Valeriia Vapelnyk | Portfolio 2024

portfolio

chosen projects Valeriia Vapelnyk

VALERIIA VAPELNYK

ARCHITECTURAL | TECHNICAL DESIGNER

PROFILE

valeriia.vapelnyk98@gmail.com

linkedIn

https://www.linkedin.com/in/valeriiavapelnyk

EXPERIENCE

February 2022 - February 2024

Munich, Germany

Dynamic and collaborative architectural professional with a demonstrable track record of success in executing architectural assignments both independently and as a valued team member. Proficient in delivering design and technical solutions across various project phases.

Committed to leveraging cutting-edge technology for efficient project execution, continuously seek opportunities for professional development. As a dynamic and innovative architectural designer, I am dedicated to achieving excellence and contributing to the evolution of the field.

Architectural | Technical Designer | Ackermann Architekten BDA

Full-time Job | 2 yrs 1 mo

• Development of detailed drawings and documentation that adhere to building standards, extensive research on products and materials

• Coordinating diverse engineering disciplines through the utilization of Building Information Model (BIM) tools

• Participation in client meetings

• Engagement in professional discussions with product consultants

• Contribution to innovative conceptualizations for architectural competitions

• Detailing the BIM to have elements of LOD 300 to LOD 350

• Supervision and mentorship of interns

• Building site attendance

January 2021 - June 2021

Milan, Italy

September 2020 - December 2020

Lecco, Italy

Architectural | Technical Designer | ECODIM|99

Remote | 5 mos

• Elaboration of architectural and structural designs of private houses and hotels, modeling the Building Information Model

• Creation detailed drawings and documentation

• Generation of visualizations and presentations

Architectural Designer & Project Manager

Paolo Bodega Architetti | Internship | 4 mos

• Elaboration of a conceptual design of a multi-functional commercial and wellness complex

• Development of drawings, diagrams and visualizations

• Team Coordination

• Cost estimation

November 2018 - May 2019

Kyiv, Ukraine

September 2016 - November 2018

Kyiv, Ukraine

Assistant to the Chief Architect | Architechturniy Dom Part-time Job | 7 mos

• Development of design, drawings, and visualizations of residential complexes, cottages, sports campuses

• Collaboration with MEP, structural engineers to improve projects’ technological quality and BIM

• Product and Material Research

Architectural & Interior Designer | ZERNO

Part-time Job | 2 yrs 3 mos

• Development of comprehensive design solutions

• Creation of construction drawings for private residences, apartments, commercial spaces, modeling the Building Information Model

• Generation of visualizations and presentations

• Surveying and documenting the dimensions of the existing spaces

EDUCATION

February 2020 - December 2022

Turin, Italy

September 2019 - April 2022

Milan, Italy

September 2015 - July 2019

Kyiv, Ukraine

COMPETITIONS

August 2022

July 2020

June 2020

ACHIEVEMENTS

September 2019 Milan, Italy

October 2018

Kyiv, Ukraine

September 2015

Kyiv, Ukraine

May 2015

Kyiv, Ukraine

SOFTWARE SKILLS

CAD, BIM, 3D Modelling and Dayllight Analysis

BIM Review and Management

Structural Modelling and Analysis

Visualization and Graphics

Presentation and Documentation

PUBLICATIONS

December 2017

October 2016

LANGUAGES

Master’s Degree in Building Architecture

Politecnico di Torino | Alta Scuola Politecnica | Summa Cum Laude

Master’s Degree in Building Architecture

Politecnico di Milano | GPA 110/110 Cum Laude

Bachelor’s Degree in Architecture

Kyiv National University of Construction & Architecture | GPA 95/100

Munich RE Revitalisation | Ackermann Architekten BDA 2nd place

SkyHive Skyscraper Challenge 2020 | Recovery & Research Center short listed projects

Milan Architectural Week | La Piana Square project shone a spotlight and was highlighted by architect Alessandra Zanelli

Platinum Scholarship

Politecnico di Milano | Architecture - Building Architecture

Award for significant contribution and active participation in the University life

Scholarship

Kyiv National University of Construction & Architecture

Golden Medal for high school achievements

Revit Architecture | Rhino 3D & Grasshopper | AutoCAD | ArchiCAD | Sketchup | 3Ds Max | Velux | DIALux

Syncro | Solibri Model Checker

Midas Gen | Tekla Structures

Lumion | Enscape | V-Ray | Corona | Adobe Photoshop | Adobe Illustrator | Adobe Lightroom

Adobe InDesign | MS Excel / Word / PowerPoint | Adobe Premier Pro | Adobe After Effects

Article

“Evolution

Article

Ukrainian / native speaker | English / proficient | German / B2 | Italian / A1

“The connection between regional strategy and architecture.”

of architectural styles, does the history repeat itself?”

