Ali Al-Faraj

Detail-oriented Architectural Engineering graduate with hands-on site training and a solid academic foundation in construction methodologies. Equipped with field experience in structural inspections, concrete quality control, and drawing compliance. Proven ability to coordinate multidisciplinary building systems and ensure project alignment with the Saudi Building Code (SBC). Ready to leverage technical skills in an entry-level Architectural Engineer (Site / Construction) role.

• Design 5

This course focused on various architectural aspects, including detailed drawings (construction details). My individual project was a design for student housing.

• Design 6

This course covers all structural systems as well as building services, including plumbing, electrical, and air conditioning systems.

• Design 7

This course focused on special structural systems, such as space trusses and space frames, and covered all building services. My project in this course was a sports center design.

• Design 8

This course focused on multi-story buildings and the integration of suitable, non-conflicting services in high-rise structures. My project in this course was a 16-story corporate tower design.

• Design 9

This course focused on architectural and structural design integration, mechanical and electrical systems for commercial hotel buildings. My project in this course was a 14-story hotel design in Al-Khobar, which included comprehensive drafting of architectural layouts, structural elements, and HVAC systems.

• Design 10

A continuation of the comprehensive hotel project, focusing on advanced building services, environmental performance, and project controls. Key areas included the design of fire protection and plumbing systems, whole-building energy analysis, architectural acoustics evaluation in guest rooms, and total project cost estimation.

• Senior Design Project: Comparative Analysis of Hotel Water Heating Systems

Evaluated the feasibility of geothermal heat pump systems versus conventional heating for a 14-story hotel in Al-Khobar. Using EPANET 2.2, I modeled complex hydraulic networks to ensure optimal performance. Through a 5-year Life Cycle Cost (LCC) and energy consumption analysis, I demonstrated that geothermal systems significantly outperform conventional methods by reducing energy use from 14,651,000 kWh to 94,312 kWh and cutting costs by approximately 97%. This research provides data-driven recommendations that support sustainable infrastructure in alignment with Saudi Vision 2030.