Amirkabir University of Technology Department of Civil Engineering - Iran
AUTHOR PROFILE
RESEARCH INTERESTS
MohammadRasul Givkashi, a distinguished scholar at Amirkabir University of Technology, has dedicated his research to advancing the field of civil engineering. His primary interests include new construction technologies, innovative construction materials, green and smart buildings, 3D printing of buildings, and special concretes. His work focuses on enhancing the sustainability, efficiency, and durability of construction practices.
EDUCATIONAL BACKGROUND
Givkashi completed his Master of Science in Civil Engineering, specializing in Construction Management, at Amirkabir University of Technology in Tehran, Iran, from 2021 to 2024. His outstanding academic performance is reflected in his perfect GPA of 4.0 (18.95/20). His thesis, supervised by Dr. Faramarz Moodi, investigated the durability assessment of 3D printed concrete with air-entraining admixture. He also holds a Bachelor of Science in Civil Engineering from the same university, achieved in 2021 with a GPA of 3.9 (18.17/20).
HONORS AND AWARDS
Throughout his academic career, Givkashi has received numerous accolades, including ranking 1st in Civil Engineering with a major in Construction Management among his peers at Amirkabir University of Technology in 2020. He was also included in the facilities of the National Elite Foundation for two consecutive years and received 'Straight' M.Sc. Admission Offers to top universities in Iran due to his high GPA.
RESEARCH PROJECTS
Givkashi has actively participated in several significant research projects. These include modeling composite reinforced concrete columns using finite element software, designing highways and residential buildings, and contributing to the Smart Schools Plan under the National Elite Foundation. His projects, supervised by renowned academics such as Dr. Aliakbar Ramezanianpor and Dr. Alireza Rahai, highlight his expertise in both theoretical and practical aspects of civil engineering.
PUBLICATIONS
His research contributions are well-documented in reputable journals. Notable publications include a comparative study on the fineness of low-grade calcined clays on the properties of blended concretes in the Civil Engineering Infrastructures Journal, and a feasibility study on 3D printing concrete for building construction in the AUT Journal of Civil Engineering. His work has also explored the simulation of evacuation in educational buildings and the factors affecting the drying shrinkage and compressive strength of slag geopolymer mortar mixtures.
PROJECT SUPERVISION
Givkashi has demonstrated strong leadership in guiding research projects. He has worked on the durability of 3D printed concrete, highway design, and the design of residential buildings with both reinforced concrete and steel frames. His supervision has helped shape innovative solutions in civil engineering, emphasizing practical applications and sustainability.
PROFESSIONAL DEVELOPMENT
In addition to his academic achievements, Givkashi has actively engaged in professional development through his involvement in the National Elite Foundation and participation in faculty Olympiad teams. His dedication to continuous learning and professional growth underscores his commitment to advancing the field of civil engineering.
CONTRIBUTIONS TO CIVIL ENGINEERING
Givkashi's contributions to civil engineering are substantial, encompassing innovative research, impactful publications, and active participation in significant projects. His work not only advances academic knowledge but also provides practical solutions to contemporary challenges in construction and infrastructure development. His commitment to excellence and innovation makes him a valuable asset to the field of civil engineering.
NOTABLE PUBLICATION
- Effects of different types of fibers on fresh and hardened properties of cement and geopolymer-based 3D printed mixtures: a review.
- Authors: A Ramezani, S Modaresi, P Dashti, MR GivKashi, F Moodi, ...
- Year: 2023
- Software simulation of chloride ions penetration into composite of pre-fabricated geopolymer permanent formworks (PGPFs) and substrate concrete.
- Authors: ER Dehkordi, F Moodi, MR GivKashi, AA Ramezanianpour, M Khani
- Year: 2022
- Considerations for the Construction, Implementation and Economic Evaluation of Geopolymer Permanent Formworks (GPFs): A New Approach to Protect Concrete Structures Against...
- Authors: E Riahi Dehkordi, MR GivKashi
- Year: 2023
- Investigating the applications of geopolymer mixtures, focusing on the repair and strengthening of reinforced concrete structures: A Review.
- Authors: MR Givkashi, F Moodi
- Year: 2022
- Investigation of Affecting Factors on Drying Shrinkage and Compressive Strength of Slag Geopolymer Mortar Mixture.
- Authors: E Riahi Dehkordi, F Moodi, MR GivKashi, AA Ramezanianpour
- Year: 2023