Contents

Open Cultural Center

Kyiv, Ukraine | Thesis | Politecnico di Milano

Recovery & Research Center

Sports Hall for 2026 Olympics

Milan, Italy | Politecnico di Milano

An Exhibition about Equalities

Italy | Alta Scuola Politecnica

Professional

ERICH-KASTNER SECONDARY SCHOOL

MUNICH, GERMANY | 15,800 m2

USED SOFTWARES | Revit | AutoCAD | Enscape | AdobePhotoshop | AdobeIndesign | MS Excel/Word

The undertaking encompasses the erection of an educational edifice, incorporating a subterranean garage and partially submerged areas. The architectural configuration places significant emphasis on a central vestibule, serving as the focal point for a sophisticated staircase that interconnects with both the auditorium and cafeteria. The ground level is allocated to administrative and pedagogical functions, whereas the upper tiers are designated for specialized learning ones.

The facade articulation adheres to a post-and-beam arrangement, complemented by balconies executed in a steel framework. Sun protection is thoughtfully integrated through textile sunshading. In juxtaposition, the facades of adjoining learning functions exhibit a composition of window elements, accompanied by wooden facade adorning enclosed sections.

Stainless steel cable net, mesh max. 40x40mm

Railing end flat steel, cross section approx. 80x16mm, coated in DB 703 or similar

Posts made of flat steel, Cross section approx. 60x16mm, coated in DB 703 or similar

Edging angle grating, approx. 45x45mm, coated in DB 703 or similar

Emergency overflow as prefabricated recess

Mounted steel construction with welded railing posts

2024 chosen projects

Grating, galvanized Meshes 10x30mm, thickness approx. 40mm, alignment of meshes transverse to running direction

Cover plate on precast element joints, titanium zinc

Drip nose, triangular strip 15x15mm

Socket for escape route pictogram

Aluminum wood window, pivoting oiled ash inside, powder-coated color RAL 9006 g = 0.37, Uw = 1.0 W/m2K, Rw,P

Metal window sill, edged and coated, color RAL9006, anti-drumming under window sill

Downpipe balcony rain water drainage, D70, galvanized steel coating in DB 703 or similar, push-fit connection with socket on prefabricated balcony, no façade fastening required

Precast-integrated channel, cross slope approx. 0.5%

Prefabricated RC balcony made of waterproof concrete, top and front face exposed concrete, all edges with triangular strips 10x10mm

Half-Cassette awning, projection length 350cm, system length approx. 900 to 1100cm, cassette and articulated arms etc. coated in the same cloth color (RAL 1003 signal yellow), fabric B1

Facade construction (outside to

1. Vertical timber battens, cross-section 21x65mm, linseed coating -crystal gray, visible stainless steel screw connection, open joints (8-10mm)

2. Battens/counter-battens 50mm, cross-section of battens 30x50mm, cross-section of counter-battens 20x50mm, painted black

3. Vapor-permeable facade membrane

4. Insulation layer 200mm, mineral wool WLS 032, two layers of 100mm each with integrated construction timbers

5. RC Parapet

+8,600

Prefabricated drain with drainage pipe, set in concrete, DN50, 3° slope

Metal sheet

Facade construction (outside to 1. Horizontal timber battens, cross-section 21x65mm, linseed oil coating -crystal visible stainless steel screw connection, joints (8-10mm)

2. Battens/counter-battens 50mm, section of battens 30x50mm, cross-section counter-battens 20x50mm, painted

3. Vapor-permeable facade membrane, 4. Insulation layer 200mm, mineral 032, two layers of 100mm each construction timbers

Insect screen

Lintel plate as a drip edge and between vertical and horizontal coated in RAL 9006

Lintel screwed in one piece to substructure

Wood-aluminium window, fixed oiled ash inside, powder coating outside in color RAL 9006 g = 0.37, Uw = 1.0 W/m2K, Rw,P

steel with push-fit façade

Triple-pane insulating glazing, g = 0.37, Uw = 0.6 W/m2K, Rw,P = approx. 43 dB

separation horizontal battens,

fixed glazing, coating on the Rw,P ≥ 38 dB

window sill, thickness 35mm, oiled ash, shadow gap 15mm

271 6 8 09 2 3 21 ca. 15

Plinth

+7,625

78/80 78/180

Aluminum curtain rail, two-track, bonded with the ceiling, concealed screw connection, color coating to match the ceiling

