PORTFOLIO
Aleksandra M. Wisniowska | UCL University College Odense P.B. Sc. Constructional Architecture | 5th Semester | 2023/2024
2
CONTENT
04
CURRICULUM VITAE
06
FIRST IMPRESSIONS
2020/2021
10
1st YEAR
2021/2022
14
3rd SEMESTER
2022
20
4th SEMESTER
2023
30
ELECTIVES
2023
42
CERTIFICATES 3
CURRICULUM VITAE ALEKSANDRA M. WISNIOWSKA
CONSTRUCTIONAL ARCHITECT STUDENT UCL University College, Odense, Denmark
CONTACT Østergade 41, 5000 Odense Denmark amwi37257@edu.ucl.dk +45 52 74 52 65
4
EDUCATION September 2021 — December 2024
UCL University College, Odense, Denmark Professional Bachelor’s Degree in Architectural Technology and Construction Management. August 2011 — February 2020
Städt. Dieter-Forte Gesamtschule, Düsseldorf, Germany ·Completed Technical Diploma (Fachabitur), with an overall B average. ·Participated in the Erasmus+ Cultural Exchange Program
PROFESSIONAL EXPERIENCE December 2021 — Present
Shift Lead Wolt Market, Odense, Denmark ·Grocery Associate Shift Lead, in the Wolt Market online store July 2020— August 2021
Architectural Internship at D+P Architekten, Düsseldorf, Germany Successfully fulfilled a one-year architectural internship requirement that was linked to the technical school diploma. October2020— August 2021
Event Staff at LYI concepts GMBH, Düsseldorf, Germany
SKILLS LANGUAGES Polish: Native | English: Native | German: Native | French: A2 | Spanish: A2 | Danish: A1 TECHNICAL SKILLS Revit | SketchUp | Enscape | Microstation V8i | Autodesk Dynamo | Autodesk MagiCAD | Microsoft Project | Sigma Enterprise | Orca AVA
5
FIRST IMPRESSIONS | 2020/2021
FIRST IMPRESSIONS 1 YEAR INTERNSHIP IN AN ARCHITECTURAL FIRM
GROUND FLOOR
FIRST FLOOR
6
2020/2021 | FIRST IMPRESSIONS
SECOND FLOOR
These floor plans showcase the “Dream House”, that I designed as a part of my application for university.
ARCHITECTURAL INTERNSHIP AT “D + P ARCHITEKTEN” During my internship I acquired plenty of practical knowledge from my supervisor, that made me pursue a career in the building industry. Being by his side frequently, I gained experience in programs such as Microstation V8i, Sketchup, Photoshop and tendering software’s. I was present during Client meetings, construction site visits, and managed costumer inquiries. By the end of my internship, I was hired to work part time in the office before starting my studies.
7
FIRST IMPRESSIONS | 2020/2021
RAILINGS
Proposed design of railings for a client. Although the first design was chosen by the client, the intended project was never finalized due to financial reasons.
8
2020/2021 | FIRST IMPRESSIONS
Attempted hand sketches during the internship.
9
INTERDISCIPLINARY PRJECT | 1 YEAR AT UNIVERSITY | 2021/2022
1st YEAR AT UNIVERSITY 1 ½ STOREY RESIDENTIAL AND COMMUNAL DEVELOPMENT
INTERDISCIPLINARY PROJECT DURING 1-2 SEMESTER COURSEWORK: Building Design | Technical Installations | Building Planning Management | Construction Project | Detail Project The project is a DNGB silver- certified, nonprofit housing project. Its structural parts are made of CLT and there is both brick and wooden cladding on the external wall facades. It contains of a 1 ½ residential housing as well as a communal building.
10
GROUP PROJECT: Containing of 5 participants FOCUS AREA: Wooden Facade The assignment relies on creating a construction project, that is based on the existing drawings of the design proposal.
2021/2022 | 1 YEAR AT UNIVERSITY | INTERDISCIPLINARY PROJECT
Overview floor plan of the focus area, with callouts for the detail drawings below.
3D Overview drawing.
11
INTERDISCIPLINARY PRJECT | 1 YEAR AT UNIVERSITY | 2021/2022
Facade drawings for the wooden facade trade, with focus on the skeleton structure of the facade cladding.
12
2021/2022 | 1 YEAR AT UNIVERSITY | INTERDISCIPLINARY PROJECT
Examples of detail drawings. On the left a window detail, that is placed on the inner leaf of the wall with calcium silicate boards. Below an external wall corner detail with the focus on the outer leaf.
13
INTERDISCIPLINARY PRJECT | 3rd SEMESTER | 2022
3rd SEMESTER INDUSTRY AND PREFABRICATION
INTERDISCIPLINARY PROJECT DURING 3rd SEMESTER COURSEWORK: Building Design | Technical Installations | Building Planning Management | Structural Design | Building Physics The project contains of a new administrative and production facility, that is sustainable and constructed with prefabricated building components. The company specializes in the production of steel stairs and railings, explaining the untypical focus area.
14
GROUP PROJECT: Containing of 6 participants FOCUS AREA: Steel Stairs Client Manufacturer The assignment contains of creating a construction project, that is based on the existing drawings of the design proposal.
2022 | 3rd SEMESTER | INTERDISCIPLINARY PROJECT
Overview floor plan showing callout positions that were used for the specific detail drawings.
3D Overview of the steel stairs and railings.
15
INTERDISCIPLINARY PRJECT | 3rd SEMESTER | 2022
Detail element drawings. Focusing on the connections between floor slab or the landing.
Stringer detail drawings, explaining how the stair treads are fastened.
