K Knowledge HF-D9.3-001 cross-sector 8 umiejętności
Technical understanding
Understands how machines, structures and installations work, recognises causes of failure and explains them using technical and physical principles.
W jaki sposób serwis hrmforce to mierzy
- Metoda oceny
- Knowledge test · rho 0.40 (SD 0.13)
- hrmforce narzędzie
- Ability Scan, Knowledge test (client-specific)
- Kompetencje (50-ramowe)
- Problem Analysis
- Możliwość szkolenia
- medium
- Prognoza popytu na lata 2026–2030
- stable
Test of declarative job knowledge, usually assembled per client.
Kotwice behawioralne
| Poziom | Zachowanie na tym poziomie |
|---|---|
| N1 Guided | Names the parts of a simple machine and explains, using the manual, what function each part has. works under supervision and follows instruction · routine, one variable at a time · own task |
| N3 Proficient | Independently explains the behaviour of an installation during a fault and traces the problem back to a technical principle. sets own approach and seeks input proactively · several variables, some ambiguity · own team or process |
| N5 Leading | Develops technical guidelines for the field and is consulted internally and externally on design and failure questions. sets the standard and the policy · strategic, under high uncertainty · organisation, value chain or profession |
N2 i N4 celowo nie zostały przypisane do konkretnych punktów odniesienia. Oceniający umieszczają je pomiędzy punktami odniesienia, zgodnie z konwencją O*NET.
Podstawowe umiejętności
Umiejętności te dziedziczą ścieżkę oceny oraz punkty odniesienia behawioralne tej konstrukcji.
| T | Umiejętności | Definicja | Prognoza popytu na lata 2026–2030 |
|---|---|---|---|
| K | Understanding hydraulic principles Hydraulics | Explains how pumps, cylinders and valves work in a hydraulic system using pressure and flow. | stable |
| K | Understanding pneumatic principles Pneumatics | Explains how compressors, cylinders and control valves work in a compressed air system using pressure and volume. | stable |
| K | Knowledge of drives and power transmission Power transmission | Knows gears, belts, chains and couplings and calculates gear ratio, torque and rotational speed. | stable |
| K | Calculating forces and moments Statics | Calculates forces, moments and reaction forces in a simple structure or machine component. | stable |
| K | Knowledge of material properties Materials science | Knows strength, hardness, corrosion behaviour and formability of steel, aluminium, plastics and composites. | stable |
| K | Applying heat and flow theory Thermodynamics · Fluid mechanics | Explains heat transfer, pressure loss and flow rate in pipes, heat exchangers and air ducts. | stable |
| K | Systematically tracing failure causes Root cause analysis | Traces a fault step by step to its cause by combining symptom, system behaviour and elimination. | stable |
| K | Understanding how a machine works Machine operation principles | Explains how energy, motion and control interact in a machine to produce the product. | stable |