Sliding wall connection on windows with 10mm shadow gap & compri tape

The facade design of the school buildings stands as a testament to the nuanced complexity inherent in its architectural articulation. A careful orchestration of various elements converges to create a visually compelling and functionally dynamic exterior envelope. Through a deliberate interplay of materials, textures, and geometric configurations, the facade achieves a distinctive identity that resonates with the institutional ethos.

Embracing sustainability as a core principle, the facade integrates wooden cladding solutions that contribute to energy efficiency and environmental responsibility. The careful selection of materials and the incorporation of green design elements underscore a commitment to both ecological consciousness and architectural finesse.

Beyond its physical attributes, the facade embodies a responsive architectural language that addresses the evolving nature of educational spaces. Its adaptability to technological integrations reflects a forwardlooking approach, ensuring that the built environment seamlessly accommodates advancements in pedagogical methodologies and instructional technologies.

In essence, the complexity of the school buildings’ facade design is a synthesis of aesthetic sophistication, environmental stewardship, and a keen understanding of the educational landscape. This architectural masterpiece not only enhances the visual identity of the institution but also fosters an enriched and inspiring environment for both students and educators alike.

pivoting sash, powder-coated outside in Rw,P ≥ 38 dB coated, mat to inside) linseed oil stainless joints 50mm, 30x50mm, counter-battens membrane mineral 100mm construction

The external emergency staircase of the school building, ingeniously minimizes spatial impact while exemplifying a robust and visually striking addition. Crafted from durable steel, this architectural feature encompasses a carefully orchestrated design that seamlessly integrates key elements, ensuring both functionality and aesthetic harmony.

At the heart of the structure lies a cantilever beam, strategically affixed to the shell wall, presenting an elegant solution to the spatial challenge. This cantilever beam serves as the backbone, providing crucial support to the staircase construction, and is skillfully welded to a longitudinal beam, forming a cohesive framework for the entire assembly. The staircase itself, a testament to precision engineering, securely rests on the cantilever fitting, creating a seamless fusion of form and function.

Suspended with finesse, the entire structure finds its equilibrium through a tension rod, adorned with Gebel heads. This suspension system not only enhances the visual appeal of the staircase but also adds a layer of architectural sophistication. The tension rod, in turn, flexibly attaches to a prefabricated structural component, deftly transferring wind loads via an escape balcony prefabricated element.

Support flexibly fixed to the prefibricated structural component (trasnfer of wind loads via excape balcony prefabricated component)

Coupling profile HEA 120 for bracing, welded

Support beam HEB 200 for staircase construction, welded to longitudinal beam

Cantilever beam HEB 400, attached to shell wall

Tension rod D=30mm with Gebel heads

Staircase rests on cantilever fitting

staircase structure

Underground level

Ground level

1-3 level

Roof

Revisionsöffnungen, Leuchten und sonstige

Deckeneinbauten

Lautsprecher

Präsenzmelder

Luftdurchlass als

Luftdurchlass als Drallauslass

Pendelleuchte Halle

Anbauleuchte rechteckig

Anbauleuchte rund

Einbauleuchte rund Deckentürstopper

Bewegungsfuge

Abhangdecke Gipskarton

Abhangdecke Gipskarton gelocht (regelm. Rundlochung)

Abhangdecke Gipskarton zement

Abhangdecke außen

Hohlkastendecke

Höhenangaben beziehen sich auf ±0,00 = Fertigfußboden EG.

Türmaße beziehen sich auf OKFFB.

Weitere Darstellungen gemäß DIN 1356.

Bemaßungen in "m" und "cm".

In dieser Zeichnung sind nur die Angaben innerhalb der Plantrennungsgrenzen verbindlich.

Diese Zeichnung gilt nur mit den dazugehörigen Detail-, Schal-und Bewehrungsplänen.

Aussenanlagen nach Planung MGK.

Alle Masse sind von der ausführenden Firma vor Ausführung zu prüfen.

Unstimmigkeiten oder Massfehler sind dem Architekten sofort mitzuteilen.

Alle Masse sind am Bau zu prüfen.

