Civil Engineering Board Exam Coverage 2026: CELE Subjects, Passing Grade and Requirements

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The Civil Engineers Licensure Examination, commonly called the CE Board Exam or CELE, evaluates an applicant’s knowledge of structural analysis and design, construction, mathematics, surveying, transportation, hydraulics and geotechnical engineering.

This guide explains the current examination subject groupings, the traditional 35%-30%-35% distribution, important topics to review, the passing requirement, applicant qualifications and current PRC documentary requirements.

2026 examination update: Beginning with the March 2026 CELE, PRC changed the order of administration. Principles of Structural Analysis and Design is given on the first day. The remaining subject groups are administered on the second day.

Civil Engineering Board Exam Subjects and Weights

The CELE is organized into three major examination groups. The wording and order used by PRC have changed, but the traditional distribution commonly used in review planning remains 35%-30%-35%.

Current Subject Group Traditional Weight Main Areas
Principles of Structural Analysis and Design 35% Mechanics, strength of materials, structural analysis, reinforced concrete, steel, timber, foundations and code-based design
Applied Mathematics, Surveying, Principles of Transportation and Highway Engineering, Construction Management and Methods 35% Mathematics, surveying, highway and transportation engineering, estimating, scheduling, methods and project management
Hydraulics and Principles of Geotechnical Engineering 30% Fluid mechanics, water resources, hydrology, open-channel flow, soil mechanics, foundations, earth pressure and slope stability
Important: PRC may revise the detailed Table of Specifications, examination order, number of questions and time allocation. Use the latest official CELE program as the final reference.

1. Principles of Structural Analysis and Design — 35%

Engineering mechanics and strength of materials

  • Force systems and equilibrium
  • Centroids and moments of inertia
  • Trusses, frames and machines
  • Friction
  • Simple and combined stresses
  • Axial, torsional and flexural deformation
  • Shear and moment diagrams
  • Beam deflection
  • Columns and buckling
  • Mohr’s circle and principal stresses

Structural analysis

  • Statically determinate structures
  • Statically indeterminate structures
  • Influence lines
  • Moving loads
  • Virtual work and energy methods
  • Slope-deflection method
  • Moment-distribution method
  • Matrix and stiffness concepts
  • Structural stability
  • Approximate analysis of frames

Reinforced concrete design

  • Flexural design of beams and slabs
  • Shear and torsion
  • Development length and anchorage
  • Columns and interaction diagrams
  • Footings and foundations
  • Serviceability and deflection
  • Seismic detailing principles
  • Applicable structural-code provisions

Steel, timber and foundation design

  • Tension and compression members
  • Beams and beam-columns
  • Bolted and welded connections
  • Built-up members
  • Timber beams and columns
  • Shallow and deep foundations
  • Retaining structures
  • Structural loads and load combinations

The 2026 order places this six-hour subject on the first examination day. Prepare for long, multi-step problems involving analysis, member design, code provisions and engineering judgment.

2. Applied Mathematics, Surveying, Transportation, Highway Engineering and Construction — 35%

Applied mathematics

  • Algebra
  • Plane and spherical trigonometry
  • Analytic geometry
  • Differential calculus
  • Integral calculus
  • Differential equations
  • Probability and statistics
  • Numerical problem-solving

Surveying

  • Distance and angle measurement
  • Leveling
  • Traverse computations
  • Area and volume calculations
  • Topographic surveying
  • Route surveying
  • Horizontal and vertical curves
  • Earthwork quantities
  • Survey adjustments and errors

Transportation and highway engineering

  • Traffic flow and traffic studies
  • Highway geometric design
  • Sight distance
  • Horizontal and vertical alignment
  • Pavement materials and design principles
  • Drainage and roadside facilities
  • Railway engineering fundamentals
  • Ports, piers and wharves
  • Transportation planning concepts

Construction management and methods

  • Quantity takeoff and cost estimating
  • Construction equipment and productivity
  • Project scheduling
  • Critical Path Method
  • PERT fundamentals
  • Contracts and specifications
  • Construction safety
  • Quality assurance and quality control
  • Methods for concrete, steel and earthwork construction
  • Project planning and site organization

Beginning in March 2026, PRC expressly includes Construction Management and Methods in this examination group. Do not rely on older outlines that place all construction topics only under Structural Engineering.

Use the site’s Math Notes for additional algebra, trigonometry and calculus review.

3. Hydraulics and Geotechnical Engineering — 30%

Fluid mechanics and hydraulics

  • Fluid properties
  • Hydrostatic pressure
  • Buoyancy and flotation
  • Relative equilibrium of liquids
  • Continuity, energy and momentum equations
  • Pipe flow and head loss
  • Networks, pumps and turbines
  • Open-channel flow
  • Hydraulic jumps
  • Flow measurement

Hydrology and water resources

  • Rainfall and runoff
  • Infiltration and evaporation
  • Hydrographs
  • Flood estimation
  • Reservoir and storage concepts
  • Water-supply systems
  • Drainage and stormwater systems
  • Irrigation fundamentals

Soil mechanics and geotechnical engineering

  • Soil origin and properties
  • Index properties and soil classification
  • Permeability and seepage
  • Effective stress
  • Stress distribution in soil
  • Compaction
  • Consolidation and settlement
  • Shear strength
  • Bearing capacity
  • Lateral earth pressure
  • Retaining walls
  • Slope stability
  • Shallow and deep foundations

Many questions in this group depend on a correct diagram, sign convention and unit system. Draw the physical system first, identify the governing principle and check whether the final magnitude is reasonable.

