100+ Free Befähigungsprüfung Baumeister Practice Questions

Prepare for the Befähigungsprüfung für das reglementierte Gewerbe der Baumeister gem. § 94 Z 5 GewO 1994 exam with instant access — no signup required.

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Key Facts: Befähigungsprüfung Baumeister Exam

NQR Level 7

Qualification Level

Austrian NQF / BMBPO

3 Modules

Exam Structure

WKO Prüfungsordnung

€0

1st & 2nd Attempt Fee

GewO § 352a (since 2024)

Grades 1–5

Grading Scale

WKO Meisterprüfungsstellen

§ 99 GewO

Scope of Practice

Gewerbeordnung 1994

35% / 35% / 30%

Topic Breakdown

Syllabus Distribution

The Austrian Baumeister competence examination (NQR Level 7) is a rigorous multi-day professional credential administered across Austria by WKO Meisterprüfungsstellen. Passing all modules confers unrestricted commercial and technical rights for architectural and structural design, calculation, and construction execution under § 99 GewO 1994. Since 1 January 2024, the examination fee is completely funded (€0) for the 1st and 2nd attempts. The core curriculum covers Structural Engineering & Eurocodes (35%), Building Physics, Construction Technology & OIB Regulations (35%), and Construction Management, Contract Law & Site Safety (30%). This practice bank delivers an English-language MCQ adaptation preserving exact Austrian technical and legal terminology.

Sample Befähigungsprüfung Baumeister Practice Questions

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

1Under ÖNORM EN 1990 (Eurocode 0), what are the standard partial safety factors for persistent and transient design situations in the Ultimate Limit State (ULS - STR/GEO Set B) for unfavorable permanent actions (γ_G) and unfavorable variable actions (γ_Q)?

A.γ_G = 1.35 and γ_Q = 1.50

B.γ_G = 1.00 and γ_Q = 1.35

C.γ_G = 1.50 and γ_Q = 1.35

D.γ_G = 1.20 and γ_Q = 1.40

Explanation: According to ÖNORM EN 1990 (Table A1.2(B) for Design Approach STR/GEO Set B), the design values of actions for persistent and transient design situations require a partial factor of γ_G = 1.35 for unfavorable permanent actions (g) and γ_Q = 1.50 for unfavorable variable actions (q).

2When determining load combinations according to ÖNORM EN 1990 for a multi-storey office building (Category B) in Austria at an altitude below 1000 m, what is the combination factor ψ_0 for the accompanying variable office live load?

A.0.5

B.0.7

C.1.0

D.0.3

Explanation: Per ÖNORM EN 1990 (Table A1.1) and Austrian National Annex, the combination factor ψ_0 for Category B (office areas) is 0.7. This factor accounts for the reduced probability of simultaneous occurrence of maximum variable loads.

3Which combination of actions is defined by ÖNORM EN 1990 for verifying long-term deformations, crack widths, and long-term serviceability limit states (SLS) in reinforced concrete structures?

A.Characteristic combination: Σ G_k,j + Q_k,1 + Σ ψ_0,i · Q_k,i

B.Frequent combination: Σ G_k,j + ψ_1,1 · Q_k,1 + Σ ψ_2,i · Q_k,i

C.Quasi-permanent combination: Σ G_k,j + Σ ψ_2,i · Q_k,i

D.Fundamental ULS combination: Σ γ_G,j · G_k,j + γ_Q,1 · Q_k,1 + Σ γ_Q,i · ψ_0,i · Q_k,i

Explanation: The quasi-permanent combination (quasi-ständige Bemessungssituation) defined as Σ G_k,j + Σ ψ_2,i · Q_k,i is specifically used for long-term effects such as concrete creep, shrinkage deflections, and appearance/durability verifications in SLS per ÖNORM EN 1990.

4According to ÖNORM EN 1991-1-3 and ÖNORM B 1991-1-3 (Austrian National Annex), what is the snow load shape coefficient (μ_1) for an unhindered monopitch roof with a pitch of α = 45° under undrifted conditions?

A.0.80

B.0.60

C.0.00

D.0.40

Explanation: Per ÖNORM EN 1991-1-3, for roof pitch 30° < α < 60°, μ_1 is calculated as μ_1 = 0.8 · (60 - α) / 30. For α = 45°, μ_1 = 0.8 · (60 - 45) / 30 = 0.8 · 15 / 30 = 0.40.

