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2026 Statistics

Key Facts: Meisterprüfung Getreidemüller Exam

€0

Fee for 1st & 2nd Attempt at Modules 1, 2, 3 and Unternehmerprüfung (Federally Funded Since 1 Jan 2024)

WKO Prüfungsgebühren für Meister- und Befähigungsprüfungen

Level 6

NQR / EQF Qualification Level (Bachelor-Equivalent Master Craft Credential)

Nationaler Qualifikationsrahmen (NQR) Österreich

5 Modules

Examination Structure (Practical Meisterarbeit, Oral, Written, Trainer, Business)

WKO Meisterprüfungsordnung Getreidemüller

Kapitel B 20

Codex Alimentarius Austriacus Chapter Governing Flour Types (W480, W700, R960, etc.)

Österreichisches Lebensmittelbuch, Kapitel B 20 (Mahl- und Schälprodukte)

2.5 : 1

Standard Differential Speed Ratio (Voreilung) for Break Roller Mills (Riffelwalzen)

Müllereitechnologie Lehr- und Fachbücher

max 0.48%

Ash Content (Dry Basis) Limit for Austrian Standard White Wheat Flour W480

Codex Alimentarius Austriacus Kapitel B 20

250–300 s

Optimal Hagberg Falling Number (Fallzahl) for Austrian Bread Wheat Flour

ICC Standard No. 107/1 / ISO 3093

Mst.

Legally Protected Master Title Abbreviation Earned With the Meisterprüfung

Gewerbeordnung 1994 (GewO 1994) § 21

The Austrian Meisterprüfung Getreidemüller is the NQR Level 6 master craft qualification administered by the WKO across 5 modules: practical milling execution, oral commission exam, written technical calculations and flowsheets, apprentice trainer testing, and business management.

Sample Meisterprüfung Getreidemüller Practice Questions

Try these sample questions to test your Meisterprüfung Getreidemüller exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the botanical structure of a wheat kernel (caryopsis), which layer is biologically the outermost layer of the endosperm, yet is separated with the bran (Kleie) during conventional commercial milling due to its high ash and mineral content?

A.Pericarp (Fruchtschale)

B.Aleurone layer (Aleuronschicht)

C.Testa (Samenschale)

D.Scutellum (Schildchen)

Explanation: The aleurone layer (Aleuronschicht) is biologically the single-cell outermost layer of the starchy endosperm, rich in proteins, minerals (ash), lipids, and enzymes. In commercial milling, it strongly adheres to the maternal seed coats (pericarp and testa) and is removed with the bran fractions, which is why white flours (e.g., W480) have low ash content while high-extraction flours (W1600) contain aleurone fragments.

2At grain intake, what physical parameter is measured using the standard Schopper 1/4-liter or 1-liter chondrometer apparatus to determine the mass-to-volume packing density of bulk grain?

A.Thousand kernel weight (Tausendkorngewicht TKG in grams)

B.Vitreousness percentage (Glasigkeit in %)

C.Hectolitre weight (Hektolitergewicht / Schüttgewicht in kg/hl)

D.Specific grain density (Reindichte in g/cm³)

Explanation: The Schopper apparatus measures the hectolitre weight (Hektolitergewicht / Schüttgewicht) expressed in kg/hl. It reflects kernel shape, plumpness, moisture, and packing density. High-quality Austrian milling wheat typically requires a hectolitre weight above 78–80 kg/hl for optimal flour yield.

3What is the typical range of thousand kernel weight (Tausendkorngewicht, TKG on dry matter basis) for sound, fully developed Austrian common bread wheat (Triticum aestivum)?

A.15 to 25 g

B.60 to 75 g

C.80 to 95 g

D.38 to 48 g

Explanation: Sound, plump Austrian bread wheat typically exhibits a Tausendkorngewicht (TKG) of 38 to 48 g (dry basis). Higher TKG indicates larger kernels with a higher proportion of starchy endosperm relative to outer bran layers, maximizing potential flour extraction.

4What biochemical property is directly evaluated by the Hagberg-Perten Falling Number method (Fallzahl-Bestimmung nach Hagberg-Perten, ICC Standard No. 107/1)?

A.Alpha-amylase enzyme activity and sprout damage in the grain

B.Total wet gluten elasticity and gluten index

C.Crude protein content via nitrogen combustion

D.Pentosans and arabinoxylan water-binding capacity

Explanation: The Hagberg-Perten Falling Number test measures the time (in seconds) required for a calibrated stirrer to fall through a heated flour-water suspension. High alpha-amylase activity (caused by premature sprouting in the field) liquefies the gelatinized starch rapidly, leading to a low falling number (<160 s).

