Courses / Interdisciplinary, Project based Design 1

Course data
Code: BMEEPTCEP01
Course requirements:
Final requirements: Participation in 70% of the lessons is set as a condition. Only the active practice counts for presence.
Credits: 8
Time: 16 hours practice
Coursemaster: Bartók István DLA
Instructors: Bartók István DLA
Terbe Rita DLA
Description:
Theme of the course
Define the design program and prepare the project for a temporary Multipurpose Activity and Leisure Centre in Budapest situated in a gap of the inner city of Budapest. Design site: downtown area of Budapest.

Design task
The aim of the course is to define the design program of a temporary sport building/ leisure centre in a downtown plot of Budapest on the base of rent. The construction should operate for 10 years. What kind of structure, which kind shall be chosen? How big should it be? Which material, which building method, which construction is adequate in this situation?

Progress throughout the semester
The course will be held in a workshop style. Students’ work will be accompanied by consultants of both departments. Students will have to complete their tasks in groups.
The seminars not only provide opportunity to collective consultations and presentations but also contain the consultant’s phase-specific presentations which shall improve the development of the work.
Thus in the beginning of the course students will get familiar with the tasks and the site in form of presentations and site visits. They also get acquainted with examples, possible structural systems, technologies and possible solutions.
The development/progress of their projects will be presented weekly by the students in form of open presentations during the seminars. These presentations will be immediately evaluated by the consultants who will discuss the work in public. As the design process goes on students have to document the architectural and technical interpretation of at least one example, the characteristics of the designed site and the architectural appearance of the building.

Three main phases form the basic structure of the course:
Analysis – discovering the characteristics of the site: history, layers, development plans, etc. The analysis starts with individual exploration, but the final teams of 2-4 people will take on the analysis together. From the beginning a teamwork involving all the class will take place based on the discussions of the findings and of the differences of cultures and visions.
Economy analysis and calculations – time schedule – building program
Architectural plans – architectural behaviour, interpreting the context: building and landscape design. A full documentation of an architectural intervention will be developed in scale 1:200. Design work will be assisted by consultations in class, and common presentation is held with collective critical evaluation.

Schedule:
1.27th March Tuesday 9.15-17:00 K 222 Registration, introductory lecture 1, site visit 
29th March Thursday 9.15-17:00 K 222 Introductory lecture 2, consultation 
2.3th April Tuesday  Spring holiday 
5th April Thursday  Spring holiday 
3.10th April Tuesday 9.15-17:00 K 222 Introduction of economy aspects, site analysis, consultation 
12th April Thursday 9.15-17:00 K 222 Analysis of possible functions, consultation 
4.17th April Tuesday 9.15-17:00 K 222 Lecture 3 - references, Consultation with both Departments 
19th April Thursday 9.15-17:00 K 222 Lecture 4 - time schedule methods process, consultation 
5.24th April Tuesday 9.15-17:00 K 222 Consultation with both Departments 
26th April Thursday 9.15-17:00 K 222 Presentation and common evaluation of economy analysis and concept design 
6.1st May Tuesday  Day off 
3rd May Thursday 9.15-17:00 K 222 Additional presentation of economy analysis and concept design 
7.8th May Tuesday 9.15-17:00 K 222 Introduction of requirements of final submission, consultation 
10th May Thursday 9.15-17:00 K 222 CHECKPOINT presentation, consultation 
8.15th May Tuesday 9.15-17:00 K 222 Consultation with both Departments 
17th May Thursday 9.15-17:00 K 222 Submission, presentation and common evaluation of Final Design 
9.   
   
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11.   
   
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15.   
   
Downloads
_ipar_JUR_photos_2016.zip (12935 kB)
_ipar_JUR_geodesic_survey.zip (783 kB)
_ipar_JUR_plot_3D_rvt_max_dwg.zip (3240 kB)
_ipar_JUR_environment_dates.zip (10 kB)
_ipar_JUR_google_earth_2018.zip (14780 kB)
_ipar_JUR_regulation.zip (4815 kB)
_ipar_JUR_neighbouring_buildings_1.zip (17803 kB)
_ipar_JUR_neighbouring_buildings_2.zip (13741 kB)
project design_ctm_ind_2018_spring_2.pdf (86 kB)The course description and conditions of Interdisciplinary Project Based Design 1 Spring Semester 2017-2018.
Climate, terrain_group 1.pdf (2745 kB)
Sport facilities_group 2.pdf (2237 kB)
Public and leisure activities_group 3.pdf (5066 kB)
Traffic_group 4.pdf (7241 kB)
History_group 5.pdf (21729 kB)
Historical City Structure_group 7.pdf (2974 kB)
intro_lecture_180327.pdf (2642 kB)The slides of the introductory lecture.
examples_180417.pdf (2249 kB)
SimplyCostEstim2018.xls (73 kB)cost estimation example
cost-benefit_2018_a.xlsx (14 kB)the cost benefit table to be filled in
News
2018. 05. 02. 21:54
The list with the results of the 1st presentation of concept design. Due to the course description the result of the concept design counts 15% of the final grade.

Attachments:
project_design_students_2018_spring_ctm_ind_1.pdf (59 kB)
2017. 10. 02. 20:22
IMPORTANT CHANGE!

Dear Students,

as we agreed today there are small changes in the time schedule as follows:

Wednesday, 4th October - day off

Monday, 9th October - 11:00 consultation

Wednesday, 11th October - 11:00 presentation of preliminary design

Monday, 16th October - 11:00 consultation

Wednesday, 18th October - 14:00 end presentation ad submission of final design

2017. 03. 25. 10:08
The list with the final marks of the halfcourse.
Attachments:
project _design_final_marks_17_spring.pdf (121 kB)
2017. 03. 10. 11:19
Dear Students,
you can find the requirements of final submission here
2017. 03. 04. 11:25
Dear Students,

you can find the lectures completed about energetics here:


Zoltan Magyar: Indoor Environmental Quality
www.egt.bme.hu/filetoth/w_oktatas/Zoltan_Magyar_Indoor_Enrvironmental_Quality.p
Levente Filetoth: Introduction to Solar Architecture
http://www.filetoth.eu/pdf/51_Solar_Architecture_web.pdf

Levente Filetoth: Introduction to Solar Design Strategies
http://www.filetoth.eu/pdf/52_Solar_Design_Strategies_web.pdf

Levente Filetoth: Solar Buildings
http://www.filetoth.eu/pdf/53_Solar_Buildings_web.pdf

Levente Filetoth: Solar Systems
http://www.filetoth.eu/pdf/54_Solar_Systems_web.pdf

Norbert Harmathy: Dynamic Energy Simulation
http://www.egt.bme.hu/filetoth/w_oktatas/Norbert_Harmathy-Dynamic_Energy_Simulation.pdf

Levente Filetoth: Daylighting Light Sources
http://www.filetoth.eu/pdf/33-Dayighting-Sources_web.pdf

Levente Filetoth: Daylighting Openings
http://www.filetoth.eu/pdf/34-Dayighting-Openings_web.pdf

There is no link of the lecture of Zsófi Bélafi, however she is happy to answer yor questions: belafi@egt.bme.hu


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