Strengthen Your CE Board Exam Review

Continue with practice tests, mathematics notes and related engineering coverage guides on ReviewersPH.

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Civil Engineering Board Exam Passing Grade

The CELE passing rule has generally been stated as:

  • An average rating of at least 70 percent; and
  • No rating below 50 percent in any examination subject.
A candidate must satisfy both conditions. Reaching the overall average does not compensate for a subject rating below the prescribed minimum.
Passing policies and administrative rules should always be checked against the latest PRC examination program, Board resolution or official advisory.

Qualifications for the Civil Engineers Licensure Examination

The Civil Engineering Law provides the general legal qualifications for admission. An applicant must generally:

  • Be a citizen of the Philippines;
  • Be of good reputation and moral character;
  • Hold a Civil Engineering degree from a school, institute, college or university recognized by the government; and
  • Satisfy the other qualifications and documentary requirements prescribed by PRC and the Board.
Older versions of the Civil Engineering Law contain historical wording on age and course duration. Applicants should follow the current PRC application system and documentary requirements rather than rely only on old statutory wording.

Current PRC Application Requirements for Civil Engineering

PRC currently lists the following for first-time Civil Engineering applicants:

  • PSA-issued birth certificate;
  • PSA marriage certificate or contract for married female applicants, when applicable;
  • Transcript of Records with scanned picture and the remark “For Board Examination Purposes”;
  • Valid NBI Clearance;
  • Two certificates of good moral character from any two of the following:
    • Barangay;
    • Church;
    • School; or
    • Employer;
  • Payment of the applicable examination fee.

For repeaters

PRC currently lists the following for Civil Engineering repeat applicants:

  • PSA marriage certificate or contract, when applicable;
  • Valid NBI Clearance;
  • Two certificates of good moral character; and
  • Payment of the applicable examination fee.
Verify before filing: Documentary requirements, fees and repeater procedures can change. Check the current PRC requirements page and your LERIS instructions before submitting documents.

How to Review for the Civil Engineering Board Exam

1. Follow the current examination order

Because Structural Analysis and Design is now given on the first day, prepare to enter the examination with structural formulas, code concepts and analysis methods fully refreshed.

2. Use the 35%-30%-35% balance

Divide study time among all three subject groups. Do not spend the entire review period on structural design while neglecting hydraulics, geotechnical engineering, surveying or transportation.

3. Build topic-based formula sheets

Create separate sheets for structures, surveying, transportation, hydraulics, hydrology and soil mechanics. Include units, assumptions and limits of each formula.

4. Practice complete solutions

Work from diagram to governing equation, unit conversion, substitution and final check. Avoid memorizing isolated equations without knowing when they apply.

5. Review codes as design logic

Understand why code provisions exist and how they affect member strength, serviceability, detailing and safety. This is more reliable than memorizing numbers without context.

6. Keep an error log

Classify mistakes as concept errors, formula errors, unit errors, calculator errors or misread questions. Rework the same problems until the method becomes consistent.

7. Take timed mixed-subject examinations

Full-length timed practice develops endurance and helps you shift efficiently among computation-heavy topics.

Frequently Asked Questions

What are the current CELE subject groups?

PRC currently lists Principles of Structural Analysis and Design; Applied Mathematics, Surveying, Principles of Transportation and Highway Engineering, Construction Management and Methods; and Hydraulics and Principles of Geotechnical Engineering.

Which subject is given first starting in 2026?

Beginning with the March 2026 CELE, Principles of Structural Analysis and Design is administered on the first examination day.

What is the passing grade?

Candidates have generally been required to obtain an average of at least 70%, with no rating below 50% in any subject.

Is construction management included?

Yes. In the current PRC subject order, Construction Management and Methods is grouped with Applied Mathematics, Surveying, Transportation and Highway Engineering.

Is geotechnical engineering included?

Yes. Soil classification, seepage, effective stress, consolidation, shear strength, bearing capacity, earth pressure, foundations and slope stability are major review areas.

What documents do first-time applicants need?

PRC currently lists the PSA birth certificate, PSA marriage certificate when applicable, TOR with the required board-examination remark, valid NBI clearance, two good moral certificates and payment of the applicable fee.

Continue Your Review

Final Reminder

Use this CE Board Exam coverage as a framework for your review. Verify examination dates, order of subjects, room assignments, permitted calculators, application requirements and special instructions through the latest PRC announcement.

A balanced review of structures, mathematics, surveying, transportation, construction, hydraulics and geotechnical engineering is more effective than concentrating on only one subject group.