PORTFOLIO

Saad Abdulrahman
Al‑Amri

Information Technology  ·  UAV Photogrammetry  ·  Geospatial Analysis

Specializing in the intersection of Information Technology, UAV mapping, photogrammetry, and geospatial analysis. Focused on delivering precise aerial data processing and spatial intelligence for real-world applications.

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ABOUT ME

Where Technology Meets Terrain

I am an Information Technology professional with a growing specialization in UAV photogrammetry, aerial data processing, and geospatial analysis. My technical work includes processing UAV imagery in Pix4Dmatic and producing geospatial outputs such as dense point clouds, Digital Surface Models (DSM), and orthomosaics.

My background in Information Technology complements my interest in UAV and geospatial technologies, with a focus on transforming aerial imagery into structured, usable spatial data.

UAV Mapping & Photogrammetry

Geospatial Analysis & GIS

Aerial Data Processing

SKILLS & TOOLS

Technical Expertise

A focused toolkit built around UAV operations, geospatial workflows, and information technology.

Information Technology

UAV Mapping

Photogrammetry

Pix4Dmatic

Geospatial Analysis

Geospatial Data Processing

Aerial Data Processing

3D Reconstruction

IT Support & Networking

Data Visualization

FEATURED PROJECT

UAV Mapping & Geospatial Analysis

Al Soudah

A UAV photogrammetry project focused on processing aerial imagery and generating high-resolution geospatial outputs using Pix4Dmatic. The workflow included image processing, photogrammetric reconstruction, quality review, and production of spatial deliverables.

225

Aerial Images

24.066 ha

Area Covered

3.5 cm/px

Ground Sampling Distance (GSD)

48.9M

Dense Point Cloud Points

PROJECT VISUALS

Dense Point Cloud / 3D Reconstruction

3D reconstruction generated from processed UAV imagery, providing a detailed spatial representation of the surveyed terrain.

Digital Surface Model (DSM)

Elevation-based surface representation generated at a ground sampling distance of 3.5 cm/px.

High-Resolution Orthomosaic

Georeferenced orthomosaic generated from the UAV imagery at a ground sampling distance of 3.5 cm/px.

KEY DELIVERABLES

Dense Point Cloud

Digital Surface Model (DSM)

Orthomosaic

Georeferenced GeoTIFF Outputs

Tools & Technologies: Pix4Dmatic · UAV Photogrammetry · GIS · Geospatial Analysis

CONCEPT PROJECT

EcoVision Al Soudah

EcoVision Al Soudah is a conceptual proposal exploring the potential application of UAV-based geospatial intelligence for environmental monitoring and ecological analysis in the Al Soudah region. This is a design and planning concept only — it has not been implemented, funded, or executed.

Environmental Monitoring

UAV-Based Data Acquisition

Spatial Ecological Analysis

Data-Driven Planning

EDUCATION & PROFESSIONAL TRAINING

Academic Background & Professional Development

Education

Bachelor's Degree in English Language

Intermediate Diploma in Information Technology

Professional Training & Certifications

Drone Pilot Licensing & Photogrammetry Data Analytics Bootcamp

Professional Training · Bootcamp

Tuwaiq Academy
75 Training Hours
April – May 2026

This training is directly related to the UAV photogrammetry and geospatial analysis work featured in this portfolio.

CURRICULUM VITAE

View My CV

Explore my education, technical background, professional training, and skills in more detail.

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CONTACT

Get In Touch

Open to professional opportunities, project collaborations, and inquiries.

Mobile

+966 55 655 1737

Location

Saudi Arabia

© 2026 Saad Abdulrahman Al-Amri · All Rights Reserved