100+ Free Grade-1 Registered Fire Engineer (China) Practice Questions

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2026 Statistics

Key Facts: Grade-1 Registered Fire Engineer (China) Exam

8.0 Hours

Total Examination Duration across 3 Papers (2.5h + 2.5h + 3.0h)

Ministry of Emergency Management Official Examination Guide

72 / 120

Passing Benchmark per Paper (60% Standard across All Subjects)

China Personnel Testing Authority (CPTA)

3-Year Rolling

Score Retention Cycle for Full-Scope Candidates (3年滚动管理)

Provisions on Grade-1 Registered Fire Engineer Qualification

Grade-1 Engineer

Official Statutory Professional Licensure Conferred (一级注册消防工程师)

PRC Ministry of Emergency Management & MOHRSS

Annual (Nov)

National Examination Administration Frequency

CPTA National Examination Schedule

GB Fire Codes

Governing Standards (GB 50016, GB 50974, GB 50084, GB 50116, GB 51251)

National Standardization Administration & MEM

The 2026 Grade-1 Registered Fire Engineer examination has two 2.5-hour objective papers and one 3-hour subjective case-analysis paper, with a three-year rolling window for candidates taking all subjects. It uses the 2021 syllabus and is administered through the national professional qualification system. This 100-question English MCQ bank preserves important Chinese code terms but is a study adaptation, not an official translation or substitute for Chinese case-writing practice.

Sample Grade-1 Registered Fire Engineer (China) Practice Questions

Try these sample questions to test your Grade-1 Registered Fire Engineer (China) exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the fundamental theory of combustion, which parameter represents the lowest temperature at which a liquid combustible gives off sufficient vapor to form an ignitable mixture with air that momentarily flashes across the surface upon application of an ignition source?

A.Flash point (闪点)

B.Fire point (燃点)

C.Autoignition temperature (自燃点)

D.Boiling point (沸点)

Explanation: The flash point is the lowest temperature at which a combustible liquid liberates enough vapor to produce a momentary flash of flame when exposed to an external ignition source under standard test conditions. It serves as the primary scientific metric for classifying flammable and combustible liquids in fire prevention engineering.

2According to the Code for Fire Protection Design of Buildings (GB 50016), which of the following public buildings is classified as a Class I High-Rise Public Building (一类高层公共建筑)?

A.A 32-meter-tall residential apartment building with ground-floor commercial service facilities

B.A 48-meter-tall outpatient clinic and inpatient ward building of a general hospital

C.A 45-meter-tall standard single-tenant administrative office building

D.A 22-meter-tall multi-functional commercial shopping mall

Explanation: Under GB 50016, hospital medical buildings (such as inpatient and outpatient ward facilities) with a building height exceeding 24 meters are classified as Class I High-Rise Public Buildings regardless of whether they exceed 50 meters, due to the extreme evacuation vulnerability of patients.

3Under GB 50016, what is the statutory minimum fire resistance rating (耐火极限) required for the primary load-bearing columns (承重柱) in a building with a Class I Fire Resistance Rating (一级耐火等级)?

A.2.00 hours

B.2.50 hours

C.3.00 hours

D.1.50 hours

Explanation: In accordance with GB 50016 Table 5.1.2, structural load-bearing columns in buildings possessing a Class I Fire Resistance Rating must achieve a minimum non-combustible fire resistance rating of 3.00 hours to safeguard structural stability during extreme fire exposure.

4A chemical plant operates a production workshop utilizing hexane (flash point < 28°C) as a solvent. Under the industrial fire hazard classification rules of GB 50016, this production workshop must be designated as which class of factory (厂房)?

A.Class D (丁类)

B.Class B (乙类)

C.Class C (丙类)

D.Class A (甲类)

Explanation: GB 50016 stipulates that industrial production operations involving liquids with a flash point lower than 28°C, or flammable gases with an explosive lower limit below 10%, are strictly categorized as Class A (甲类) fire hazard factories.

