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International Scientific Journal of Civil and Infrastructure Engineering (ISJCIE)
ISSN 2298-8168

Welcome to the "International Scientific Journal of Civil and Infrastructure Engineering (ISJCIE)". This journal is a quarterly international peer-reviewed open-access journal that publishes high-quality single-blind peer-reviewed papers in the civil and infrastructure engineering field. We publish the latest international research studies as fast as possible and encourage postgraduate students and top researchers to publish their experimental and numerical studies with us. When we receive a paper, it is checked for originality and the contents to ensure the work is not published under similar titles. Then chief editor sends the article to one of the editorial board members, who are responsible for finding two reviewers for review.

After receiving reviewers' comments, if some corrections are needed, reviewers' comments are sent to the author(s) to make corrections within the specified time. This process continues until the article is either rejected or approved. Once a paper is accepted, its online version will be published quickly. Any online paper would have a unique DOI number to ensure other researchers can cite it. Authors keep possession of the copyright for their papers but permit anyone to download, reuse, reprint, modify, distribute, and copy the content as long as the original authors and source are cited. Everybody can access the full text of the published articles in PDF format without restriction. The "International Scientific Journal of Civil and Infrastructure Engineering (ISJCIE)" is dedicated to the publication of cutting-edge research in the following scope:

  1. Structural loading, health monitoring, and strengthening area:

  • Design of civil infrastructure and lifelines to withstand wind, tropical cyclones, thunderstorms, and tornadoes

  • Construction material behaviour at high temperatures and analysis of whole structure behaviour under fire impacts

  • Foundation design for earthquake loading and Lifelines earthquake engineering

  • Monitoring of structural repairs and development of self-repairable structures

  • Condition assessments and condition-based maintenance and performance

  • Sensor network design, data transmission, wired and wireless communication

  • Self-powered and low power sensors technology and management

  • Seismic response of buildings, bridges, and other special structures

  • Structural pathologies and diagnostic methodological approach

  • In-situ sensors, corrosion sensors, and sensors for local damage detection 

  • Integration of structural health monitoring and control, Fire risk analysis, numerical modeling, and protection systems

  • Advanced inspection, testing, and non-destructive methodologies

  • Performance assessment, safety evaluation, and scour indicators

  • Advanced signal processing and interpretation techniques, Multi-functional materials, and new sensor materials

  • Monitoring of aging structures and infrastructure, Adaptive rehabilitation, and rehabilitation technologies

  • Seismic retrofitting, repair, and strengthening methods, Load capacity ratings, and service life estimations

  • Building performance simulation and durability, Sensor/structure integration technology

  • Optical fibre sensors for health monitoring, Monitoring of high-rise buildings and bridges

  • Passive, active, and semi-active controls, Remote control of monitoring systems

  • Implementation of structural monitoring, Seismic vulnerability, and loss assessment

  • Rehabilitation of the constructed heritage, Rehabilitation of coastal structures

  • Durability issues in harsh environments, Sensors for high-temperature applications

  • Dynamic stability and progressive collapse, Data mining, and data management

  • Vibration and wave propagation methods, Artificial intelligence tools, Solidification and stabilization

  • FRP composites, Codes of Practice and Design, Facade material and design, Case studies

   2. Advanced concrete technology area:

  • Concrete waste management, recycling, environmental aspectsMaterial properties, and development of new materials

  • Failure mechanism and concrete health monitoring, Microstructural characterization of concrete

  • Concrete admixtures, mixers, and sealers, Fibre-reinforced concrete technology, Fresh and hardened concrete

  • High-performance concrete, Aesthetics of concrete, Durability, and repair, LCC, SDC, and SCC, Cement accelerator

  • Concrete cancer, Concrete leveling, Test methods, Case studies

   3. Advanced geotechnical engineering area:

  • Finite element modeling of saturated/unsaturated geotechnical systems/materials

  • Soil improvement techniques and modification by inclusions and confinement

  • Dynamic soil-structure interaction and pipeline-soil interaction

  • Underground structurestunnels, trenchless construction, Soil classification, exploration, and laboratory testing

  • Soil dynamics and geotechnical earthquake engineering, Geotechnical site investigation and instrumentation

  • Numerical simulation of multiphase porous media, Computer applications in geotechnical engineering

  • Soil bearing capacity and foundation settlements

  • Geotechnics for road and railway transportation, Computer applications in geotechnical engineering

  • Slope stability, landslides, and retaining walls, Recycled wastes & lightweight geomaterials

  • Earthquake-resistant design of foundations, Numerical analysis of suction caissons

  • Sensor-Enabled Geosynthetics (SEG), Seepage, and dewatering systems

  • Limit state design of foundations, Erosion, and deterioration, Deep foundations / Pile foundation

  • Unsaturated soil mechanics, Geotechnical aspects of landfills, Geo-environmental engineering

  • Computational geomechanics, Constitutive modeling, Dam and marine geotechnics

  • Computational poromechanics, Soft soil engineering, Liquefaction analysis, Soil-Bio interactions

  • Field seismic testingRock mechanics

  • Creep of clayey soils, Probabilistic approaches, Geohazards, Offshore Foundations, Centrifuge model tests 

  • Reliability-based design for foundations, Local site effects, and microzonation

  • Cemented soils / Expansive soils, Case studies

   4. Offsite manufacturing and digital construction area:

  • Sustainable construction, Construction issues in modular systems, and planning of modular building

  • Types of modular construction and application of modular systems 

  • Smart construction (3D printing, artificial intelligence, robotics)

  • Precast concrete modules and hybrid modular construction systems

  • Prefabrication forms, designing, process, and formwork systems

  • Factory production of modules, automation, and field factory

  • Technological forecasting and strategic planning, Intelligent decision support systems

  • Information technologies in construction and BIM, Constructions management, and technology
  • Construction law and legal issues in construction, Construction life cycle / Construction materials

  • Construction economics and cost control, Construction procurement, and equipment

  • Specifications and quality control, Scheduling and estimating, Value engineering and optimization

  • Acoustic insulation in modular construction, Structural design of modular structures
  • Tolerances; related codes and standards, Built environment, Inspection methods, Contract administration

  • Environmental concerns, Renovation of buildings, Case studies


CIVILICOM Pty Ltd, the "International Scientific Journal of Civil and Infrastructure Engineering (ISJCIE)" publisher, is registered in Australia. The Supreme chief editor (Prof. Bijan Samali) is the contact person via Email (
Postal address: P.O. Box 410 Rural View 4740 QLD, Australia

This journal is licensed under a Creative Commons Attribution 4.0 International License.

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