Saudi Building Code and Its Practical Applications in Civil Projects

A practical 5-day civil engineering and construction-sector program covering Saudi Building Code, civil project compliance, structural, geotechnical, fire, accessibility and safety requirements, documentation, design review, permits, and practical implementation with applied engineering exercises and project deliverables.

Certificate Included

Expert-Led Training

Practical Learning

Enrollment Support

days

5 Days

Language

English / Arabic

Course Summary

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Start Date

Flexible / Always Available

Certificate

Accredited Certificate

days

5 Days

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Course Details

Overview

The "Saudi Building Code and Its Practical Applications in Civil Projects" course is an applied professional training program within the Engineering Civil Engineering Courses in the Construction Sector Programs category. It is designed to enable participants to apply civil engineering and construction-sector methods related to Saudi Building Code, civil project compliance, structural, geotechnical, fire, accessibility and safety requirements, documentation, design review, permits, and practical implementation.

The program follows the full source course structure and moves participants from essential concepts to practical engineering application through project scenarios, construction case studies, software demonstrations, technical exercises, site documentation, calculations, inspection or modeling tasks, and final review activities aligned with civil engineering practice.

Objectives

Program Objectives

By the end of this course, participants will be able to:

Understand the key engineering concepts, standards, tools, workflows, documents, and professional requirements related to Saudi Building Code and Its Practical Applications in Civil Projects.
Create practical engineering outputs such as schedules, WBS structures, BIM models, quantity tables, quality documents, site reports, design models, procurement files, safety plans, or technical drawings.
Apply engineering analysis, measurement, testing, inspection, calculation, simulation, model review, verification, and decision-making techniques to realistic project situations.
Prepare for professional certification or assessment requirements through domain review, simulation questions, practical labs, and project-based readiness activities.
Use realistic project files and construction cases to convert technical requirements into applied engineering deliverables.
Prepare clear technical reports, summaries, checklists, drawings, schedules, quantity sheets, models, or recommendations for project teams and decision makers.
Apply quality, safety, code compliance, documentation discipline, and evidence-based engineering judgment in project work.

Target Audience

This program is designed for the following target groups:

Engineering consultants, contractors, construction companies, infrastructure project teams, and technical office personnel.
QA/QC engineers, HSE officers, material engineers, laboratory staff, inspection teams, and compliance professionals.
Structural engineers, road and infrastructure engineers, surveyors, CAD/BIM modelers, draftsmen, and technical designers.
Students, graduates, and early-career professionals in civil engineering, construction management, surveying, architecture, and related engineering disciplines.

Competencies

Core Competencies

Applied Civil Engineering Topic

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Key source references: 2, 1, 0, 8.

Applied Civil Engineering Topic

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: SBC, 302, 40 مم, 50 مم.

Applied Civil Engineering Topic

Practical Application

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1.2 متر, 180 مم, 280 مم.

Applied Civil Engineering Topic

Learning Journey

Program Outline

Day: Applied Civil Engineering Topic

Applied Civil Engineering Topic

Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 5 أيام, 25 ساعة.

Day 1: Code Compliance

Code Compliance

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Covers construction site safety, risk assessment, permits, PPE, working at height, excavation, lifting, emergency response, and incident reporting. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 43, 25, 7, 1421, 2007, 2012, 2018, 2022, 1, SBC, 101, 2, 201, 3, 301, 4, 302, 5, 303, 6, 304, 305, 8, 306, 9.

Applied Civil Engineering Topic

Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists.

Applied Civil Engineering Topic

Covers construction materials, concrete, steel, asphalt, aggregates, testing, specifications, approvals, and quality enhancement. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 25, 78, 5, 2, 4, 6, 12, 3, 90, 120, 0.

Construction Site Safety

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 2, 0.9 متر, 3, 30 متر, 60 متر, 4, 5, 1.2 متر, 180 مم, 280 مم, 12 متر.

Practical Workshop

Applied Civil Engineering Topic

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Key source references: 1, 60, 90, 120, 180, 2, 3, 500 متر, 200 متر.

