--------------- ΥΠΟΤΡΟΦΙΕΣ ΦΟΙΤΗΤΩΝ ΕΩΣ 31/1/2025 -----------------------   -------------- ERASMUS+ ΦΟΙΤΗΤΩΝ ΕΩΣ 15/12/24 -------------------   ------------------- ΠΡΑΚΤΙΚΗ ΑΣΚΗΣΗ ΦΟΙΤΗΤΩΝ ΣΤΟ ΕΞΩΤΕΡΙΚΟ - ΕΩΣ 7/1/2025 ----------------------

ΕΑ306 – 3D Digital Architectural Modeling

It aims to acquire the basic knowledge and skills so that students can, using computer-aided design programs, give form to mainly existing or proposed architectural spaces in 3 dimensions. The course has both theoretical and laboratory character.

The theoretical character concerns: preparation - rules and techniques of transformation of 2D models into 3 dimensions, ways and limitations of 3D modeling, linear - surface and solid modeling, processing of 3D models, ways and techniques of 3D model representation, integration - connection and communication of 3D models with corresponding environments of other digital design systems, computational architectural measurements and automations, etc.

The laboratory character will relate to architectural and morphological content that will gradually respond to an evolving framework of requirements that will meet both specific existing educational or laboratory needs of students, as well as techniques, innovative ways of integrating 3D volume compositions into other design platforms. web platforms, satellite imagery, and digital interactive applications on all digital media (PC, Tablet, mobile).

As a result, 3D volumes will have a multiple role: a) Contribution to architectural representation and spatial perception and b) 3D models as "cores" of multimedia material to be used to create or integrate into future spatial digital interactive applications. Particular attention is paid to the issue of absolute and comparative sizes of space, to the spatial perception with a critical architectural approach through specific interventions, ways of digital simulation and comparison of analog and digital representations.

info

Code: ΕΑ306

Study semester: 3rd

ECTS: 4

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Hours / Week: 4

Type: Special Infrastructure Courses (SIC)

Workload / semester: 100

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