HPSC Senior Manager & Manager Syllabus 2026 – Exam Pattern PDF

1. Subject Knowledge Test — A 150-mark subjective test of 3 hours, conducted in English, requiring a minimum of 35% marks to qualify.
2. Shortlisting for Interview — Candidates are shortlisted for the interview at a ratio of two times the number of advertised posts, based on their Subject Knowledge Test scores.
3. Interview/Viva-Voce — A personal interview stage, mandatory for all shortlisted candidates.
4. Final Merit List — Prepared by combining scores from the Subject Knowledge Test (87.5% weightage) and the Interview (12.5% weightage).

HPSC Senior Manager & Manager Syllabus 2026 Overview

HPSC Senior Manager & Manager (IA) Selection Process 2026

1. Subject Knowledge Test: This is a subjective-type test worth 150 marks, conducted in English over 3 hours. Candidates must achieve a minimum of 35% marks to be considered for the next stage.
2. Interview/Viva-Voce: Candidates who qualify the Subject Knowledge Test will be shortlisted for an interview. The number of candidates called for the interview will be twice the number of advertised posts.

HPSC Senior Manager & Manager (IA) Exam Pattern 2026

Subject Knowledge Test Pattern

Interview Pattern

HPSC Senior Manager & Manager (IA) Detailed Syllabus 2026

1. Structural Engineering

• (A) Engineering Mechanics: Covers force systems, free-body diagrams, equilibrium, internal forces, friction, centre of mass, and undamped SDOF system vibrations.
• (B) Solid Mechanics: Includes bending moment and shear force in beams, stress-strain relationships, bending theory, flexural and shear stresses, shear centre, torsion, stress transformation, column buckling, and combined stresses.
• (C) Structural Analysis: Focuses on statically determinate and indeterminate structures using force/energy methods, superposition, analysis of various structural elements, displacement methods (slope deflection, moment distribution), influence lines, and stiffness/flexibility methods.
• (D) Construction Materials and Management: Details structural steel properties, concrete constituents and mix design, project types, PERT and CPM network analysis, and cost estimation.
• (E) Concrete Structures: Encompasses working stress and limit state design concepts, design of beams, slabs, columns, bond and development length, and prestressed concrete beams.
• (F) Steel Structures: Covers working stress and limit state design, design of tension and compression members, beams, beam-columns, column bases, connections, plate girders, trusses, and plastic analysis concepts.

2. Geotechnical Engineering

• (A) Soil Mechanics: Includes three-phase systems, index properties, soil classification (Unified and Indian standards), one-dimensional permeability, two-dimensional seepage, flow nets, uplift pressure, piping, capillarity, seepage force, effective stress, and quicksand conditions.
• (B) Compaction of Soils: Deals with one-dimensional consolidation, time rate of consolidation, shear strength (Mohr’s circle, effective and total parameters), stress-strain characteristics of clays and sand, and stress paths.
• (C) Foundation Engineering: Covers sub-surface investigations (bore holes, sampling, plate load, SPT, CPT), earth pressure theories (Rankine, Coulomb), slope stability (finite/infinite, Bishop’s method), stress distribution (Boussinesq’s theory), shallow foundations (Terzaghi’s, Meyerhoff’s bearing capacity, water table effects, combined/raft footing, settlement), and deep foundations (dynamic/static formulae, axial load, pile load test, lateral loading, group efficiency, negative skin friction).

3. Water Resources Engineering

• (A) Fluid Mechanics: Includes fluid properties, statics, continuity, momentum, energy equations, potential flow, laminar/turbulent flow in pipes and networks, boundary layer concepts, and lift/drag.
• (B) Hydraulics: Focuses on forces on immersed bodies, flow measurement, dimensional analysis, hydraulic similitude, and channel hydraulics (energy-depth, specific energy, critical flow, hydraulic jump, uniform/gradually varied flow, water surface profiles).
• (C) Hydrology: Covers the hydrologic cycle, precipitation, evaporation, evapo-transpiration, watershed, infiltration, unit hydrographs, hydrograph analysis, reservoir capacity, flood estimation/routing, surface run-off models, and groundwater hydrology (steady state well hydraulics, aquifers, Darcy’s law).
• (D) Irrigation: Details irrigation systems and methods, crop water requirements (duty, delta, evapo-transpiration), gravity dams, spillways, lined/unlined canals, weir design, and cross drainage structures.

4. Environmental Engineering

• (A) Water and Waste Water Quality and Treatment: Basics of water quality standards (physical, chemical, biological), water quality index, unit processes, water requirement, distribution systems, and drinking water treatment.
• (B) Sewerage System: Covers sewerage system design, domestic wastewater quantity, primary/secondary treatment, effluent discharge standards, sludge disposal, and treated sewage reuse.
• (C) Air Pollution: Includes pollutant types, sources, impacts, control measures, air quality standards, and air quality index.
• (D) Municipal Solid Wastes: Characteristics, generation, collection, transportation, and engineered systems for solid waste management (reuse/recycle, energy recovery, treatment, disposal).

5. Transportation Engineering

• (A) Transportation Infrastructure: Geometric design of highways (cross-sectional elements, sight distances, alignments).
• (B) Railway Engineering: Geometric design of railway track (speed and cant).
• (C) Airport Engineering: Airport runway length calculations and corrections, taxiway design.
• (D) Highway Pavements: Highway materials properties and tests, bituminous paving mixes, design factors for flexible and rigid pavements, and design using IRC codes.
• (E) Traffic Engineering: Traffic studies (flow, speed, peak hour factor, accidents, statistical analysis), microscopic/macroscopic parameters, fundamental relationships, traffic signs, signal design (Webster’s method), intersections, and highway capacity.

6. Geomatics Engineering

• (A) Surveying: Principles of surveying, errors, maps (scale, coordinate system), distance/angle measurement, leveling, trigonometric leveling, traversing, triangulation, total station, and horizontal/vertical curves.
• (B) Photogrammetry and Remote Sensing: Scale, flying height, and basics of remote sensing and GIS.

Preparation Tips for HPSC Senior Manager & Manager (IA) Exam 2026

• Begin by aligning the entire syllabus with your existing civil engineering study materials. Categorize the six broad areas—Structural, Geotechnical, Water Resources, Environmental, Transportation, and Geomatics Engineering—into distinct preparation modules.
• Since the exam is subjective and carries 150 marks over 3 hours, prioritize practicing full-length descriptive answers. Include diagrams, derivations, and design steps, moving beyond just objective-type questions.
• Allocate extra study time to Structural Engineering topics, as this section is the most extensive and detailed part of the syllabus.
• Thoroughly revise design codes, such as IRC codes for pavements and limit state/working stress methods for concrete and steel, given their explicit mention in the syllabus.
• Practice with previous years' subjective engineering services or state PSC papers on similar subjects to enhance speed and answer-writing proficiency within the 3-hour time limit.
• In the final weeks before the exam, concentrate on reviewing key formulas, standard theories (e.g., Terzaghi, Meyerhoff, Rankine, Coulomb, Bishop, Boussinesq), and relevant code provisions, as these are frequently assessed in descriptive engineering examinations.

HPSC Senior Manager & Manager Syllabus 2026 Important Links

• Download HPSC Senior Manager & Manager (IA) Syllabus PDF
• Check HPSC Official Website