5Under ÖNORM EN 1991-1-4 (Wind Actions) and ÖNORM B 1991-1-4, which terrain category represents Austrian urban and industrial areas where at least 15% of the surface is covered with buildings having an average height exceeding 15 m?

A.Terrain Category IV (Geländekategorie IV)

B.Terrain Category II (Geländekategorie II)

C.Terrain Category III (Geländekategorie III)

D.Terrain Category I (Geländekategorie I)

Explanation: Terrain Category IV (Geländekategorie IV) applies to urban areas where at least 15% of the surface is covered with buildings whose average height exceeds 15 m, resulting in higher surface roughness and lower base wind velocities near the ground.

6According to ÖNORM EN 1991-1-1 and ÖNORM B 1991-1-1, what is the minimum characteristic imposed floor load (q_k) for Category C3 areas (areas without obstacles for moving people, such as museum exhibition rooms, access corridors in public buildings, and congress halls)?

A.2.0 kN/m²

B.5.0 kN/m²

C.3.0 kN/m²

D.7.5 kN/m²

Explanation: Per ÖNORM EN 1991-1-1 / ÖNORM B 1991-1-1, Category C3 areas (congregation areas without obstacles) require a characteristic imposed live load q_k of 5.0 kN/m².

7A lower flat roof is situated adjacent to a taller building wall. Per ÖNORM EN 1991-1-3, how is the snow drift accumulation length (l_s) at the roof step calculated when the step height is h?

A.l_s = 4 · h, with limits 10 m ≤ l_s ≤ 30 m

B.l_s = 1 · h, with limits 2 m ≤ l_s ≤ 10 m

C.l_s = 2 · h, with limits 5 m ≤ l_s ≤ 15 m

D.l_s = 0.5 · h, with a fixed value of 3 m

Explanation: Under ÖNORM EN 1991-1-3 clause 5.3.6, the drift length l_s for snow accumulation at steps in roofs is taken as l_s = 2 · h, subject to the restriction that 5 m ≤ l_s ≤ 15 m.

8When designing formwork and falsework according to ÖNORM EN 1991-1-6 and ÖNORM B 1991-1-6, what characteristic unit weight is standard for normal-weight fresh reinforced concrete with standard steel reinforcement?

A.22 kN/m³

B.24 kN/m³

C.28 kN/m³

D.25 kN/m³

Explanation: Per ÖNORM EN 1991-1-6 (Table 2.1) and ÖNORM EN 1991-1-1, wet (fresh) normal-weight concrete containing standard reinforcement is taken with a unit weight of 25.0 kN/m³ (or 26.0 kN/m³ with heavy reinforcement).

9For a reinforced concrete structural member made of concrete class C30/37 per ÖNORM EN 1992-1-1 (Eurocode 2) and ÖNORM B 1992-1-1 (Austrian National Annex with α_cc = 1.0 and γ_c = 1.50), what is the design compressive strength f_cd?

A.20.0 N/mm²

B.17.0 N/mm²

C.24.7 N/mm²

D.30.0 N/mm²

Explanation: Design compressive strength is calculated as f_cd = α_cc · f_ck / γ_c. For C30/37, the characteristic cylinder compressive strength is f_ck = 30 N/mm². With α_cc = 1.0 and γ_c = 1.50: f_cd = 1.0 · 30 / 1.50 = 20.0 N/mm².

10An underground car park ceiling slab is exposed to moisture and de-icing salts carried in by vehicles. Which exposure class combination per ÖNORM EN 206 and ÖNORM B 4710-1 is primarily decisive for durability and concrete cover design?

A.XC1 and XF1

B.XD3 and XF2 (or XF4)

C.XA1 and XM1

D.XC2 and XS1

Explanation: Surfaces of parking decks and garage slabs exposed to direct spray or run-off containing de-icing salts are classified under XD3 (chlorides from non-marine sources, cyclic wet and dry) and XF2/XF4 (freeze-thaw attack with de-icing agents) per ÖNORM EN 206 / ÖNORM B 4710-1.