16
2022 | 3rd SEMESTER | INTERDISCIPLINARY PROJECT
Detail drawings of the various railing parts.
17
INTERDISCIPLINARY PRJECT | 3rd SEMESTER | 2022
18
2022 | 3rd SEMESTER | INTERDISCIPLINARY PROJECT
19
INTERDISCIPLINARY PROJECT | 4th SEMESTER | 2023
4th SEMESTER MULTI-STOREY BUILDING
INTERDISCIPLINARY PROJECT DURING 4th SEMESTER COURSEWORK: Building Design | Technical Installations | Building Planning Management | Structural Design | Building Physics Multi-storey building that is used for residential and commercial use. Distributed over 3 apartment blocks and with a brick cladding outer leaf. Incorporated LCC and LCA calculations into the project. Ensuring communication skills, on a cooperation class level.
20
GROUP PROJECT: Containing of 5 participants FOCUS AREAS: Brick Cladding Facade, Ventilation The assignment relies on creating a construction project, that is based on the existing drawings of the design proposal.
2023 | 4th SEMESTER | INTERDISCIPLINARY PROJECT
Overview floor plan showing callout positions that were used for the specific detail drawings.
21
INTERDISCIPLINARY PROJECT | 4th SEMESTER | 2023
Detail drawing, of a connection between, separation floor and an open car port. Load bearing support is achieved, due to a calculated steel console.
22
2023 | 4th SEMESTER | INTERDISCIPLINARY PROJECT
Connection between a load bearing internal wall and an expansion joint within the external wall brick cladding.
23
INTERDISCIPLINARY PROJECT | 4th SEMESTER | 2023
VENTILATION PROJECT
The ventilation project is constrained of a decentralized system. The air handling units are placed in each apartment, as well as the intake vent that is placed vertically on the external walls. Although, calculated exhaust ducts lead to the roof, in a combined system.
24
2023 | 4th SEMESTER | INTERDISCIPLINARY PROJECT
5th floor plan of the ventilation. Indicating, the exhaust vent on the left side of the drawing.
25
INTERDISCIPLINARY PROJECT | 4th SEMESTER | 2023
A section drawing of the ventilation project. Specifically focusing on the combined exhaust duct, and the exhaust vent that accordingly to the Danish building laws needs to stick out 1,2m of the roof. Moreover, there is fire dampers, indicated that are inbetween the different levels.
26
2023 | 4th SEMESTER | INTERDISCIPLINARY PROJECT
3D view of the ventilation project. Illustrating how the ducts are connected from the air handling units and how the work was underdone in Revit MEP.
27
INTERDISCIPLINARY PROJECT | 4th SEMESTER | 2023
28
2023 | 4th SEMESTER | INTERDISCIPLINARY PROJECT
29
BIM VISUAL PROGRAMMING | ELECTIVE | 2023
ELECTIVES BIM VISUAL PROGRAMMING
ELECTIVE COURSE DURING 4th
INDIVIDUAL PROJECT
SEMESTER CREATED GRAPH: MAIN COURSEWORK: Dynamo Revit
Automated Key Joint Callouts based on the Risk Log
OTHER GRAPHS CREATED PRIOR: ▪ Building Journal in Excel ▪ Renaming rooms in Revit
Callouts
that
▪ Creating sheets in Revit
automatically created in
▪ Facade panels in Revit
floor
plans,
that
are
are
based on the component ID retrieved from the YouTube link:
Revit file.
https://youtu.be/7iKbCGJTi-Q
30
2023 | ELECTIVE | BIM VISUAL PROGRAMMING
Entire Dynamo Graph, responsible for 4 Callouts.
Example Excel sheet where the component Id is retrieved, responsible for the positioning of the Callout.
31
BIM VISUAL PROGRAMMING | ELECTIVE | 2023
Entire graph illustrated in detail and responsible for a single Callout.
32
2023 | ELECTIVE | BIM VISUAL PROGRAMMING
The geometry of the callout shown in Dynamo.
33
SUSTAINABLE TRANSFORMATION | ELECTIVE | 2023
SUSTAINABLE RENOVATION AND TRANSFORMATION
ELECTIVE COURSE DURING 5th SEMESTER COURSEWORK: Sustainable Transformations | Technical Installations | Building Physics Existing 5-storey building that used to be a warehouse and factory and was repurposed into a 2-storey art school and restaurant. Consisting of recycled brick cladding and restored building parts. It has applied LCC calculations and aiming for the platinum DGNB certification. The surrounded area is mostly demolished to create more green areas and plants serve as phytoremediation.
34
GROUP PROJECT: Containing of 3 participants FOCUS AREA: Landscape The assignment relies on creating a renovation project and material for the design proposal, based on existing drawings and the conditions of the building.
2023 | ELECTIVE | SUSTAINABLE TRANSFORMATION
Example floor plans for the design proposal.
35
SUSTAINABLE TRANSFORMATION | ELECTIVE | 2023
36
2023 | ELECTIVE | SUSTAINABLE TRANSFORMATION
Horizontal as well as vertical section views for the design proposal.
37
SUSTAINABLE TRANSFORMATION | ELECTIVE | 2023
38
2023 | ELECTIVE | SUSTAINABLE TRANSFORMATION
39
SUSTAINABLE TRANSFORMATION | ELECTIVE | 2023
Visualizations created with Enscape for the design proposal.
40
2023 | ELECTIVE | SUSTAINABLE TRANSFORMATION
41
CERTIFICATES
42
43
Aleksandra M. Wisniowska | UCL University College Odense P.B. Sc. Constructional Architecture | 5th Semester | 2023/2024 44