Course Title: Saudi Green Building Code (SBC 1001) – Comprehensive Training Program

Course Description

The Saudi Green Building Code (SBC 1001) – Comprehensive Training Program is a detailed and professionally designed course aimed at civil engineers, architects, project managers, sustainability consultants, and construction professionals who seek to understand, interpret, and apply the provisions of SBC 1001 in building design, construction, and operations.

This program helps participants gain in-depth knowledge of sustainable construction practices, resource optimization, energy efficiency, and environmental protection as mandated by the Saudi Building Code (SBC) and the Saudi Council of Engineers (SCE). It bridges the gap between traditional construction methods and environmentally responsible development that aligns with Saudi Vision 2030 — emphasizing sustainability, efficiency, and resilience in the built environment.

Learning Objective

By the end of this course, participants will:

• Understand the philosophy, objectives, and compliance structure of SBC 1001.

• Learn how to design, plan, and construct buildings that meet green and sustainable performance standards.

• Gain hands-on insight into the requirements for energy, water, and material efficiency.

• Master the process of documentation, inspection, and certification for code compliance.

• Learn to incorporate sustainable practices in operations, maintenance, and retrofitting of existing buildings.

Module-Wise Overview

Module 1: Introduction to the Saudi Green Building Code (SBC 1001)

This opening module builds the foundation for understanding how Saudi Arabia’s green building initiatives are structured. It introduces the purpose, scope, and intent of SBC 1001, explaining why environmental sustainability has become a national priority.

• Sub-Module 1.1: Purpose, Scope, and Application of SBC 1001 – Explains the objectives of the code, its applicability to different building types, and the importance of sustainability in arid climatic zones like Saudi Arabia.

• Sub-Module 1.2: Structure, Definitions, and Terminology – Breaks down the organization of the code, key definitions, and how various sections interconnect with other Saudi Building Codes (SBC 201, SBC 601, etc.).

• Sub-Module 1.3: Responsibilities of Designers, Contractors, and Authorities – Defines the roles of stakeholders in achieving compliance and maintaining accountability from design through construction and occupancy.

Module 2: Site Sustainability and Planning Requirements

Site sustainability plays a vital role in minimizing environmental impacts. This module covers best practices for site planning, soil protection, and urban ecosystem enhancement.

• Sub-Module 2.1: Site Selection, Land Use, and Development Guidelines – Guidance on selecting environmentally responsible locations, avoiding ecologically sensitive zones, and maximizing public transport access.

• Sub-Module 2.2: Erosion Control, Landscaping, and Stormwater Management – Practical techniques for preventing erosion, conserving natural vegetation, and designing site drainage systems to manage stormwater efficiently.

• Sub-Module 2.3: Urban Heat Island Reduction and Environmental Protection – Strategies to minimize surface heat absorption using reflective materials, shaded surfaces, and vegetation cover.

Module 3: Energy Efficiency and Conservation

Energy is the heart of green building design. This module outlines mandatory performance criteria for energy conservation and renewable energy integration.

• Sub-Module 3.1: Building Envelope Insulation and Air Tightness Standards – Explanation of insulation materials, thermal transmittance limits, and envelope sealing methods to reduce heat loss or gain.

• Sub-Module 3.2: HVAC System Efficiency and Energy Performance Criteria – Discusses system sizing, performance metrics, and control measures for efficient cooling and ventilation in extreme climates.

• Sub-Module 3.3: Renewable Energy Integration and Energy Monitoring – Introduction to solar, wind, and hybrid energy use in buildings, along with energy metering and monitoring systems to ensure compliance.

Module 4: Water Efficiency and Conservation

Given the scarcity of freshwater resources in Saudi Arabia, water efficiency is a central pillar of SBC 1001.

• Sub-Module 4.1: Indoor Water Use Reduction and Fixture Efficiency – Focus on low-flow fixtures, dual-flush toilets, and water-efficient appliances.

• Sub-Module 4.2: Outdoor Water Management and Irrigation Practices – Covers landscape irrigation systems, use of native plants, and efficient watering schedules.

• Sub-Module 4.3: Wastewater Treatment, Reuse, and Greywater Systems – Introduces on-site water recycling and reuse systems that reduce demand on municipal supplies.