About the Befähigungsprüfung Baumeister Exam

The Befähigungsprüfung Baumeister is Austria's premier qualification for master builders and general contractors, granting comprehensive legal authority under § 99 GewO 1994 for structural planning, calculation, site management, execution, structural surveying, and demolition of all types of buildings and civil engineering works. Classified at National Qualifications Framework (NQR) Level 7, the examination consists of three modules: Module 1 (Bautechnische Grundlagen: Statics, strength of materials, building technology), Module 2 (Komplexe Projekte: High-rise and civil engineering design, structural Eurocodes, geotechnics, building physics, calculation), and Module 3 (Berufliche Aufgaben, Baumanagement und Baurecht: Contract law, ÖNORM B 2110, ÖNORM B 2061, BauKG, BVergG, and provincial building codes). Note: This OpenExamPrep practice question bank is an English-language MCQ study adaptation developed for candidates and engineering professionals to master the statutory, structural, technical, and regulatory requirements of the Austrian Baumeister qualification.

Assessment

Question count varies by module

Time Limit

Multi-day (Written project design, calculation, statics, and oral commission board)

Passing Score

Austrian grading scale 1–5 (Minimum grade of 4 'Genügend' in all exam subjects)

Exam Fee

€0 for 1st & 2nd attempts (funded by Austrian Federal Government since 1 Jan 2024) (Wirtschaftskammer Österreich (WKO) — Meisterprüfungsstellen / Bundesinnung Bau)

Befähigungsprüfung Baumeister Exam Content Outline

35%

Structural Engineering & Eurocodes (Tragwerkslehre & Eurocode-Bemessung)

Basis of structural design (ÖNORM EN 1990 / Eurocode 0: partial safety factors γ_G, γ_Q, limit states ULS/SLS, load combinations), Actions on structures (ÖNORM EN 1991 / Eurocode 1: self-weight, imposed floor loads, snow loads per ÖNORM B 1991-1-3, wind loads per ÖNORM B 1991-1-4), Reinforced and prestressed concrete design (ÖNORM EN 1992-1-1 / Eurocode 2: exposure classes XC/XD/XS/XF/XA, minimum cover c_min + Δc_dev, flexural and shear reinforcement, crack width control w_max, anchorage lengths, punching shear), Masonry design (ÖNORM EN 1996 / Eurocode 6: characteristic compressive strength f_k, slender walls, unreinforced masonry, lateral support), Geotechnical engineering and foundation design (ÖNORM EN 1997 / Eurocode 7: Design Approaches 2 and 3 in Austria, spread footings, settlement analysis, slope stability, retaining walls, excavation pits, groundwater control), and basic principles of structural timber (ÖNORM EN 1995) and steel (ÖNORM EN 1993).

35%

Building Physics, Construction Technology & Technical Regulations (Bauphysik, Bautechnologie & OIB-Richtlinien)

Thermal insulation and energy performance (ÖNORM B 8110-1 to 6: thermal transmittance U-values, linear thermal bridges Ψ, surface temperature factor f_Rsi, condensation risk assessment via Glaser method, summer overheating prevention T_op,max, storage mass), Building acoustics and sound insulation (ÖNORM B 8115-1 to 4: airborne sound insulation R'_w, impact sound level L'_n,w, flanking transmission), OIB-Richtlinien 1 through 6 (OIB-RL 1 Mechanical resistance & stability, OIB-RL 2/2.1/2.2 Fire safety, fire resistance REI, fire compartments, evacuation routes, flammability classes A1–F, OIB-RL 3 Hygiene, health & environment, room heights, ventilation, OIB-RL 4 Safety in use & accessibility per ÖNORM B 1600, OIB-RL 5 Noise protection, OIB-RL 6 Energy conservation, Energieausweis, HWB, f_GEE), Flat roof waterproofing (ÖNORM B 3691: minimum slopes, bituminous and plastic membrane systems, upstand heights), Subterranean and basement waterproofing (ÖNORM B 3692: soil moisture, ground water pressure, white tank / Weiße Wanne per ÖNORM B 4710-1, black tank / Schwarze Wanne, drainage per ÖNORM B 2506), and provincial building regulations (Landesbauordnungen).

30%

Construction Management, Contract Law & Site Safety (Baubetrieb, Baurecht & Arbeitnehmerschutz)

Contract administration and standard building contract terms (ÖNORM B 2110: unit price, lump sum, and hourly contracts; variations, disruption claims and Mehrkostenforderungen [MKF]; duty to inspect and warn [Prüf- und Warnpflicht]; default, contractual penalties [Pönale], warranty and risk bearing; accounting, interim invoices, final invoices, Deckungsrücklass, Haftrücklass), Cost estimation and pricing (ÖNORM B 2061: calculation sheets K3, K4, K7; Mittellohnpreis calculation, labor overheads [Lohnzusatzkosten], equipment costing, site overheads [BGK], general business overheads [GGK], risk and profit [W+G]), Public procurement law (Bundesvergabegesetz / BVergG: open, restricted, negotiated procedures, threshold values, best bidder principle vs. lowest price principle, exclusion grounds), Construction site safety and health coordination (Bauarbeitenkoordinationsgesetz / BauKG: client responsibilities, planning coordinator, site coordinator, SiGe-Plan, prior notice to Arbeitsinspektion, file for subsequent works [Unterlage für spätere Arbeiten]), Scope of authority and liability (GewO 1994 § 99 Baumeister privileges, ABGB liability and warranty).