Vermaßung der Türöffnung

nach DIN 18100

2,13 5 OK FFB OK RFB

Tür im Schnitt

The building site experience holds immense importance for architects, serving as an invaluable source of firsthand knowledge that significantly enriches their design perspectives. The gym building, being an integral part of the broader school project, shares a symbiotic relationship in terms of building and design logics. The nuanced details and architectural elements employed in the gym bear resemblances to those of the school itself, rendering the site experience particularly insightful.

The firsthand encounter with the construction process provided a profound understanding of the challenges encountered during the initial phases. Witnessing the practical application of design concepts allowed to comprehend how the theoretical intricacies translate into tangible structures. This experiential learning extends beyond the theoretical realm, offering a unique opportunity to identify and address potential issues, ensuring that the subsequent phases of the project are executed with greater precision. Moreover, the site visitation facilitates an exploration of the practical solutions devised by construction teams in response to unforeseen challenges. Valuable insights into the decision-making processes related to material selection, construction methodologies, and problem-solving strategies were gained. This direct exposure to the construction site fosters a collaborative synergy between architects and builders, promoting a holistic approach to project realization.

WEST 5 MUNICH RE MUNICH, GERMANY

COMPETITION | 2nd Place

USED SOFTWARES | Revit | Enscape | AdobePhotoshop | AdobeIndesign

Undertaking a captivating venture, the competition revolved around the redevelopment of the Munich Reinsurance Company building. The core principle guiding our strategy was the preservation of the exterior, a conscious effort to minimize the carbon footprint and environmental impact during construction. Retaining the commendable state of the external walls, the focus was shifted inward in response to the client’s request for improvement. The interior underwent a purposeful transformation into more open and collaborative working spaces. The design innovation found a focal point on the rooftop, where a sustainable metamorphosis—a lush green roof adorned with a sophisticated, parametric covering, blending aesthetics with environmental consciousness was envisioned. This project seamlessly integrates conservation with contemporary functionality, creating a workspace that is both harmonious and forward-thinking.

Ackermann Architekten BDA

West 5 Munich RE

Bestand

WCs

BDA

Fire walls

WCs

proposed circulation

• Brandabschnitt 1100m

• Absolute Flexibilität

• Keine 400m

• Aufzüge können freistehen da kein Hoch haus

• Keine notwendigen Flure

Nutzungseinheiten

Ackermann Architekten BDA West

West 5 Munich RE

flexibility of working modules

6

Hybrid Workspace Teamwork Workbench Standard Workplace

Informal Meeting Workcafé

Project Space

The conceptualization entailed the pervasive integration of greenery, manifested through the establishment of a winter garden atop the structure. Furthermore, a strategic approach involved the repurposing of the roof, not only as a functional element during winter but also as a dynamic platform for a summer garden, thereby maximizing its utilization across seasons.

OPEN CULTURAL CENTER

KYIV, UKRAINE | THESIS PROJECT

USED SOFTWARES | AutoCad | Revit | Rhino + Grasshopper | Sketchup | Lumion | MidasGen | Tekla | AdobePhotoshop | AdobeIndesign

An open cultural center is an important element in the integration of different cells of society, nature, infrastructure and culture. The project aims to create a place that would help to potentially develop a connection between the eastern and western coasts of the city, lure visitors and raise the awareness of the life of displaced people in society, as there is the insufficient number of places for new versts of the populations’ integration, namely, settlers from Donbas, Luhansk regions, and Crimea, which was annexed by the Russian Federation in 2014.The displaced people need a place to share their stories, find common bonds with the citizens,and secure assistance in the multiple tasks that overtook them during their forced relocation. Moreover, projects’ goal is to serve as a new open cultural space where people can integrate, share & perform with no boundaries.

Politecnico di Milano

analysis & design | masterplan

Functional scheme of the area year 2020 Functional scheme of the area year 2025

Dolobets’kyy

Architectural Design Studio For Complex Construction

Thesis Project | Open Cultural Center in Kyiv, Ukraine

Exam Session | Graduation Exam

Academic Year | 2021

Supervisor | Prof. Maria Grazia Folli Co-supervisors | Corrado Pecora, Giovanni Dotelli, Francesco Romano, Marco Imperadori Co-supervisor | Nicola Russi Tutors | Fabio Dell’Arciprete, Francesco Giansiracusa, Solmaz Sadeghi Khasraghi