5A warehouse stores lubricating oil barrels (flash point ≥ 60°C). Under GB 50016 warehouse fire hazard classification rules, this warehouse is categorized under which fire hazard rating?

A.Class C, Item 1 (丙类1项)

B.Class B, Item 1 (乙类1项)

C.Class C, Item 2 (丙类2项)

D.Class D (丁类)

Explanation: Under GB 50016 warehouse classification, Class C Item 1 (丙类1项) specifically designates the storage of combustible liquids with a flash point of 60°C or higher (such as lubricating oil, diesel, and animal/vegetable oils).

6Under GB 50016, what is the maximum allowable floor area of a single fire compartment (防火分区) on an aboveground floor of a multi-story civil building with Class I Fire Resistance Rating when NO automatic sprinkler system is installed?

A.1,500 m²

B.2,500 m²

C.3,000 m²

D.5,000 m²

Explanation: According to GB 50016 Table 5.3.1, the maximum allowable fire compartment area for an aboveground floor in a multi-story civil building with Class I or Class II Fire Resistance Rating is 2,500 m² when unequipped with automatic sprinkler suppression.

7When a high-rise commercial shopping complex with Class I Fire Resistance Rating is equipped with an automatic fire alarm system and fully protected by automatic sprinkler systems throughout, what is the maximum allowable fire compartment area for its aboveground shopping floors?

A.5,000 m²

B.3,000 m²

C.4,000 m²

D.2,000 m²

Explanation: Under GB 50016 Clause 5.3.4, for retail exhibition halls in high-rise buildings with Class I fire resistance equipped with automatic fire alarm and sprinkler systems, and decorated with non-combustible/flame-retardant materials, the maximum allowable compartment area can be increased to 4,000 m².

8For underground commercial shopping areas where the total construction area exceeds 20,000 m², which of the following measures is required by GB 50016 to prevent fire spread between non-communicating sub-zones?

A.Installation of extra-density deluge sprinkler systems operating simultaneously across adjoining zones

B.Separation solely by Class A fire doors and 3.00-hour fire barrier walls with high-velocity water curtains

C.Separation by double-layer fire shutters with a fire resistance rating of at least 4.00 hours

D.Separation by sunken plazas (下沉式广场), open-air courtyards, refuge corridors, or fire prevention separation rooms

Explanation: GB 50016 Clause 5.3.5 strictly requires that when the total area of underground commercial sales spaces exceeds 20,000 m², it must be divided into completely distinct areas of no more than 20,000 m² using sunken plazas, fire refuge corridors, open courtyards, or dedicated separation rooms, and fire shutters are prohibited as the sole boundary.

9What is the statutory minimum fire separation distance (防火间距) required between two adjacent Class I/II multi-story civil buildings under GB 50016?

A.6 meters

B.9 meters

C.13 meters

D.4 meters

Explanation: Under GB 50016 Table 5.2.2, the basic minimum fire separation distance between two multi-story civil buildings with Class I or Class II Fire Resistance Ratings is 6 meters.

10What is the minimum fire separation distance between two adjacent High-Rise Civil Buildings (高层民用建筑) each possessing a Class I or Class II Fire Resistance Rating?

A.9 meters

B.13 meters

C.11 meters

D.15 meters

Explanation: According to GB 50016 Table 5.2.2, the statutory fire separation distance between two adjacent high-rise civil buildings with Class I or Class II fire resistance ratings must not be less than 13 meters.

About the Grade-1 Registered Fire Engineer (China) Exam

The National Qualification Examination for Grade-1 Registered Fire Engineers (全国一级注册消防工程师资格考试) is a national professional qualification for fire-safety technical work. The 2026 examination uses the 2021 syllabus and has two objective subjects and one mandatory subjective case-analysis subject. Eligibility depends on education and accumulated fire-safety technical work experience, with the exact period varying by degree and field.

Assessment

3 Examination Papers: (1) Fire Safety Technical Practice (消防安全技术实务: 100 questions, 120 points, 2.5 hours); (2) Fire Safety Comprehensive Capability (消防安全技术综合能力: 100 questions, 120 points, 2.5 hours); (3) Fire Safety Case Analysis (消防安全案例分析: 6 comprehensive subjective cases, 120 points, 3 hours). Passing score is 72/120 (60%) on each paper across a 3-year rolling window.