How to Pass the Befähigungsprüfung Baumeister Exam

What You Need to Know

Passing score: Austrian grading scale 1–5 (Minimum grade of 4 'Genügend' in all exam subjects)
Assessment: Question count varies by module
Time limit: Multi-day (Written project design, calculation, statics, and oral commission board)
Exam fee: €0 for 1st & 2nd attempts (funded by Austrian Federal Government since 1 Jan 2024)

Keys to Passing

Work through all 100 available questions
Review every answer and explanation
Track weak areas and revisit them
Use our AI tutor for tough concepts

Befähigungsprüfung Baumeister Study Tips from Top Performers

1Master ÖNORM B 2110 thoroughly, paying special attention to Mehrkostenforderungen (MKF) procedures, Prüf- und Warnpflicht timelines, and security retentions (Deckungsrücklass vs. Haftrücklass).

2Deeply practice structural calculations under Austrian Eurocode standards: ÖNORM EN 1992-1-1 (concrete crack width w_max, shear design, exposure classes) and ÖNORM EN 1997-1 (geotechnical design approaches 2 and 3).

3Understand the calculation methodology of ÖNORM B 2061, specifically how the Mittellohnpreis is derived on the K3 sheet and how site overheads (BGK) and business overheads (GGK) are applied.

4Review the harmonized OIB-Richtlinien 1 through 6, especially OIB-RL 2 (fire compartments, REI ratings, evacuation stairs) and OIB-RL 6 (energy performance metrics, HWB, f_GEE).

5Study the duties of the Bauherr, Planungskoordinator, and Baustellenkoordinator under the Bauarbeitenkoordinationsgesetz (BauKG), including when a SiGe-Plan and Vorankündigung are mandatory.

Frequently Asked Questions

What is the Austrian Befähigungsprüfung Baumeister?

The Befähigungsprüfung Baumeister is the official state competence examination required to practice the regulated trade of Master Builder (Baumeister) under § 94 Z 5 of the Austrian Trade Act (Gewerbeordnung 1994 - GewO 1994). It qualifies the holder for comprehensive planning, static calculation, project management, building execution, site supervision, and building survey activities under § 99 GewO 1994, corresponding to NQR Level 7.

How is the examination structured across its modules?

Under the Baumeister-Befähigungsprüfungsordnung (BMBPO), the exam is divided into three distinct modules: Module 1 covers technical fundamentals (Statics, Strength of Materials, Building Technology 1 & 2); Module 2 covers complex projects (Comprehensive structural design, Eurocode calculations, geotechnics, building physics, and project costing); Module 3 covers professional practice and management (Construction contract law, ÖNORM B 2110, ÖNORM B 2061, BauKG, BVergG, and business administration). Module 1 must be passed or credited before taking Modules 2 and 3.

How much does the Baumeister examination cost?

Since 1 January 2024, the examination fees for the first and second examination attempts at the WKO Meisterprüfungsstellen are 100% funded by the Austrian Federal Government (€0 cost to the candidate).

What is the grading scale and passing criteria?

The examination is assessed using the Austrian school grading scale from 1 (Sehr gut) to 5 (Nicht genügend). A candidate must achieve at least grade 4 (Genügend) in every individual exam subject across all modules to successfully pass the examination.

What legal rights are granted to a licensed Baumeister in Austria?

According to § 99 GewO 1994, a Baumeister holds comprehensive and unrestricted planning, calculation, execution, construction management, and demolition privileges for all categories of residential, commercial, industrial, and civil engineering structures, as well as the right to act as a private construction expert (bautechnischer Sachverständiger).

Is this OpenExamPrep question bank an official examination?

No. This question bank is an English-language multiple-choice study adaptation designed to prepare candidates and civil engineering professionals for the complex technical, standard (ÖNORM), and statutory concepts tested on the official Austrian Baumeister competence examination.