calculate the instruction and verification loads of six people separately and close them against the 360-min total.
- Show the capacity gap in one instructor's 240-min window in minutes and as a ratio.
- Test the two-instructor and two-day options together with their resource conflicts.
- Mark an attendance record and an independent skill verification as different statuses.
Why it matters
When only the explanation time is counted in a training plan, the schedule looks complete, but no time is left to observe whether employees can do the job independently. Especially in teaching a single task, the instructor has to watch each person's attempt, correct the missing point and make a separate assessment. That an explanation can be given to a group at the same time does not mean that all the individual evidence can be collected at the same time. In this lesson the data pack requires one-to-one instruction and verification per person. The time therefore cannot be reduced on the assumption of group instruction. How many minutes the resource will work and how many minutes the participants will set aside in total are also tracked as different quantities; their coming out as the same number does not show that they are equal in every case.
The capacity calculation starts from the task and the evidence scope. The questions are answered: who will learn which job version, which prior knowledge will they carry and how will independent practice be tested. Help given during job instruction must not get mixed into the assessment record. A person's being present at the training, explaining the job and doing it without help are different statuses. If these statuses are shown with a single mark in the skill chart, the planner may assign a person who has not yet been verified to work independently. For this reason the meaning of the statuses and the condition for moving between them are explained. If no result has been obtained yet, "planned" or "instruction completed" is written; the skill cell is not filled in beforehand on the assumption that the person will succeed.
When the number of instructors rises, the schedule can become shorter; still, the total instructor effort does not fall by itself. For parallel instruction, a competent instructor, a suitable work area, tools and the participants' being released at the same time are needed. If it is assumed that two instructors will work independently of each other on the same tool, capacity that is not real is produced. The one-instructor, two-day option needs a longer schedule but may reduce resource conflict. Both options are tested against shift backup, workload and production requirements. The decision is not made only by the earliest finish time. A schedule with no resource assignment is not a practicable plan even if the total durations are right.
The planned verification time does not carry a guarantee of success. If the learner applies a key point wrongly, reinstruction and reassessment are needed. The core calculation given rests on the assumption of success in the first trial; this assumption is written down openly. When an additional time requirement arises, shortening the verification or completing it with a signature is not accepted. The plan is updated and the authority to work independently is granted according to real evidence. In this way, training capacity can turn into reliable skill capacity for production. The focus of the lesson is not a general change budget, but calculating the instruction and evidence load of a single task correctly and placing it in a schedule that can really be used.
Formula
Instruction load (instructor-min) = Number of people (people) × One-to-one instruction (min/person)
Verification load (instructor-min) = Number of people × Individual verification (min/person)
Total load = Instruction load + Verification load
Capacity gap (instructor-min) = Max[0, Required load − Available instructor time]
Resource load ratio (%) = Required load ÷ Available time × 100
Whole-person capacity (people) = Round down[Available time (min) ÷ Total time per person (min/person)]
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- Step-by-step instructions
- Worked example with real numbers
- Where the method misleads
- Common mistakes