Day 2: Code Compliance

Applied Civil Engineering Topic

Covers the topic through structured explanations, engineering examples, project-based exercises, tool demonstrations, construction scenarios, and practical outputs aligned with civil engineering and construction-sector work. Key source references: 25, 50, 40, 20, 35, 0, 45, 5, 360.

Applied Civil Engineering Topic

Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 20 مم, 2, 40 مم, 3, 75 مم, 4, 50 مم, 0, 01, 0033, 0018, 150 مم, 08, 50, 60.

Applied Civil Engineering Topic

Practical Workshop

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Covers technical reporting, site reports, progress reports, inspection reports, executive summaries, and recommendations. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 2, 3.

Day 3: Code Compliance

Applied Civil Engineering Topic

Code Compliance

Applied Civil Engineering Topic

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 400, 200, 150, 100 مم, 7, 10, 250, 120, 60 مم, 1, 3, 4, 15 متر.

Applied Civil Engineering Topic

Covers construction materials, concrete, steel, asphalt, aggregates, testing, specifications, approvals, and quality enhancement. Covers assessment, quizzes, final tests, practical review, and verification of professional competencies. Key source references: 200 مم, 4, 100 مم.

Practical Workshop

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 3, 2, 40 مم, 2 متر.

Day 4: Applied Civil Engineering Topic

Applied Civil Engineering Topic

Covers assessment, quizzes, final tests, practical review, and verification of professional competencies. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity.

Applied Civil Engineering Topic

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 12, 1.2 متر, 0.9 متر, 90, 120 سم, 3.6 متر.

Practical Workshop

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 1 متر, 2, 12, 12 متر, 3, 6, 2 متر, 4, 0.9 متر.

Applied Civil Engineering Topic

Day 5: Case Study - Practical Application

Case Study - Practical Application - Code Compliance - Project-Based Learning

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 6, 1, SBC, 201, 2, 3, 4, 5, 7.

Project-Based Learning

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, 3, 4.

Applied Civil Engineering Topic

Covers assessment, quizzes, final tests, practical review, and verification of professional competencies. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations.

Applied Civil Engineering Topic

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs.

Final Test and Course Review - Assessment

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Covers construction site safety, risk assessment, permits, PPE, working at height, excavation, lifting, emergency response, and incident reporting. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements.

Enrollment Summary

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Saudi Building Code and Its Practical Applications in Civil Projects

Certificate Included

Expert-Led Training

Practical Learning

Enrollment Support

days

5 Days

Language

English / Arabic

Overview

Program Objectives

By the end of this course, participants will be able to:

Understand the key engineering concepts, standards, tools, workflows, documents, and professional requirements related to Saudi Building Code and Its Practical Applications in Civil Projects.
Create practical engineering outputs such as schedules, WBS structures, BIM models, quantity tables, quality documents, site reports, design models, procurement files, safety plans, or technical drawings.
Apply engineering analysis, measurement, testing, inspection, calculation, simulation, model review, verification, and decision-making techniques to realistic project situations.
Prepare for professional certification or assessment requirements through domain review, simulation questions, practical labs, and project-based readiness activities.
Use realistic project files and construction cases to convert technical requirements into applied engineering deliverables.
Prepare clear technical reports, summaries, checklists, drawings, schedules, quantity sheets, models, or recommendations for project teams and decision makers.
Apply quality, safety, code compliance, documentation discipline, and evidence-based engineering judgment in project work.

Target Audience

This program is designed for the following target groups:

Engineering consultants, contractors, construction companies, infrastructure project teams, and technical office personnel.
QA/QC engineers, HSE officers, material engineers, laboratory staff, inspection teams, and compliance professionals.
Structural engineers, road and infrastructure engineers, surveyors, CAD/BIM modelers, draftsmen, and technical designers.
Students, graduates, and early-career professionals in civil engineering, construction management, surveying, architecture, and related engineering disciplines.

