HPSC Senior Manager & Manager Syllabus 2026 PDF (Out) – Download Official Exam Pattern & Subject Wise Syllabus

The Haryana Public Service Commission (HPSC) has officially released the HPSC Senior Manager (Advt. No. 8/2026) and Manager (IA) (Advt. No. 9/2026) Syllabus 2026 along with the latest exam pattern for recruitment in the Haryana State Industrial & Infrastructure Development Corporation (HSIIDC). Candidates preparing for these prestigious posts should download the official syllabus PDF and understand the exam pattern, as the Subject Knowledge Test plays the most important role in determining the final merit.

As per the official notification issued by HPSC on 04 August 2026, the recruitment process includes a Subject Knowledge Test carrying 87.5% weightage, while the Interview/Viva-Voce carries 12.5% weightage. To qualify for the interview stage, candidates must secure the prescribed minimum qualifying marks in the written examination.

In this article, you can find the latest HPSC Senior Manager & Manager Syllabus 2026 PDF, detailed exam pattern, selection process, subject-wise syllabus, minimum qualifying marks, marking scheme, and the best preparation tips to help you perform well in the examination. This guide is based entirely on the official HPSC notification, making it a reliable resource for aspirants preparing for the HSIIDC Senior Manager and Manager Recruitment 2026.

HPSC Senior Manager & Manager (IA) Selection Process 2026

The Haryana Public Service Commission (HPSC) has prescribed a two-stage selection process for the recruitment of Senior Manager (IA) (Advt. No. 8/2026) and Manager (IA) (Advt. No. 9/2026) in the Haryana State Industrial & Infrastructure Development Corporation (HSIIDC). Candidates must qualify each stage to be considered for the final selection.

Stage 1: Subject Knowledge Test

• Conducted in descriptive (subjective) mode.
• Duration: 3 Hours
• Total Marks: 150
• Language: English
• Weightage in Final Merit: 87.5%
• Candidates must obtain at least 35% marks to qualify for the next stage.

Stage 2: Interview / Viva-Voce

• Candidates who qualify the written examination are shortlisted for the Interview/Viva-Voce.
• Generally, candidates up to two times the number of advertised vacancies are called for the interview, subject to meeting the qualifying criteria.
• Weightage in Final Merit: 12.5%.

Final Merit List

• Subject Knowledge Test: 87.5% Weightage
• Interview/Viva-Voce: 12.5% Weightage

Candidates with the highest combined score, subject to eligibility verification and other recruitment conditions, will be recommended for appointment.

HPSC Senior Manager & Manager (IA) Exam Pattern 2026

The Haryana Public Service Commission (HPSC) has officially announced the HPSC Senior Manager (IA) & Manager (IA) Exam Pattern 2026 for recruitment in the Haryana State Industrial & Infrastructure Development Corporation (HSIIDC). The selection process consists of a Subject Knowledge Test followed by an Interview/Viva-Voce. The written examination carries the highest weightage in the final merit list, making it the most crucial stage of the recruitment process.

HPSC Senior Manager & Manager (IA) Syllabus 2026 (Subject-Wise)

The Haryana Public Service Commission (HPSC) has officially released the HPSC Senior Manager (IA) & Manager (IA) Syllabus 2026 for the Subject Knowledge Test. The syllabus is primarily based on Structural Engineering and includes important topics from Geotechnical Engineering, Water Resources Engineering, Environmental Engineering, Transportation Engineering, and Geomatics Engineering. Since the written examination carries 87.5% weightage in the final merit list, candidates should prepare every topic thoroughly.

Below is the complete subject-wise HPSC Senior Manager & Manager (IA) Syllabus 2026 as prescribed in the official notification.

1. Structural Engineering

Structural Engineering forms the core of the HPSC Senior Manager & Manager (IA) syllabus. Candidates should focus on design principles, structural analysis, construction materials, and engineering mechanics.

A. Engineering Mechanics

• System of forces and equilibrium equations
• Free-body diagrams
• Internal forces in structures
• Friction and its engineering applications
• Centre of mass
• Free vibrations of undamped SDOF systems

B. Solid Mechanics

• Bending moment and shear force diagrams
• Stress and strain relationships
• Simple bending theory
• Flexural and shear stresses
• Shear centre
• Uniform torsion
• Transformation of stresses
• Buckling of columns
• Combined direct and bending stresses

C. Structural Analysis

• Analysis of statically determinate and indeterminate structures
• Force and energy methods
• Method of superposition
• Analysis of trusses, arches, beams, cables and frames
• Slope deflection method
• Moment distribution method
• Influence line diagrams
• Stiffness and flexibility methods

D. Construction Materials and Management

• Structural steel composition and properties
• Concrete ingredients and mix design
• Short-term and long-term properties of concrete
• Types of construction projects
• Project planning
• PERT and CPM
• Cost estimation techniques

E. Concrete Structures

• Working Stress Method
• Limit State Design
• Design of beams, slabs and columns
• Bond stress and development length
• Prestressed concrete beams

F. Steel Structures

• Working Stress and Limit State concepts
• Design of tension and compression members
• Beam and beam-column design
• Column bases
• Bolted and welded connections
• Plate girders
• Steel trusses
• Plastic analysis of beams and frames

