Curriculum Vitae
Dr. Sulieman Al-Aiman Sulieman Alhunaity
ASSISTANT PROFESSOR
FACULTY OF ENGINEERING
https://www.bau.edu.jo/user/@sulieman.alhunaity
 Major: Civil Engineering
 Minor: Structural Engineering
 sulieman.alhunaity@bau.edu.jo
 96253491111
ORCID ID: 0000-0001-8473-0219
WoS: LMN-3383-2024
Scopus Author ID: 57761422300
Scopus Link: https://www.scopus.com/authid/detail.uri?authorId=57761422300
Researcher ID: 2002708
Google Scholar: https://scholar.google.com.au/citations?user=LuRP4LMAAAAJ&hl=en
OverView
Enthusiastic Civil Engineer with proficiency in planning and execution. Led teams from front. Excellent blueprint interpreting and leadership skills. Experienced in preparing tender design, preliminary design, project cost estimation, and detailed design structural drawings. I am currently an Assistant Professor in Structural Engineering at Al-Baqa Applied University with a PhD. Degree in Structural Engineering from the University of Technology Sydney.
Research Intersets:
Design of concrete structures
Analysis of steel structures
Dynamic evaluation of composite structures
Applications of composite materials in construction
Development of composite flooring systems
Vibration control in composite structures
Sustainability of structures and lifecycle assessment
Qualifications
# Degree University Specialization Graduation year
1PHDUniversity of Technology SydneyCivil Engineering2024
2MASTER DEGREEUniversity of JordanCivil Engineering2016
3BACHELOR'S DEGREEThe Hashemite UniversityCivil Engineering2010
Publications
1- Structural Behaviour and Mechanical Characteristics of BlueDeck Profiled Steel Sheeting for Use in Composite Flooring Systems ,buildings, 2024,Vol. 14,no. 10.
2- Vibration Performance Evaluation of Cold-Formed Steel and Plywood Composite Floors ,International Journal of Structural Stability and Dynamics, 2024,Vol. 24,no. 24.
3- Vibration performance of cold-formed steel and plywood composite floors - Experimental studies ,Journal of Constructional Steel Research, 2023,Vol. 219,no. 108793.
4- Shear connection performance of cold-formed steel and plywood composite flooring systems: Experimental and numerical investigation ,Structures, 2023,Vol. 48,no. 1.
5- Determination of slip modulus of cold formed steel composite members sheathed with plywood structural panels ,Harry.Far@uts.edu.au, 2022,Vol. 43,no. 4.
6- Vibration Behaviour of Cold Formed Steel and Particleboard Composite Flooring Systems ,Steel and Composite Structures, 2022,Vol. 43,no. 3.
7- Composite connections between CFS beams and plywood panels for flooring systems: Testing and analysis ,Structures, 2022,Vol. 40,no. .