HPSC Safety Officer Syllabus 2026 Released: Download Exam Pattern at hpsc.gov.in

The Haryana Public Service Commission (HPSC), Panchkula, has officially issued the detailed examination scheme and syllabus for the Safety Officer vacancy within HPGCL, Power Department, Haryana. Released on 28 September 2026, this announcement pertains to Advertisement No. 05/2025, which was initially published on 26 June 2025. Candidates preparing for the upcoming assessments can access the comprehensive framework on the official website at hpsc.gov.in.

HPSC Safety Officer Exam Pattern 2026

The recruitment drive consists of a two-tier selection process: a Subject Knowledge Test followed by a personal interview. Attendance at each stage is mandatory, and the final merit list is prepared by adding the marks of the Subject Knowledge Test and the interview.

Stage 1: Subject Knowledge Test The first stage is a subjective paper conducted entirely in English. It carries a total of 150 marks and must be completed within a 3-hour duration. This test holds an 87.5% weightage in the overall selection criteria. To remain in contention, applicants must achieve a minimum of 35% marks. The commission will call candidates for the interview at a ratio of 3 times the advertised posts, including bracketed candidates, if any, provided they secure the 35% cut-off.

Stage 2: Interview Candidates who successfully clear the written assessment will proceed to the interview round, which carries the remaining 12.5% weightage. The exact interview marks are not stated in the announcement.

Subject-wise Topics for HPSC Safety Officer Syllabus

The official notification outlines nine distinct sections. Candidates should note that the weightage of each section and the number of questions are not available in the announcement. Furthermore, the published syllabus has no section titled with safety laws or industrial safety. HPSC advises candidates to prepare strictly from the nine sections below and check with them if they need clarification.

1. National and International Scenario of Skill Development Vocational Education System in India; Current National Policy on Skill Development in India; Objective and need for skill development in India; Recommendations of various committees on vocational education; Scope of skill development.

2. Academic and Administrative Management Organisation structure of Government ITIs; Reporting systems, reporting authorities and general administration; SWOT analysis, vision and mission, goals, strategic planning, internal and external environment management, resource mobilisation, library management, maintenance of academic facilities; Problem-solving techniques, personal management, value analysis, faculty norms.

3. Skill Development Schemes Central and State Government schemes such as the Craftsmen Training Scheme; Pradhan Mantri Kaushal Vikas Yojana (PMKVY), National Skill Qualification Framework (NSQF), State skilling schemes; Crafts Instructor Training Schemes (CITS); National Apprentice Promotion Scheme (NAPS); SANKALP Scheme, STRIVE Scheme.

4. Engineering Mechanics and Engineering Drawing Force and system of forces, equilibrium of rigid bodies, free body diagram, Lami’s theorem; Laws of Coulomb friction, equilibrium of bodies involving dry friction, belt friction; Centre of gravity and moment of inertia; Stress and strain: simple stresses (tensile, compressive, shear, bending and torsion), stress-strain curves, elastic constants; Engineering graphics and technical drawing: drawing equipment and instruments, conventions, dimensioning, scales; Theory of projection of planes and solids, orthographic projection.

5. Fundamentals of Thermal Science Introduction to thermodynamics, properties, forms of energy, thermodynamic systems, steady flow systems; Types of work, thermodynamic processes, laws of thermodynamics, Carnot theorem; Concept of enthalpy and entropy; I.C. engines: two-stroke and four-stroke S.I. and C.I. engines, Otto cycle, Diesel cycle; Basic idea of refrigeration and air conditioning cycle.

6. Basic Knowledge of Workshop Science Measuring instruments and gauges, introduction to manufacturing processes, basic terminology; Materials: engineering materials, properties, nomenclature, basics of heat treatment; Fitting: tools, measuring and marking, sawing, filing, tapping and die, introduction to drills; Welding: electric arc and gas welding processes and equipment, soldering and brazing, types of sheets (ferrous and non-ferrous), standard sheet sizes, sheet metal tools; Metal cutting: classification of machine tools and cutting tools, basic operations on lathe, drilling, shaper, milling, cutting tool material, work-holding devices, cutting parameters (speed, feed, depth of cut); Casting: pattern types, moulding sand and its properties, casting process and defects.

7. Basic Electrical Science Network laws and theorems: Kirchhoff’s laws, network elements, superposition theorem, Thevenin’s and Norton’s theorems, maximum power transfer theorem; Single-phase A.C. circuits: EMF generation, form factor, peak factor, rms and average value, phasor diagram, resistive, inductive and capacitive circuits, series and parallel circuits, RLC series circuits, resonance, Q factor; three-phase A.C. circuits (general relations); Magnetic circuits and transformers: analogy between electric and magnetic circuits, B-H curve, hysteresis loop, inductances in series and parallel, hysteresis and eddy current losses; Transformers: construction, EMF equation, rating, phasor diagram on no-load and loaded conditions; Electrical machines and instruments: three-phase induction motors (construction, working, applications); moving iron, PMMC, dynamometer and induction type instruments, torque equation, dynamometer type wattmeter.

8. Basic Electronics and Communication Science Electronic instruments: general-purpose test instruments, CRO, CRT, semiconductor diodes and applications, PN junction diode, V-I characteristics, ideal diodes, LED, tunnel diode, photodiode; Half-wave, full-wave and bridge rectifiers, passive filters, regulators, line and load regulation, Zener diode as voltage regulator, SMPS concept, BJT, FET, MOSFET; Operational amplifiers: summing amplifier, differentiator and integrator; digital electronics: number systems, logic gates, NAND and NOR as universal gates, SR and JK flip-flops; Introduction to computers: generations, characteristics and classification, components, types of memory, software and its types, operating system, algorithm and flow chart; Computer networks and communication: LAN, MAN, WAN, network topologies, modes of data communication, internet and its safeguards, router, switches, hub, bridges.

9. Civil Surveying instruments and uses, civil engineering surveys, building by-laws, properties and tests on construction materials (bricks, cement, coarse aggregate, steel reinforcement); Units of fluid properties, types of fluid and flow, flow measurement; Construction management techniques: bar chart, milestone, network CPM/PERT, construction equipment, notice inviting tender, administrative approval, technical sanction, specification; Tests on water and waste water, Environment Protection Act, sources of air pollution, National Clean Air Programme; Types of dams and canals, rainfall measurement, safe bearing capacity of soil, methods of building estimates, forms used in the public works department.

Recruitment Details and Preparation Strategy

While the official syllabus announcement focuses on academic parameters, earlier job portal reports regarding Advertisement No. 05/2025 outlined several administrative details. Candidates are strongly advised to verify these points directly on hpsc.gov.in:

• Vacancies: 1 post
• Application window: 30 June to 20 July 2025
• Age limit: 18 to 42 years
• Qualification: Engineering or technology degree with at least 2 years’ supervisory factory experience, or a Physics or Chemistry degree with at least 5 years’ supervisory factory experience.

To maximize scoring potential, applicants should print the official syllabus and mark each of the nine sections for structured study. Because the paper is subjective, candidates must practise long-form written answers and time themselves against the 3-hour limit. All answers must be written in English, as the question paper will be in English.

Test takers should target well above 35%. The interview call depends on it, and the test carries 87.5% of the final merit. Additionally, it is essential to revise diagrams and derivations for mechanics, thermodynamics, electrical and drawing topics.

Important Links:

• Direct link to Check HPSC Safety Officer Syllabus 2026
• Direct link to Check HPSC Safety Officer Syllabus and Exam Pattern 2026
• HPSC Official website: hpsc.gov.in

HPSC Safety Officer Syllabus 2026 FAQs