2. Geotechnical Engineering

A. Soil Mechanics

• Three-phase soil system
• Index properties of soils
• Soil classification (IS & Unified)
• Permeability of soils
• Seepage through soils
• Flow nets
• Uplift pressure
• Piping
• Capillarity
• Effective stress principle
• Quicksand condition

B. Compaction of Soils

• Soil compaction methods
• Consolidation of soils
• Time rate of consolidation
• Shear strength of soils
• Mohr’s Circle
• Stress-strain behaviour of clay and sand
• Stress paths

C. Foundation Engineering

• Soil investigation techniques
• Borehole drilling
• Soil sampling
• Plate Load Test
• Standard Penetration Test (SPT)
• Cone Penetration Test (CPT)
• Rankine and Coulomb earth pressure theories
• Slope stability
• Boussinesq’s stress distribution
• Bearing capacity theories (Terzaghi & Meyerhof)
• Settlement analysis
• Combined and raft foundations
• Pile foundations
• Pile load test
• Lateral load on piles
• Pile group efficiency
• Negative skin friction

3. Water Resources Engineering

A. Fluid Mechanics

• Properties of fluids
• Fluid statics
• Continuity equation
• Momentum equation
• Energy equation
• Laminar and turbulent flow
• Flow through pipes
• Pipe networks
• Boundary layer theory
• Lift and drag

B. Hydraulics

• Forces on submerged bodies
• Flow measurement
• Open channel flow
• Dimensional analysis
• Hydraulic similitude
• Specific energy
• Critical flow
• Hydraulic jump
• Uniform flow
• Gradually varied flow
• Water surface profiles

C. Hydrology

• Hydrological cycle
• Rainfall and precipitation
• Evaporation and evapotranspiration
• Watershed management
• Infiltration
• Unit hydrograph
• Flood estimation
• Flood routing
• Reservoir capacity
• Surface runoff
• Groundwater hydrology
• Darcy’s Law
• Aquifers

D. Irrigation Engineering

• Irrigation methods
• Crop water requirement
• Duty and Delta
• Gravity dams
• Spillways
• Canal design
• Weirs
• Cross-drainage structures

4. Environmental Engineering

A. Water Supply and Wastewater Engineering

• Water quality standards
• Physical, chemical and biological parameters
• Water Quality Index (WQI)
• Water treatment processes
• Water demand estimation
• Distribution systems
• Drinking water treatment

B. Sewerage Engineering

• Sewer system design
• Domestic wastewater quantity
• Primary treatment
• Secondary treatment
• Effluent standards
• Sludge treatment and disposal
• Reuse of treated wastewater

C. Air Pollution

• Types of air pollutants
• Sources and impacts
• Air pollution control methods
• Air Quality Standards
• Air Quality Index (AQI)

D. Municipal Solid Waste Management

• Characteristics of municipal solid waste
• Waste generation
• Collection and transportation
• Recycling and reuse
• Waste-to-energy
• Treatment and disposal methods

5. Transportation Engineering

A. Highway Engineering

• Highway geometric design
• Cross-sectional elements
• Sight distance
• Horizontal alignment
• Vertical alignment

B. Railway Engineering

• Railway track geometry
• Speed calculations
• Cant and superelevation

C. Airport Engineering

• Runway length calculations
• Runway corrections
• Taxiway design
• Exit taxiway design

D. Highway Pavements

• Highway construction materials
• Material testing
• Bituminous mix properties
• Flexible pavement design
• Rigid pavement design
• IRC pavement design standards

E. Traffic Engineering

• Traffic flow studies
• Speed studies
• Peak Hour Factor (PHF)
• Accident analysis
• Traffic data analysis
• Traffic flow parameters
• Traffic signs and road markings
• Signal design using Webster’s Method
• Types of intersections
• Highway capacity

6. Geomatics Engineering

A. Surveying

• Principles of surveying
• Survey errors and corrections
• Maps and scales
• Coordinate systems
• Distance measurement
• Angle measurement
• Levelling
• Trigonometric levelling
• Traversing
• Triangulation
• Total Station
• Horizontal and vertical curves

B. Photogrammetry, Remote Sensing & GIS

• Photogrammetry fundamentals
• Scale and flying height
• Remote Sensing basics
• Geographic Information System (GIS) fundamentals

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

• Focus primarily on Structural Engineering, as it forms the core of the syllabus.
• Revise important IS Codes, IRC Codes, and engineering standards regularly.
• Practice descriptive answer writing, numerical problems, and engineering case studies.
• Strengthen conceptual understanding instead of relying on rote memorization.
• Solve previous years’ Civil Engineering and HPSC technical papers to understand the question pattern.
• Allocate more preparation time to high-weightage topics such as Structural Analysis, RCC, Steel Structures, Soil Mechanics, Foundation Engineering, Hydraulics, Transportation Engineering, and Environmental Engineering.
• Revise formulas, design concepts, and standard engineering practices before the examination.

HPSC Senior Manager & Manager Syllabus 2026 – Important Links

HPSC Senior Manager & Manager (IA) Syllabus 2026 PDF – Available Now

HPSC Official Website – hpsc.gov.in