TAD Journal is a peer-­reviewed international journal dedicated to the advancement of scholarship in the field of building technology and its translation, integration, and impact on architecture and design. TAD aims to become an essential source for new knowledge about how we think, make and use technology within the building arts. Intended for researchers, educators, and practitioners, the journal advances and transforms the current discourse on building-­based technologies with the goal of expanding, reimagining and challenging its role for architecture and design.

The Journal adopts double-blind peer review process

English

United States Of America

Adaptive Façade, AEC Design Tools, Architectural Design, Architectural Technology, Artificial Intelligence, Artificial Materials, Augmented Reality, Automation, Big Data, Bio-based Materials, Biomimicry, Biotechnology, Building Information Modelling (BIM), Building Technology, Buildings, Chemical & Material Sciences, Civil Engineering, Climate Change, Complex Systems, Computer Graphics, Construction Systems Engineering, Construction Technology, Data Management, Design, Design Computing Systems, Design Methodology, Digital Fabrication, Digital Modeling, Digital Project, Digital Representation, Digital Technologies, Ecology, Energy Efficiency, Energy Retrofitting, Environment, Environmental Design, Environmental Sustainability, Environmental Technologies, Generative Design, Green Buildings, Green Cities, Green Infrastructures, Green Materials, Green Mobility, Green Product, Human-computer Interface, ICT, Inclusive Design, Industrial Design, Industrial Engineering, Industry 4.0, Innovative Materials, Interdisciplinary Approach, Internet of Things (IoT), Land Use, Landscape, Life Cycle Assessment (LCA), Management Engineering, Manufacturing & Machinery, Materials, Modeling, Monitoring, Nanotechnology, Natural Materials, Nature-based Solutions, Off-site Manufacturing, Parametric Design, Process Innovation, Process Management, Product Design, Product Innovation, Production, Project Tools, Recycled Materials, Renewable Energy, Renewable Resources, Robotics, SDGs 2030, Simulation Tools, Smart Buildings, Smart Cities, Smart Design, Smart Grids, Smart Materials, Smart Tools, Sustainable Cities, Sustainable Construction, Sustainable Design, Sustainable Development, Sustainable Materials, Systemic Architecture, Technological Design, Up-cycling, Vegetation, Virtual Reality, Visual Design, Waste Management, Waste Recovery, Water Resources Engineering

2017

Taylor & Francis

2

March, October

Marci S. Uihlein

EBSCO, Art & Architecture Source, Elsevier BV, Scopus, ProQuest; Environmental Engineering, IET (The Institution of Engineering and Technology), Inspec, Wang Fang Data Co., CNKI (China National Knowledge Infrastructure), OCLC (Online Computer Library Center), NAVER (NHN – Next Human Network).

Info at: www.tandfonline.com/openaccess/openselect

tadexecutiveeditor@acsa-arch.org