5A lot of Austrian milling wheat arrives at the intake pit with a Hagberg Falling Number (Fallzahl) of 130 seconds. What processing defect will this grain cause if milled into standard baking flour without blending?

A.Dry, rigid dough with poor gas retention and low oven spring

B.Excessive starch degradation resulting in sticky, unmanageable dough, poor crumb elasticity, and dark crust coloration

C.Complete failure of yeast fermentation due to lack of fermentable sugars

D.Excessive gluten toughness that tears the bread dough during moulding

Explanation: A falling number of 130 s indicates severe sprout damage and excessive alpha-amylase activity. During baking, alpha-amylase hydrolyzes starch into dextrins and maltose faster than the crumb can set, resulting in wet, sticky doughs, gummy bread crumb, collapsing loaves, and excessive crust browning.

6In the standardized determination of wet gluten (Feuchtkleber) and Gluten Index (Gluten-Index) using the Glutomatic system (ICC Standard No. 137/1), what is the exact function of the high-speed centrifugal sieve step?

A.It washes out water-soluble albumins and globulins using a buffered 2% NaCl wash solution.

B.It measures the water-binding capacity of starch granules at 95°C under constant torque.

C.It forces the washed gluten mass against a defined sieve cassette to measure the proportion of strong, non-deformed gluten remaining on the sieve relative to total gluten.

D.It separates the gliadin fraction from the glutenin fraction by differential chemical precipitation.

Explanation: After washing the starch out of the flour sample with a 2% NaCl solution, the wet gluten mass is centrifuged at 6,000 RPM across a special perforated metal sieve. The Gluten Index is calculated as: (Mass remaining on sieve / Total wet gluten mass) * 100. A high index (80–100) indicates strong, elastic gluten.

7A master miller needs to calculate the Liquefaction Number (Verflüssigungszahl, VZ) to blend two wheat flours with different Hagberg Falling Numbers. The formula is VZ = 6000 / (FN - 50). If Lot A has a Falling Number of 350 s and Lot B has a Falling Number of 150 s, what are their respective Liquefaction Numbers?

A.Lot A: VZ = 17.1; Lot B: VZ = 40.0

B.Lot A: VZ = 30.0; Lot B: VZ = 15.0

C.Lot A: VZ = 12.5; Lot B: VZ = 85.0

D.Lot A: VZ = 20.0; Lot B: VZ = 60.0

Explanation: Using the standardized formula VZ = 6000 / (FN - 50): - For Lot A (FN = 350): VZ = 6000 / (350 - 50) = 6000 / 300 = 20.0 - For Lot B (FN = 150): VZ = 6000 / (150 - 50) = 6000 / 100 = 60.0. Liquefaction numbers are linear and can be blended using the Pearson square formula.

8Why does rye (Secale cereale) flour fail to form a coherent, three-dimensional elastic gluten matrix during dough kneading like wheat flour?

A.High concentrations of water-soluble and water-swellable pentosans (arabinoxylans) physically coat proteins and compete aggressively for water, preventing gluten network formation.

B.Rye lacks gliadin and glutenin storage proteins entirely and contains only water-insoluble zein.

C.Rye starch gelatinizes at room temperature (20°C), instantly dissolving any protein bonds formed during mixing.

D.Rye possesses a completely lignified endosperm cell wall structure that cannot be hydrated during standard dough mixing.

Explanation: Rye contains secalin and secalinin (homologous to gliadin and glutenin), but its high content of mucilaginous pentosans (arabinoxylans, 6–9%) binds vast amounts of water and coats the protein fibrils, physically hindering them from uniting into an elastic gluten matrix. Dough structure in rye baking is governed by pentosan swelling and starch gelatinization.

9What biochemical mechanism is evaluated in the Zeleny Sedimentation Test (Zeleny-Wert nach ICC Standard No. 116/1)?

A.The rate of starch retrogradation in a refrigerated gel

B.The degree of swelling and sedimentation volume of flour proteins in an acidic lactic acid and isopropanol suspension

C.The settling velocity of damaged starch granules in pure petroleum ether

D.The colorimetric enzymatic reaction of polyphenol oxidase in whole wheat flour

Explanation: In the Zeleny test, flour is suspended in a lactic acid and isopropanol solution containing bromophenol blue. The glutenin proteins swell significantly under acidic conditions and sediment out. High sedimentation volumes (>40–50 ml) correlate with high protein quality, strong gluten elasticity, and superior bread baking volume.