Time Limit

2.5 to 3 hours per subject paper (total 8 hours over two examination days)

Passing Score

72 out of 120 points (60%) per subject paper

Exam Fee

Set by each province; Hubei's 2026 notice charges RMB 65 for each objective subject and RMB 69 for Case Analysis (RMB 199 total) (Ministry of Emergency Management (应急管理部) & Ministry of Human Resources and Social Security (人力资源和社会保障部) / CPTA (中国人事考试网))

Grade-1 Registered Fire Engineer (China) Exam Content Outline

35%

fire-safety-technical-practice

Examines combustion principles, building classification, fire resistance ratings of structural components per GB 50016, industrial fire hazard categories (Class A/B/C/D/E - 甲乙丙丁戊类), fire compartment allowable areas (with and without sprinkler multipliers), fire separation distances, firewalls, Class A/B/C fire doors, 70°C/280°C fire dampers, safe evacuation design (exit numbers, travel distances, unit evacuation width coefficients), stairwell configurations (enclosed, smoke-proof, scissor stairs), and refuge floors (避难层).

35%

fire-protection-systems-and-equipment

Covers design principles, operational mechanisms, and engineering calculations for active fire protection systems: fire water supply and hydrants per GB 50974 (fire water pools, elevated tanks, pump head, static/dynamic pressure), automatic sprinkler systems per GB 50084 (wet, dry, deluge, pre-action, Q = K√(10P) hydraulic calculations), gas extinguishing systems per GB 50370 (IG541, FM-200 / 七氟丙烷, design concentration, soaking time), building smoke management per GB 51251 (mechanical pressurization, smoke reservoir partition, smoke exhaust volume calculations), automatic fire alarm systems per GB 50116 (detector coverage, linkage control, loop capacities), and emergency lighting per GB 51309.

30%

fire-safety-comprehensive-capability-and-case-analysis

Encompasses statutory legal compliance under the PRC Fire Protection Law, social unit fire safety governance (MPS Order No. 61), fire safety manager vs entity legal representative responsibilities, fire inspection and patrol intervals, hot work management, fire protection facility commissioning, testing, and periodic maintenance cycles, major fire hazard determination criteria per GB 35181 (direct vs comprehensive determination methods), and holistic real-world case scenario troubleshooting across commercial complexes, tall buildings, and hazardous facilities.

How to Pass the Grade-1 Registered Fire Engineer (China) Exam

What You Need to Know

Passing score: 72 out of 120 points (60%) per subject paper
Assessment: 3 Examination Papers: (1) Fire Safety Technical Practice (消防安全技术实务: 100 questions, 120 points, 2.5 hours); (2) Fire Safety Comprehensive Capability (消防安全技术综合能力: 100 questions, 120 points, 2.5 hours); (3) Fire Safety Case Analysis (消防安全案例分析: 6 comprehensive subjective cases, 120 points, 3 hours). Passing score is 72/120 (60%) on each paper across a 3-year rolling window.
Time limit: 2.5 to 3 hours per subject paper (total 8 hours over two examination days)
Exam fee: Set by each province; Hubei's 2026 notice charges RMB 65 for each objective subject and RMB 69 for Case Analysis (RMB 199 total)

Keys to Passing

Work through all 100 available questions
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Grade-1 Registered Fire Engineer (China) Study Tips from Top Performers

1Master GB 50016 Fire Compartment and Separation Tables: Memorize allowable compartment floor areas across single-story, multi-story, and high-rise Class I/II buildings, remembering that installing automatic sprinkler systems doubles the allowable compartment area throughout the sprinklered area.

2Internalize Hydrant and Sprinkler Hydraulic Formulas: Be prepared to calculate fire pool storage volume (V = 3.6·Σ(Q·t)), elevated tank capacities (18/36/50/100 m³ based on building height and type), and sprinkler flow Q = K√(10P) where K is nozzle coefficient (e.g. K=80) and P is working pressure in MPa.

