Architectural and structural design of a public building - Business center in Tyumen

In this project, the architectural part of a 3-story business center in the city of Tyumen was designed.

The project consists of an explanatory note of 25 sheets, which explains all the decisions made, drawings of 5 sheets made in the Autocade program, which contain a plan for the development of the territory with lists, layouts of 3 floors, facades, and a section. The project was also executed in the Revit program with layouts, facades and sections and the creation of a 3D model, the project was rendered in the Lumion program, the images with visualization are attached in pdf format. 13 different views with different lighting

Contents of the Explanatory Note

INTRODUCTION............................................................................................................................................................................................................. 4

1. INITIAL DESIGN DATA............................................................................................................................................................................................................................................................................................................................................................................. 5

2. PLANNING AND IMPROVEMENT OF THE TERRITORY................................. 7

3. ARCHITECTURAL AND PLANNING SOLUTIONS..................................................................................................................................................................................................................................................................................................... 10

4. DESIGN SOLUTIONS............................................................................................................................................................................................................................. 13

5. FIRE SAFETY..................................................................................................................... 17

6. ENSURING ACCESSIBILITY OF LOW MOBILITY GROUPS..................................................................................................................................................................................................................................... 19

7. ENGINEERING SUPPORT FOR THE BUILDING........................................................................................................................................................................................................................................................................................................................................................................................................ 21

8. TECHNICAL AND ECONOMIC EVALUATION OF DESIGN SOLUTIONS..... 23

CONCLUSION............................................................................................................. 24

LIST OF SOURCES USED................................................ 25