10On a Brabender Farinograph curve (ICC Standard No. 115/1), what does the parameter 'Dough Stability' (Teigstabilität in minutes) represent?

A.The total time required from the first addition of water until the dough reaches the maximum consistency line of 500 Farinograph Units (FE/BU)

B.The difference in consistency between the curve peak and the curve center measured exactly 12 minutes after the peak

C.The time interval between the point where the upper curve edge first intersects the 500 BU consistency line and the point where it drops below the 500 BU line

D.The percentage of water required to bring the maximum curve height to exactly 600 Farinograph Units

Explanation: Dough Stability (Teigstabilität) is defined as the time difference (in minutes) between the arrival time (when the top curve first touches 500 BU) and the departure time (when the top curve leaves the 500 BU line). Long stability (>8–12 minutes) characterizes strong, high-protein flours capable of enduring intensive mechanical mixing.

About the Meisterprüfung Getreidemüller Exam

The Meisterprüfung Getreidemüller is the premier master craft qualification in Austrian grain milling and cereal processing. Governed by the Austrian Trade Code (Gewerbeordnung 1994, § 94 Z 27) and administered by the Wirtschaftskammer Österreich (WKO) Bundesinnung der Lebensmittelgewerbe, the credential is formally aligned to Level 6 of the National Qualifications Framework (NQR / EQF Level 6, equivalent to a Bachelor's degree). Achieving the master title ('Meister' / Mst.) confers the legal authority to establish and manage commercial grain mills, oat mills, durum semolina mills, and industrial compound feed plants (Mischfutterwerke), supervise quality control laboratories, and train apprentices. The curriculum demands an extensive mastery of cereal botany, grain reception analytics, advanced cleaning and conditioning (Netzung), roller mill fluting configurations, plansifter sieve schemes, semolina purification, Austrian flour grading under Codex Alimentarius Austriacus Kapitel B 20, ATEX dust explosion safety, silo aeration, pest control (Vorratsschutz), and food hygiene under the Austrian LMSVG. This practice bank is an English-language multiple-choice adaptation designed to test and consolidate the complete technical and calculation syllabus of the Austrian Getreidemüller master examination.

Assessment

Five modules under the Getreidemüller-Meisterprüfungsordnung of the Bundesinnung der Lebensmittelgewerbe, in force since 1 July 2025 and issued on the basis of §§ 24 and 352a Abs. 2 GewO 1994; Getreidemüller is a Handwerk under § 94 Z 27 GewO 1994 and the examination targets Level 6 of the Nationaler Qualifikationsrahmen per § 20 GewO 1994. Modules may be taken in any order. Modul 1 Fachlich praktische Prüfung: Teil A the subject 'Prüfarbeit auf Niveau der Lehrabschlussprüfung', ended after 60 minutes; Teil B the subject 'Praktische Prüfung auf meisterlichem Niveau', designed for 4 hours and ended after 5, and held as a Stationenbetrieb. Modul 2 Fachlich mündliche Prüfung: Teil A a Fachgespräch at apprenticeship level (20–30 minutes); Teil B the subject 'Angewandtes Qualitäts- und Betriebsmanagement auf meisterlichem Niveau' before the full commission (30–40 minutes). Modul 3 Fachtheoretische schriftliche Prüfung: the single subject 'Angewandtes Projektmanagement auf meisterlichem Niveau', designed for five hours and ended after six, in which the candidate must demonstrate at least three learning outcomes selected by the commission — for example the proper intake and storage of raw and auxiliary materials, storage of by-products and finished products, producing and assessing Mahl-, Schrot- and Schälerzeugnisse, producing and assessing compound feed, and organising controlled storage and distribution. It may be held digitally. Modul 4: Ausbilderprüfung under §§ 29a ff BAG or the Ausbilderkurs under § 29g BAG. Modul 5: Unternehmerprüfung under § 25 GewO 1994. A relevant Lehrabschlussprüfung credits Teil A of Modules 1 and 2.

