Saeed Hoseyni - Amirkabir University of Technology

Special services: Faculty Members Students Graduates

Content

Pepole

Amirkabir University of Technology

Resume Service

Dr. Saeed Hoseyni

Assistant Professor
Department of Civil and Environmental Engineering
Structural and Earthquake Engineering

Download PDF فارسی

Email:

sshv

aut.ac.ir

Phone:

021-64543047

h-index (Scopus):

5.00

Citations (Scopus):

122

Educational Records

Degree/Major

University

City

Country

Graduation Date

BSc/Civil Engineering

Amirkabir University of Technology

Tehran

Iran

2017

MSc/Earthquake Engineering

Sharif University of Technology

Tehran

Iran

2019

PhD/Structure & Earthquake Engineering

Sharif University of Technology

Tehran

Iran

2023

Scientific & Industrial Experience

Responsibilities Titles

Name of Organization

Starting Date

Termination Date

Researcher

Infrastructure Sustainability and Resilience Research Center, Sharif University of Technology

Structural Engineer, working on projects in the refinery and petrochemical industries

Chegalesh Consulting Engineers

Structural Engineer, working on building projects

Aban Tarh Consulting Engineers

Member of groupe, specializing in Structural Health Monitoring

Safesense

Research Interests

Title

Start date

Risk- and Lifecycle Cost-Based Structural Design and Seismic Code Calibration.

Risk and Resilience Analysis and Assessment of Infrastructures.

Application of Reliability Methods to Risk and Resilience Analysis.

Application of Endurance-Time Analysis for Structural Performance Assessment.

Application of Structural Control Systems for Improving Seismic Performance.

Analysis and Design of High-Rise Buildings, Bridges, and Industrial Structures.

Structural Retrofitting and Seismic Rehabilitation.

Awards & Honors

title

Date

Gold Medal, National Civil Engineering Student Olympiad, Iran.

Ranked 1st among students at the B.Sc., M.Sc., and Ph.D. programs.

Dr. Tokeli Award for Excellence in Research, Sharif University of Technology.

Shahid Vezvai, Shahid Ahadi, Shahid Sayyad Shirazi, and Shahid Ahmadi Roshan Awards, National Elites Foundation of Iran.

Scientific Reports

Report title

Subject

Author

Co-Authors

Date

Organization

Design and Development of a Risk Modeling Tool for Tehran

Tehran Disaster Mitigation and Management Organization

Development of an Indicator-Based Model for Assessing the Resilience of Structures and Critical Infrastructure in the Metropo

Tehran Urban Research and Planning Center

A Probabilistic Framework for Optimal Calibration of Seismic Design Provisions for Buildings through Lifecycle Cost Minimizat

Tehran Urban Research and Planning Center

Seismic Risk Modeling of Buildings in Golpayegan

Golpayegan Municipality

Tehran Building Risk Model

Tehran Disaster Mitigation and Management Organization

Risk-Based Prioritization of Tehran Municipality Buildings for Seismic Retrofittin

Technical and Engineering Consultant Organization of Tehran Municipality

Investigation of Advanced Structural Control Systems and New Methods for Seismic Retrofitting and Rehabilitation of Tehran Mu

Tehran Urban Research and Planning Center

Intelligent Structural Health Monitoring of Shahid Kharrazi Bridge

Technical and Engineering Consultant Organization of Tehran Municipality

Intelligent Structural Health Monitoring of Bridges: Design and Implementation in Tehran

National Elites Foundation of Iran

Intelligent Structural Health Monitoring of Bridges

National Elites Foundation of Iran

Seismic Hazard Analysis of Alborz Province

Research Office, Alborz Province Electricity Distribution Company

Taught Courses

Course title

Description

Headlines

Date

Special Topics (STRUCTURAL ANALYSIS II (MODELING PRINCIPALS))

By the end of the course, students are expected to be able to:Explain the fundamental concepts and assumptions underlying the modeling and analysis methods covered in the course.Simplify structural modeling and analysis by exploiting structural symme

4051

Advanced Probability+Statistics

The objective of this course is to familiarize students with the fundamentals and advanced methods of probability and statistics and to enable them to model, analyze, and make decisions in engineering problems under uncertainty. By the end of the cou

4051

Computer Application in Structures

The objective of this course is to teach students how to calculate building loads in accordance with applicable national codes and how to model, load, analyze, and design structures using professional engineering software. By the end of the course, s

4051

STATICS

4042

Specific Topics)Structure and Infrastructure Resilience(

4042

Advanced Engineering Mathematics

4041

STRENGTH OF MATERIALS AND STEEL STRUCTURES

4041

Computer Application in Structures

4041

Concrete Structures (II)

4032

STATICS

4032

Specific Topics)Structure and Infrastructure Resilience(

4032