Module 5: Material Selection and Resource Conservation

This module teaches sustainable material selection to minimize waste and environmental impact while enhancing durability and performance.

• Sub-Module 5.1: Sustainable Building Materials and Life-Cycle Considerations – Understanding embodied energy, carbon footprint, and product certifications.

• Sub-Module 5.2: Construction Waste Reduction and Recycling Requirements – Developing and implementing waste management plans during construction and demolition.

• Sub-Module 5.3: Local Material Use and Resource Optimization – Encourages the use of locally available materials to reduce transportation emissions and support regional economies.

Module 6: Indoor Environmental Quality (IEQ)

A healthy indoor environment improves occupant comfort, productivity, and well-being. This module focuses on the standards for air, light, and thermal quality.

• Sub-Module 6.1: Ventilation, Air Quality, and Emission Control – Minimum ventilation rates, air filtration, and measures to limit emissions from materials.

• Sub-Module 6.2: Lighting Quality, Daylighting, and Thermal Comfort – Ensures balanced natural and artificial lighting while maintaining indoor temperature comfort.

• Sub-Module 6.3: Acoustic Performance and Occupant Health Standards – Guidance on acoustic insulation, noise control, and maintaining low indoor pollutants.

Module 7: Building Operations and Maintenance Practices

Sustainability does not end at construction—it must be maintained through building operations.

• Sub-Module 7.1: Green Operation Policies and Energy Management Plans – Outlines operation policies that promote energy savings, water reuse, and resource optimization.

• Sub-Module 7.2: Maintenance of Systems for Sustainability Performance – Regular inspections, calibration, and system upkeep to sustain design performance.

• Sub-Module 7.3: Occupant Education and Post-Occupancy Evaluation – Training occupants in sustainable usage and evaluating building performance after occupation.

Module 8: Waste Management and Pollution Control

Pollution control and waste management are key to maintaining environmental integrity during and after construction.

• Sub-Module 8.1: Solid Waste Handling, Recycling, and Disposal – Establishing waste segregation areas and adopting recycling procedures.

• Sub-Module 8.2: Construction and Demolition Waste Management Plans – Creating project-specific waste plans to handle debris efficiently.

• Sub-Module 8.3: Pollution Prevention and Environmental Protection Measures – Measures to prevent air, soil, and noise pollution at site level.

Module 9: Commissioning and Performance Verification

This module explains how to ensure that systems perform as designed and meet the sustainability requirements.

• Sub-Module 9.1: Commissioning Process for Green Building Systems – Testing, verifying, and documenting mechanical, electrical, and plumbing system performance.

• Sub-Module 9.2: Energy and Water Performance Verification Procedures – Post-construction verification, calibration, and comparison with design targets.

• Sub-Module 9.3: Compliance Documentation and Record Maintenance – Ensures systematic recording for future audits and re-certifications.

Module 10: Certification, Compliance, and Incentive Programs

The final module integrates the entire learning path by focusing on compliance, inspection, and certification procedures.

• Sub-Module 10.1: Code Compliance Pathways and Documentation – Explains compliance submittals, authority coordination, and recordkeeping.

• Sub-Module 10.2: Inspection, Approval, and Enforcement Procedures – Details the inspection process by Saudi authorities and penalty structures for non-compliance.

• Sub-Module 10.3: Incentives, Recognition, and Sustainable Development Goals – Highlights government incentives, global alignment with SDGs, and recognition systems for green projects.

Who Should Attend

This program is ideal for:

• Civil Engineers and Structural Engineers involved in design and construction

• Architects and Urban Planners working on sustainable projects

• Project Managers and Site Engineers responsible for compliance

• Quantity Surveyors and Estimators working on BOQ for green-certified projects

• Facility Managers handling building maintenance and operations

Course Benefits

Conclusion

The Saudi Green Building Code (SBC 1001) course is a complete training pathway to equip professionals with practical and regulatory knowledge for sustainable building practices. Participants will develop the ability to interpret and implement each section of the code in design, construction, and operation phases, ensuring long-term efficiency and environmental responsibility.

Whether you are involved in project planning, execution, or maintenance, this course will empower you to lead sustainable construction initiatives that meet Saudi Arabia’s green building vision and international sustainability standards.