Time Limit

Modul 1 Teil A max 60 min, Teil B 4 h (max 5, run as a Stationenbetrieb); Modul 2 Teil A 20–30 min, Teil B 30–40 min; Modul 3 written five hours, ended after six

Passing Score

School grade scale 'Sehr gut' (1) to 'Nicht genügend' (5); a module passes when every subject is at least 'Genügend' (4), with 'mit gutem Erfolg' and 'mit Auszeichnung' as higher tiers

Exam Fee

Free for the 1st & 2nd attempt at Modules 1, 2, 3 and the Unternehmerprüfung (federally funded since 1 Jan 2024); from the 3rd attempt the Allgemeine Prüfungsordnung fee applies (WKO Meisterprüfungsstellen / Bundesinnung der Lebensmittelgewerbe)

Meisterprüfung Getreidemüller Exam Content Outline

25% of this practice bank

Grain Botany, Quality Assessment & Raw Materials (Getreidebotanik & Qualitätsprüfung)

Cereal kernel anatomy (pericarp, testa, aleurone, starchy endosperm, germ/scutellum), grain reception inspection, Besatz determination (Schwarzbesatz and Kornbesatz), physical metrics (hectolitre weight Hektolitergewicht, TKG, moisture determination), biochemical analysis (Hagberg falling number, Zeleny sedimentation, wet gluten content and Gluten Index via Glutomatic), dough rheological instruments (Farinograph, Extensograph, Alveograph, Amylograph), and mycotoxin regulations (DON, Zearalenone, Ochratoxin A, ergot alkaloids under EU 2023/915).

20% of this practice bank

Grain Cleaning, Conditioning & Preparation (Reinigung & Netzung)

Pre-cleaning and fine cleaning machinery (separators, aspirator channels, magnetic separators, density destoners, scouring machines, trieur indent cylinders for round/long seed separation, optical color sorters), grain tempering physics, water diffusion kinetics into bran and endosperm, target moisture thresholds (soft wheat 14.5–15.5%, bread wheat 15.5–16.5%, durum 16.5–17.5%, rye 14.5–15.5%), resting time (Abstehzeit) management, bran toughening, and endosperm mellowing.

25% of this practice bank

Milling Technology, Break & Reduction Systems (Müllereitechnologie & Mahlverfahren)

Roller mill construction and operation (break rolls vs smooth reduction rolls, fluting counts per cm, fluting spiral, cutting disposition Schneide an Schneide vs Rücken an Rücken, differential speed ratios Voreilung), square plansifter sieve kinematics, mesh types (wire and synthetic bolting cloth), semolina purifiers (Grießputzmaschinen), impact detachers (Prallmühlen / Entleimer), comprehensive mill flow sheets (Mahldiagramm B1–C10, sizing, purification, reduction, tailing passages), and pneumatic conveying aspiration.

15% of this practice bank

Austrian Flour Types, Milling Calculations & Feed Production (Mehltypen, Fachkalkulation & Mischfutter)

Austrian flour standards pursuant to Codex Alimentarius Austriacus Kapitel B 20 (wheat flours W480, W700, W1600; rye flours R500, R960, R2500; spelt flour D700; granulation definitions glatt, griffig/doppelgriffig, universal), ash content calculation on dry basis (Trockensubstanz), milling extraction yield (Ausmahlungsgrad %), tempering water addition formulas, Pearson square flour blending calculations, and compound feed milling (batch dosing, mixing coefficient of variation CV < 5%, steam conditioning, pellet press dies, counterflow coolers).

15% of this practice bank

Mill Safety, ATEX Dust Explosion, Silo Management & Hygiene (ATEX, Silotechnik, Schädlingsbekämpfung & LMSVG)

ATEX dust explosion physics (Kst values, St classes, minimum ignition energy MIE, Lower Explosion Limit LEL, ATEX Zones 20, 21, 22), explosion decoupling valves and flameless venting, silo aeration and refrigeration management, stored product pest control (Sitophilus granarius, Tribolium castaneum, Ephestia kuehniella, pheromone monitoring, thermal heat treatment 50–55°C, phosphine fumigation), HACCP control points (magnets, optical sorters, control sifters), and Austrian LMSVG food hygiene compliance.

