Abdullah Alzamarany

• Delivered sustainable design solutions for Al-Thuraya Tower, Sukoon Tower, and multiple residential compounds.
• Coordinated multidisciplinary teams using BIM/Revit, reducing clashes and improving construction accuracy.
• Contributed to LEED certification efforts, including daylighting analysis, material selection, and water efficiency strategies.
• Supported generative design applications to optimize thermal comfort and reduce energy consumption.

Selected Projects
Al-Thuraya Tower - Al Olaya, Riyadh
Role: Sustainable Architect / BIM Specialist
Responsibilities:
• Implemented passive design strategies and thermal comfort analysis.
• Coordinated BIM between architecture, structure, and MEP disciplines.
• Prepared detailed construction documents in Revit.
• Supported LEED certification through material selection, daylight analysis, water efficiency, and energy modelling.
• Explored generative design tools for environmental performance optimization.
Skoon Tower - Riyadh
Role: Sustainable Architect / BIM Specialist
Responsibilities:
• Implemented passive design strategies and thermal comfort analysis.
• Coordinated BIM between architecture, structure, and MEP disciplines.
• Prepared detailed construction documents in Revit.
• Supported LEED certification through material selection, daylight analysis, water efficiency, and energy modelling.
• Explored generative design tools for environmental performance optimization.

• Integrated passive design strategies with BIM workflows, achieving a 20% reduction in energy demand.
• Delivered Revit-based documentation, accelerating project delivery by 30%.
• Applied sustainable materials and systems, lowering construction costs by 15%.
• Coordinated multidisciplinary teams for residential and commercial projects, ensuring design efficiency and compliance with sustainability standards.

• Contributed to Fursan Suburb and Wail Al Narjis projects with climate-responsive design strategies.
• Conducted climate and site analyses, integrating daylighting and thermal performance studies.
• Recommended material and system optimizations to enhance building performance.

• Produced BIM documentation for large-scale developments, reducing material costs by 10%.
• Ensured accurate coordination between architecture, structure, and MEP disciplines.

• Created coordinated BIM models, reducing clashes by 35%.
• Improved project tracking and cut rework by 20% through structured BIM protocols.
• Supported remote collaboration with international teams, enhancing workflow efficiency.

• Supported undergraduate and postgraduate students in Sustainable Architectural Design and BIM.
• Conducted practical workshops on thermal performance analysis, parametric design, and sustainability strategies.
• Assisted in developing curricula for courses related to sustainable design and building information modelling.
Research & Publications
• Conducted research on Generative Design and Thermal Comfort within the M.Sc. program, following rigorous scientific methodology.
• Participated in studies evaluating environmental performance of high-rise and residential buildings.
• Applied data analysis methods and environmental standards to enhance building sustainability in the Gulf region.
Workshops & Academic Contributions
• Organized workshops for 50+ students on BIM, thermal analysis, and sustainable design strategies.
• Developed interactive teaching tools to support applied learning in architectural design projects.

• Applied parametric workflows (Grasshopper + Revit) to improve building performance by 25%.
• Developed environmentally responsive designs integrating sustainability standards and client requirements.
• Delivered visualizations and performance reports for stakeholder review.