Page 35 - tech fest 2025 ב״ש חוברת תקצירים

Design of a Residential Building, Be’er-Sheva
BCE-E-13
Inas Saed; ans.saed.n@gmail.com
Advisor: Eng. Shay Atis
SCE - Shamoon College of Engineering, Be’er-Sheva
This project focused on designing a 24-floor residential building located in the "Rager" neighborhood of Be’er-Sheva. The building's typical floors include four apartments each, along with balconies, staircases, elevators, and technical rooms. The architectural and structural design used AutoCAD for plans and STRAP for structural analysis. Challenges which required solutions included beam design, reinforcement details, and management of openings in critical zones, while working collaboratively to meet complex project requirements. The engineering and architectural aspects were integrated while ensuring safety, efficiency, and compliance with Israeli standards. The final design demonstrated technical skills in the use of engineering software for design coordination, in preparation to execute larger, more complex projects with confidence and professionalism.
Keywords: architectural planning, AutoCAD, beam design, construction standards, engineering challenges, reinforcement detailing, residential building, structural design, STRAP, typical floor
Structural Design for a Reinforced Concrete Residential Building, Tel Aviv
BCE-E-14
Liram Peretz; liramperetz@gmail.com
Advisor: Eng. Alshafhe Yosef
SCE - Shamoon College of Engineering, Be’er-Sheva
This project designed a reinforced concrete residential building with 14 floors plus a basement, located in the Tel Aviv metropolis. In the initial phase, three construction alternatives were compared, using manual calculations and STRAP software: slabs with perimeter beams, ceilings on columns without beams, and a ribbed slab. Based on the results, the most suitable option was selected for further development. The detailed challenges of the typical floor included beam design, bending verification, and penetration checks, optimizing reinforcement with component dimensions. The second phase designed the penthouse, ground floor, and basement, determining structural cross-sections, stairwell design, and reinforcement according to Israel's regulatory standards. Additionally, earthquake analysis was performed (static equivalent and modal) in compliance with Israel's Standard 413. Foundation design was based on a geotechnical report, ensuring stability, compliance, and structural quality.
Keywords: analysis, basement, design, reinforcement, standards
Book of Abstracts | 2025
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