3Understand Smoke Control Pressure Differentials and Zone Limits: Know that mechanical pressurization stairwells maintain 40–50 Pa while pressurized front rooms maintain 25–30 Pa positive pressure relative to the corridor. For smoke reservoirs (防烟分区), maximum allowable area is 500 m² (or 1,000 m² / 2,000 m² depending on ceiling height per GB 51251).

4Memorize Alarm Loop and Isolator Capacity Limits: under GB 50116, any one bus loop must not connect more than 200 addressable points and must reserve at least 10% capacity; also study the separate short-circuit-isolator device limit.

5Know Major Fire Hazard (GB 35181) Direct vs Comprehensive Rules: Recognize direct determination triggers (such as unauthorized production/storage of Class A/B explosives in civil buildings or failure to install mandatory automatic sprinkler systems in high-rises) versus comprehensive score tallying.

6Review Statutory Inspection Frequencies: Memorize daily fire patrol requirements for public assembly venues (every 2 hours during operation), monthly pump churning tests, quarterly valve full-stroke testing, and annual comprehensive functional testing of all integrated fire systems.

Frequently Asked Questions

What is the China Grade-1 Registered Fire Engineer Qualification Examination and what authority does it grant?

The Grade-1 Registered Fire Engineer Examination (全国一级注册消防工程师资格考试) is China's official national qualification examination for professional fire safety engineers. Jointly administered by the Ministry of Emergency Management (MEM) and the Ministry of Human Resources and Social Security (MOHRSS), passing the exam grants the statutory professional qualification of 'Grade-1 Registered Fire Engineer' (一级注册消防工程师). Registered fire engineers possess statutory legal authority to conduct building fire safety evaluations, fire engineering design reviews, fire facility commissioning, inspection, and maintenance certification, high-hazard safety management, and fire safety consulting across all building categories nationwide.

What is the examination structure, subject breakdown, and passing standard?

The examination comprises three distinct subject papers administered over two consecutive days: 1) Fire Safety Technical Practice (消防安全技术实务, 120 points, 150 minutes, 80 single-choice + 20 multi-choice MCQs); 2) Fire Safety Technical Comprehensive Capability (消防安全技术综合能力, 120 points, 150 minutes, 80 single-choice + 20 multi-choice MCQs); and 3) Fire Safety Case Analysis (消防安全案例分析, 120 points, 180 minutes, 6 subjective case analysis problems). The passing standard for each subject paper is 72 out of 120 points (60%). Examination results operate on a 3-year rolling cycle, requiring full-scope candidates to pass all three papers within three consecutive examination years.

What educational and professional prerequisites are required to take the exam?

Candidates must possess a recognized degree in Fire Engineering or related engineering/science/management disciplines, combined with statutory post-graduation work experience in fire safety. For instance, a candidate holding a Bachelor's degree in Fire Engineering requires at least 3 years of total work experience with at least 2 years in fire safety; a Bachelor's degree in a related engineering discipline requires at least 4 years total with 3 years in fire safety; and a Bachelor's degree in other disciplines requires at least 5 years total with 4 years in fire safety.

When is the examination held and how can candidates register?

The 2026 examination is held November 7–8, with registration through the national professional qualification portal according to each provincial notice. Fees are provincial: for example, Hubei's 2026 notice charges RMB 65 for each objective paper and RMB 69 for Case Analysis.

Why is this OpenExamPrep practice bank presented in English?

The official national examination in China is conducted in Simplified Chinese. This OpenExamPrep bank provides 100 rigorous English-language practice questions designed for bilingual fire safety engineers, international MEP/FP consultants, multinational building developers, and safety directors operating in China or working with Chinese national fire codes (GB standards). Every question embeds essential Chinese code designations, equipment names, and standard terminology (such as 甲乙丙丁戊类, 避难层, 消防水泵接合器, 挡烟垂壁, 重大火灾隐患) to ensure seamless practical cross-referencing.