How to Pass the Meisterprüfung Getreidemüller Exam

What You Need to Know

Passing score: School grade scale 'Sehr gut' (1) to 'Nicht genügend' (5); a module passes when every subject is at least 'Genügend' (4), with 'mit gutem Erfolg' and 'mit Auszeichnung' as higher tiers
Assessment: Five modules under the Getreidemüller-Meisterprüfungsordnung of the Bundesinnung der Lebensmittelgewerbe, in force since 1 July 2025 and issued on the basis of §§ 24 and 352a Abs. 2 GewO 1994; Getreidemüller is a Handwerk under § 94 Z 27 GewO 1994 and the examination targets Level 6 of the Nationaler Qualifikationsrahmen per § 20 GewO 1994. Modules may be taken in any order. Modul 1 Fachlich praktische Prüfung: Teil A the subject 'Prüfarbeit auf Niveau der Lehrabschlussprüfung', ended after 60 minutes; Teil B the subject 'Praktische Prüfung auf meisterlichem Niveau', designed for 4 hours and ended after 5, and held as a Stationenbetrieb. Modul 2 Fachlich mündliche Prüfung: Teil A a Fachgespräch at apprenticeship level (20–30 minutes); Teil B the subject 'Angewandtes Qualitäts- und Betriebsmanagement auf meisterlichem Niveau' before the full commission (30–40 minutes). Modul 3 Fachtheoretische schriftliche Prüfung: the single subject 'Angewandtes Projektmanagement auf meisterlichem Niveau', designed for five hours and ended after six, in which the candidate must demonstrate at least three learning outcomes selected by the commission — for example the proper intake and storage of raw and auxiliary materials, storage of by-products and finished products, producing and assessing Mahl-, Schrot- and Schälerzeugnisse, producing and assessing compound feed, and organising controlled storage and distribution. It may be held digitally. Modul 4: Ausbilderprüfung under §§ 29a ff BAG or the Ausbilderkurs under § 29g BAG. Modul 5: Unternehmerprüfung under § 25 GewO 1994. A relevant Lehrabschlussprüfung credits Teil A of Modules 1 and 2.
Time limit: Modul 1 Teil A max 60 min, Teil B 4 h (max 5, run as a Stationenbetrieb); Modul 2 Teil A 20–30 min, Teil B 30–40 min; Modul 3 written five hours, ended after six
Exam fee: Free for the 1st & 2nd attempt at Modules 1, 2, 3 and the Unternehmerprüfung (federally funded since 1 Jan 2024); from the 3rd attempt the Allgemeine Prüfungsordnung fee applies

Keys to Passing

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Meisterprüfung Getreidemüller Study Tips from Top Performers

1Master grain tempering calculations: Practise calculating water addition using the formula W_water = M * (w_target - w_initial) / (100 - w_target), and understand how kernel hardness determines resting time (Abstehzeit: soft wheat 8–16 h, hard wheat 16–24 h, durum 24–36 h, rye 4–10 h).

2Understand roller mill fluting geometries: Memorise fluting counts (B1: 4–5 flutes/cm to B4/B5: 10–12+ flutes/cm), spiral (Drall 6–12%), differential speed ratios (Voreilung: 2.5:1 for break rolls vs 1.25:1 for reduction rolls), and cutting dispositions (Schneide an Schneide S/S for maximum semolina yield vs Rücken an Rücken R/R for gentle bran scraping).

3Know the Austrian flour standards inside out: memorise the Codex B 20 ash tolerance bands on dry substance for W480 (0.33–0.58%), W700 (0.63–0.79%), W1600 (1.50–1.75%), R500 (0.43–0.57%), R960 (0.88–1.12%), R2500 (2.0–3.0%) and D700 (0.63–0.84%), and remember that a type number is a band around a nominal value, not a maximum.

4Practise flour blending with Pearson's Square (Mischungskreuz): Be confident calculating mixing ratios to achieve target wet gluten, protein, or ash specifications when blending high-grade wheat flours with standard base flours.

5Review cereal rheology and enzymatic tests: Understand the biochemical mechanisms behind the Hagberg falling number (Fallzahl: optimal bread wheat 250–300 s; low <160 s indicates sprout damage / high alpha-amylase), Farinograph water absorption and stability, and Extensograph energy and extensibility curves.

6Familiarise yourself with ATEX safety and mill pest management: Learn the Kst values, ATEX zone definitions (20, 21, 22), decoupling mechanics, thermal heat disinfestation parameters (50–55°C for 24–48 h), and key stored product pests (Sitophilus granarius, Tribolium castaneum, Ephestia kuehniella).

Frequently Asked Questions

What is the Meisterprüfung Getreidemüller in Austria?

The Meisterprüfung Getreidemüller is the statutory master craftsman qualifying examination in Austria for the grain milling, cereal processing, and compound feed industry, codified under § 94 Z 27 of the Austrian Trade Code (Gewerbeordnung 1994). Administered by the Meisterprüfungsstellen of the Austrian Economic Chambers (WKO) together with the Bundesinnung der Lebensmittelgewerbe, it qualifies successful candidates at NQR/EQF Level 6 (equivalent to a Bachelor's degree), granting the legally protected master title 'Meister' (Mst.) and the statutory right to operate commercial grain mills, feed mills, and train apprentices.