Core Competencies

Applied Civil Engineering Topic

Practical Application

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1.2 متر, 180 مم, 280 مم.

Applied Civil Engineering Topic

Program Outline

Day: Applied Civil Engineering Topic

Applied Civil Engineering Topic

Day 1: Code Compliance

Code Compliance

Applied Civil Engineering Topic

Construction Site Safety

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 2, 0.9 متر, 3, 30 متر, 60 متر, 4, 5, 1.2 متر, 180 مم, 280 مم, 12 متر.

Practical Workshop

Applied Civil Engineering Topic

Day 2: Code Compliance

Applied Civil Engineering Topic

Practical Workshop

Day 3: Code Compliance

Applied Civil Engineering Topic

Code Compliance

Applied Civil Engineering Topic

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 400, 200, 150, 100 مم, 7, 10, 250, 120, 60 مم, 1, 3, 4, 15 متر.

Applied Civil Engineering Topic

Practical Workshop

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 3, 2, 40 مم, 2 متر.

Day 4: Applied Civil Engineering Topic

Applied Civil Engineering Topic

Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 1, 12, 1.2 متر, 0.9 متر, 90, 120 سم, 3.6 متر.

Practical Workshop

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Key source references: 1, 1 متر, 2, 12, 12 متر, 3, 6, 2 متر, 4, 0.9 متر.

Applied Civil Engineering Topic

Day 5: Case Study - Practical Application

Case Study - Practical Application - Code Compliance - Project-Based Learning

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Develops professional engineering communication through technical reports, records, evidence files, submittals, dashboards, meeting notes, recommendations, and final presentations. Key source references: 6, 1, SBC, 201, 2, 3, 4, 5, 7.

Project-Based Learning

Practical application: participants work individually or in small teams on realistic engineering scenarios, project files, site drawings, schedules, models, inspection records, quantity sheets, contract documents, survey data, safety cases, or construction deliverables using structured templates and guided steps. Covers project-based learning, engineering case studies, applied deliverables, teamwork, and final presentation. Includes calculations, engineering measurements, quantities, rates, costs, schedule indicators, dimensions, levels, coordinates, performance metrics, and interpretation of numerical outputs from the source activity. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements. Requires producing practical outputs such as schedules, WBS structures, BIM models, road or utility models, quantity tables, inspection reports, shop drawings, procurement documents, claims files, site plans, or safety checklists. Uses case-based learning and project work to connect engineering methods with real construction, infrastructure, supervision, procurement, quality, safety, design, and site-management needs. Key source references: 1, 2, 3, 4.

Applied Civil Engineering Topic

Final Test and Course Review - Assessment

Covers code compliance, technical specifications, Saudi Building Code requirements, inspections, permits, and documentation. Covers construction site safety, risk assessment, permits, PPE, working at height, excavation, lifting, emergency response, and incident reporting. Includes identification, classification, analysis, measurement, extraction, inspection, assessment, verification, prioritization, and engineering interpretation according to project requirements.

Saudi Building Code and Its Practical Applications in Civil Projects

Request Schedule & Quotation

Overview

Program Objectives

Target Audience

Core Competencies

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Practical Application

Applied Civil Engineering Topic

Program Outline

Day: Applied Civil Engineering Topic

Day 1: Code Compliance

Day 2: Code Compliance

Day 3: Code Compliance

Day 4: Applied Civil Engineering Topic

Day 5: Case Study - Practical Application

More courses open for booking

Explore Our Monthly Training Schedules

Saudi Building Code and Its Practical Applications in Civil Projects

Request Schedule & Quotation

Overview

Program Objectives

Target Audience

Core Competencies

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Applied Civil Engineering Topic

Practical Application

Applied Civil Engineering Topic

Program Outline

Day: Applied Civil Engineering Topic

Day 1: Code Compliance

Day 2: Code Compliance

Day 3: Code Compliance

Day 4: Applied Civil Engineering Topic

Day 5: Case Study - Practical Application

More courses open for booking

Explore Our Monthly Training Schedules