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AUGMENTED REALITY (AR)#1
An interactive experience where real-world environments are enhanced with digital overlays, improving visualization in architecture.
COLLABORATIVE DESIGN#2
A process where multiple stakeholders work together to create architectural solutions, enhancing creativity and effectiveness.
USER EXPERIENCE (UX) DESIGN#3
The practice of designing products that provide meaningful and relevant experiences to users, crucial for AR applications.
VISUALIZATION INNOVATION#4
The use of advanced techniques, including AR, to create more engaging and informative architectural presentations.
AR TECHNOLOGIES#5
Tools and platforms that enable the integration of augmented reality into architectural visualization, enhancing client interaction.
CLIENT ENGAGEMENT#6
Strategies and techniques used to involve clients actively in the design process, improving satisfaction and outcomes.
TRADITIONAL VISUALIZATION METHODS#7
Conventional techniques like 2D drawings and 3D models used in architecture before the advent of AR technologies.
PROJECT MANAGEMENT#8
The discipline of planning, executing, and overseeing projects to achieve specific goals within constraints.
INTEGRATION STRATEGIES#9
Methods for combining AR technologies with existing architectural practices to enhance design processes.
TEAM DYNAMICS#10
The interactions and relationships between team members that influence collaboration and project outcomes.
CASE STUDIES#11
Detailed analyses of real-world examples demonstrating successful applications of AR in architectural projects.
INTERACTIVE PRESENTATIONS#12
Presentations that allow audience participation, enhancing engagement and understanding of complex ideas.
FEEDBACK LOOP#13
A process where user responses are used to improve and refine AR designs and applications.
PROTOTYPING#14
Creating preliminary models of AR applications to test concepts and gather user feedback before final production.
TECHNICAL FEASIBILITY#15
Assessment of whether a proposed AR project can be successfully implemented with available resources and technology.
NARRATIVE DESIGN#16
The art of crafting a compelling story within presentations that connects the audience emotionally to the architectural vision.
AR FEATURES#17
Specific functionalities within AR applications that enhance user experiences, such as interactive models or real-time data.
USER JOURNEY MAP#18
A visual representation of the steps a user takes when interacting with an AR application, identifying pain points and opportunities.
MILESTONES#19
Key points in a project timeline that signify the completion of significant phases or goals.
ENGAGING WITH STAKEHOLDERS#20
The process of communicating and collaborating with all parties involved in a project to ensure alignment and satisfaction.
DESIGN INTEGRITY#21
The preservation of the original design intent while integrating new technologies like AR.
REFLECTIVE JOURNALS#22
Personal records kept by students to evaluate their learning progress and understanding of course concepts.
CUTTING-EDGE TOOLS#23
The latest and most advanced technologies available for use in architectural visualization and design.
INNOVATIVE SOLUTIONS#24
Creative and effective approaches to challenges faced in architectural design, particularly through the use of AR.