RITES Assistant Manager Syllabus 2025 PDF Download & Exam Pattern

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RITES Assistant Manager Syllabus 2025 PDF Download & Exam Pattern: The RITES Assistant Manager Syllabus 2025 is now available for candidates preparing for the exam. This syllabus is very important for the candidates who are applying for the Assistant Manager (Civil) position. The selection process involves a Written Test and interview.

RITES Assistant Manager Syllabus 2025

The RITES Assistant Manager Exam Syllabus 2025 has been designed to evaluate the candidate’s knowledge of various subjects like General Aptitude/ General Knowledge/ General Awareness and other relevant subjects. More clear details on RITES Assistant Manager Exam Pattern 2025 can be obtained from the following sections.

RITES Assistant Manager Syllabus 2025 – Overview

RITES Assistant Manager Exam Pattern 2025

It is strongly recommended that all candidates obtain precise and pertinent details concerning the RITES Assistant Manager Syllabus 2025 Download Link, as this pattern holds significant importance for applicants in preparing for the upcoming examination.

A minimum of 60% marks for UR/ EWS (50% for SC/ST/OBC (NCL)/ PWD against reserved posts) in the interview will be required to enable the candidate to be considered for placement on the panel, which would be based upon the overall merit order. There will be no minimum qualifying marks required in the aggregate.

Candidates will be called for interviews in the ratio of 1:6 to the number of vacancies.

The weightage distribution of various parameters of the selection shall be as under:

• Written Test – 60%
• Interview – 40%

(Technical & Professional proficiency – 30%; Personality Communication & Competency – 10%)

• Total – 100%

RITES Assistant Manager Exam Syllabus 2025

• General Aptitude/ General Knowledge/ General Awareness etc.
• Surveying: – Types of leveling Instruments, Temporary adjustments, Booking and reducing of levels, Checking the leveling work, longitudinal section, Cross Sections, Errors due to curvature and refraction.
• Total station/ GPS Survey-Features of total station and GPS, Principles of working with GPS, adjustment of errors, Open and closed traverse, and their application to engineering problems.
• Trigonometrically Leveling-Heights and Distances, Geometrical Observations, Determination of Difference in Elevation.
• TriangulaƟon Systems, Base Line Measurement, Calculations of Length of Base, Measurement of Horizontal Angles.
• Contours and Contour Interval, Methods of Locating Contours, Interpolation of Contours.
• Route Surveying-Elements of Reconnaissance Survey, Preliminary Survey, Final Location Survey, Construction Survey.
• Simple, compound, reverse, and transition curves, Vertical curves for roads and railways, setting out curves by offset and by method of deflection angles, and  Length of curves calculation.
• Hydrographic survey-sounding, charting, cross-section of streams and rivers, and gauging of discharges.
• Principles and utility of Aerial photogrammetric and remote sensing, satellite data.
• Soil as a three-phase system water content, density and unit weights, specific gravity, voids ratio porosity and degree of saturation, and density index.
• Classification of soils, compaction, standard Procter test, water density relationship, modified Proctor test, field compaction methods, field compaction control, calibration curve, and factors affecting compaction.
• Exploratory boring, depth of exploration, spacing, and several boring, method of sampling and types of samples, bore logs, core recovery, rock quality designation, field vane shear test, standard penetration test, and its application, field plate load test, and limitation, ultimate bearing capacity of shallow foundation, Plate load test, Elements of combined and raft foundation.
• Pile foundation – General considerations in pile foundation, types of piles, pile load test, and use of relevant IS code.
• Stability of slopes, the classical theory of earth pressure by Rankine and Coulomb, and active and passive pressure against retaining walls.
• Differential methods of improving soil characteristics at the site, element of soil stabilization, sand drain, vibro flotation technique.
• Data Required for Preparation of an estimate, Types of estimates, Items of Work, Description of an Item of Work, Measurement of Works, Guidelines for Measurements, I.S. mode or Units of measurements, Plinth Area, Floor Area, Carpet, and F.S.I.
• The general procedure of measurement of works, Methods of taking out Quantities, Various items of works, Prime Costs and Provisional Sums, Provisional Quantities, Contingencies, Charge, Establishment, Centage Charges, Building EsƟmate Methods, Checks over Accuracy of Detailed Estimates.
• Analysis of Rates – quantities of Materials and labor Required for different items of Work. Approximate Rates of Equipment/ Machinery required for different items of Work. Transportation of Materials and cost. Rates specified for various categories of Laborers in Building Industry. Analysis of Rates of Principal Items of Work in the Building Construction.
• Type of Specifications, Detailed Specifications, Standard Specifications
• Type of tenders, components of tender document, preparation of tender document.
• Beam:- Types of Supports, Shear Force and Bending Moment, Shear Force and Bending Moment Diagrams, Graphical Method of Plotting S.F. and B.M. Diagrams.
• Beams: – Deflections by Moment Area Method and Conjugate Beam Method, Slope, and Deflection for Cantilever and Simply Supported Beam, Analysis of Fixed Beam and Continuous Beams.
• Column analysis with different support conditions, column carrying an eccentric load, laterally loaded column, effective height, short column, slender column.
• Deflection of framed structures Moving loads on beams/ frames, influence lines for bending moment and shear force members of a framed structure. Moment distribuƟon and slope deflection methods.
• Method of Design – Working Stress Method, Ultimate Load Method, Limit State Method
• Singly and Doubly Reinforced Beams and slabs, columns.
• Shear Stress, Diagonal Tension, Shear Reinforcement, Development Length, Anchorage Bond, and Flexural Bond.
• Basic Concepts of Prestressed Concrete.
• Stress-strain curve for mild steel, rolled steel section, loads, permissible stresses, working stresses, factor of safety minimum thickness of structural members, Design methods.
• Compression Members-Effective length, Slenderness ratio, Column design, Types of sections, assumptions, Design of Axially loaded compression members
• Tension Members-Net sectional area, Permissible stress, Design of axially loaded tension member
• Design of Plate girder – bending, shear, economical depth.
• Welded joints, types of welds, design of fillet weld, design of butt weld.
• Classification of highways, types of surveys, cross-section and profiles, soil investigation
• Elements of the right of way and standards, gradient, speed, sight distances, and curves.
• Testing of aggregate, bitumen, and cement, Field quality test for earthwork, concrete work, brick & stone masonry, and  Road work.
• California bearing ratio method for the design of flexible pavement
• Design of concrete pavement, pavement joints, preparation of the sub-grade and sub-base
• Types of alignment survey, parameters of speed, loading and permanent way for various classes of railway line, schedule of dimensions.
• Curves, gradient, earthwork and permanent way-rails, sleepers, ballast, fastenings and fixtures, points and crossings, level crossing.
• Daily maintenance, periodical maintenance, maintenance of track alignment, maintenance of drainage, maintenance of track components, maintenance of points and crossings, maintenance of level crossing.
• Airport Site Selection, Estimation of Future Air Traffic Needs, Runway Orientation, Runway Configuration, Basic Runway Length, Correction for Elevation, Temperature and Gradient, Airport Classification, Airport Capacity, Runway Capacity, Gate Capacity, Taxiway Capacity, Airport layout.

RITES Assistant Manager Syllabus 2025 Download Link

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