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Aims & Scope

AUIQ Technical Engineering Science is an international, peer-reviewed, open-access journal committed to advancing knowledge across the technological sciences, engineering disciplines, architectural studies, and interdisciplinary fields shaping modern built and engineered systems. The journal provides a platform for rigorous, original research that supports scientific innovation, methodological excellence, and practical impact.

The journal organizes its scope into three integrated categories, in full compliance with Library of Congress Classification (LCC) Class T – Technology and Class NA – Architecture:

  1. Engineering & Applied Technologies (LCC Class T)

    This category publishes research across all engineering and technological domains, including:

    • Civil, structural, environmental, and transportation engineering
    • Mechanical, mechatronics, and industrial engineering
    • Electrical, electronic, and nuclear engineering
    • Chemical, materials, and process engineering
    • Computer, software, and information engineering
    • Aerospace, automotive, aviation, and transportation systems
    • Energy, petroleum, mining, and geological engineering
    • Biomedical, agricultural, and bioresource engineering
    • Applied technologies, instrumentation, and measurement systems

    All submissions are expected to demonstrate scientific rigor, methodological soundness, and relevance to contemporary engineering challenges.

  2. Architecture & the Built Environment (LCC Class NA)

    This category addresses research in architectural and built-environment studies, including:

    • Architectural design, theory, and computational/parametric approaches
    • Sustainable, vernacular, and heritage architecture
    • Interior architecture, landscape architecture, and environmental design
    • Urban, regional, and community planning
    • Residential, commercial, institutional, educational, religious, and healthcare architecture
    • Building science, construction technology, and building performance analysis

    Submissions must integrate technical, environmental, social, or cultural considerations and align with LCC Class NA principles.

  3. Interdisciplinary Technological Studies

    This category bridges engineering, architecture, applied sciences, and emerging technological fields, including:

    • Smart systems, intelligent infrastructure, and cyber-physical environments
    • Computational modeling, simulation, digital twins, and data-driven design
    • Human-technology interaction, ergonomics, and design integration
    • Sustainability, resource efficiency, and environmental systems
    • Technological innovation, project engineering, and systems integration
    • Advanced materials, nanotechnology, and quantum applications
    • Cross-disciplinary studies connecting technology with society, health, or environment

Submissions must demonstrate meaningful interdisciplinarity and clear technological relevance consistent with LCC Class T: Engineering & Applied Technologies and Class NA: Architecture & the Built Environment.