What are the modules and examination structure of the Getreidemüller Meisterprüfung?

The examination comprises five modules: Modul 1 is the practical examination (Meisterarbeit), involving practical milling operations, machine settings on roller mills, plansifters, and purifiers, flour yield analysis, and maintenance in a production or pilot mill. Modul 2 is the oral commission examination covering milling flowsheets, grain biochemistry, quality assurance, and plant engineering. Modul 3 is the written examination covering milling technology (Fachtechnologie), plant diagram design, applied milling mathematics/calculations (Fachkalkulation), and quality management. Modul 4 is the Ausbilderprüfung (apprentice trainer examination under the Berufsausbildungsgesetz), and Modul 5 is the Unternehmerprüfung (business and legal examination).

What is the significance of Codex Alimentarius Austriacus Kapitel B 20 for Austrian flours?

The relevant chapter is Kapitel B 20 'Mahl- und Schälprodukte' of the Österreichisches Lebensmittelbuch, not the bakery chapter B 18. B 20 fixes the classification, ash tolerance bands, maximum moisture and granulation designations for Austrian milling products. The type number equals 1,000 times the ash content in % of dry substance, and Tabelle 1 sets a band rather than a ceiling: Weizenauszugsmehl Type 480 at 0.33–0.58%, Weizenkoch- und -backmehl Type 700 at 0.63–0.79%, Weizenbrotmehl Type 1600 at 1.50–1.75%, Roggenvorschussmehl Type 500 at 0.43–0.57%, Roggenbrotmehl Type 960 at 0.88–1.12%, Schwarzroggenmehl Type 2500 at 2.0–3.0%, and Dinkelmehl Type 700 at 0.63–0.84%; whole grain products receive no type number. Maximum moisture is 15.5% for flours of all types and 15.8% for Schrot, Grieß and Dunst. Granulation is an optional extra indication defined in Tabelle 2 by the rule that at least 50% of the material lies in the stated range: Grieß 355–1,000 µm, Dunst 125–250 µm, Mehl (doppel)griffig and universal 90–355 µm, and Mehl glatt up to 180 µm.

What are the essential ATEX dust explosion safety requirements in an Austrian grain mill?

Grain and flour processing plants contain potentially explosive organic dust atmospheres governed by ATEX Directives (implemented in Austria via the Explosionsschutzverordnung EXSV and VEXAT). Grain and flour dusts typically fall into dust explosion class St 1 (Kst 50–200 bar·m/s, Pmax ~8–10 bar) with a minimum ignition energy (MIE) between 10 and 50 mJ. Mill spaces are classified into ATEX Zones: Zone 20 inside enclosed equipment (silos, bucket elevators, filter collectors), Zone 21 in areas where dust clouds occur occasionally during normal operation (bagging stations, dumping hoppers), and Zone 22 where dust clouds occur only abnormally. Preventative measures include grounding all metal components, installing spark detection/extinguishing systems in pneumatic lines, explosion decoupling valves (Schnellschlussschieber, flotex flaps), and certified explosion venting or flameless suppression.

How much does the Austrian Getreidemüller Meisterprüfung cost?

Since 1 January 2024 (applied retroactively to attempts from 1 July 2023), the Austrian federal government funds 100% of the examination fees for the first and second attempt at Modules 1, 2, and 3, as well as the Unternehmerprüfung. Consequently, initial attempts are completely free of charge for candidates. From the third attempt onwards, statutory fees apply according to the Allgemeine Prüfungsordnung (BGBl. II Nr. 110/2004) as calculated by the respective provincial WKO Meisterprüfungsstelle.

How does this practice bank adapt the Austrian Getreidemüller Meisterprüfung?

The official Austrian master examination consists of extensive practical milling trials, multi-hour written calculation papers, and an oral German-language commission interview. This practice question bank is an English-language multiple-choice study adaptation engineered to test, reinforce, and verify theoretical knowledge, mathematical calculations, machine mechanics, and statutory regulations. It strictly preserves authentic Austrian terminology (e.g., W480, W700, R960, Walzenstuhl, Plansichter, Netzung, Ausmahlungsgrad, LMSVG) while providing thorough pedagogical explanations in English.