Mykilsko-Slobidskyi Park Preserved basketball field Dock Pier | Floating stage Open Cultural Center Ukrainian Catholic Archeparchy of Kyiv

VO Sukhomlynsky Ukrainian college Residential buildings

Acoustic simulation

RECOVERY & RESEARCH CENTER

CANBERRA, AUSTRALIA

COMPETITION SKyHive2020 Skyskraper Challenge 2020 | Shortlisted projects

USED SOFTWARES | AutoCad | Revit | Rhino + Grasshopper | Sketchup | AdobePhotoshop | AdobeIndesign

The site is located in the capital of Australia - Canberra. It was chosen because of the lack of a symbolic structure or sculpture which are showing the power of the city. Moreover, due to global warming, tremendous fires happened in Canberra and affected it too much. However, not only the city but also many animals and plants were influenced by that disaster. Therefore, in this design, one of the main ideas is to help nature and humans. The building function is Recovery & Research Center for the Ecosystem. Though, one may wonder why does Canberra need a tall building?

In general, it is easy to say that there are 3 important reasons to build a skyscraper: using the least space - not touching pure nature, monitoring the fire, a building built to respond to natural disasters must be close to the scene. The skyscraper has an observation point on the top which is helping for monitoring fire and other emergency things, it also consists of a hotel part and restaurant for workers and public use. In the process topographic features, environmental potential, user requirements, and the city identity influenced the design. Last but not least reason is to find a new attraction and a new statement in the city.

Reversed Cage; Landscape Design Aspects

Reversed Cage Concept that traps humans in architectural components

Reversed Cage; Landscape Design Aspects

On contrary to traditional fences for kangroos (1), natural obstacles (2) Taking cars into undergrond

Reversed Cage; Architectural Aspects

Politecnico di Milano

National

Recovery

90

View

regeneration&recovery human needs consciousness-raising

regeneration human needs consciousness-raising

Building as a Monument Seperation of Reversed-Cage and Existing Facilities Form Change Based on Functions and Views Landscape Integration

Tesla Tower at the top of the Black Mountain 305 m

All Sain Church 100m American Memorial 79 m

MEP ANALYSIS

structural design

Suspended Coloumn

Tube in Tube Structure

Hammer Belt Structure & Suspendend Coloumn

Tube in Tube Structure + Hammer Belt Structure & Suspendend Coloumn

Secondary Facade

Steel Diagrid Coloumns

Structural elements in typical floor

Structural elements in the floor with sloped slab

SPORTS HALL FOR 2026 OLYMPICS

MILAN, ITALY

USED SOFTWARES | AutoCad | Revit | Rhino + Grasshopper | Sketchup | 3dsMax | AdobePhotoshop | AdobeIndesign | Velux DA

The project goal was to design an arena that responses to the 2026 Winter Olympics, officially known as the XXV Olympic Winter Games. In parallel, to create an interaction zone within the local community shaping an area both for the spectators, sportspeople, residents, and visitors, taking into account the existing environment and potentials of surroundings within the context of revitalization of Milan. The location of the site, environmental potential, user needs were taking into account to organize an urban scenario in which the city and nature can participate together and return it to the city user as public and semi-public spaces which can contribute in sustainable way in terms of social, cultural, economic and tourism, playing an active role in society.

concept development | design process

an exhibition about equality

INCLUSIVE INTERSECTIONAL INTERACTIVE

AN EXHIBITION ABOUT EQUALITY

ITALY

The IN exhibition aims to raise people’s awareness of the Sustainable Development Goals of the ONU 2030 Agenda, encouraging visitors to “see the world” from different perspectives to interpret and read data through statistics and visualizations. It is, furthermore, fostering empathy by working on awareness, acceptance, and mutual respect. IN exhibition project shows how equality and sustainability are two sides of the same coin, showing how these two worlds are inextricably linked. The aim is to bring the visitor closer to, document, and explore the themes of sustainability and equity with an empathetic but data-driven narrative based on the scientific method. Through data, science insights will be offered, but at the same time, through storytelling and the representation of authentic stories and philosophicalmoral questions, it will be possible to learn the multidisciplinary skills needed to see the world with a more all-encompassing, inclusive, and creative outlook. Through several small, not necessarily connected performances, the IN project aims to tell personal stories that make the visitors feel empathy and make them reflect on the different life situations compared to themselves. These little tales and people’s life peerage should help the visitors to get a bigger picture of the overall social situation by linking every exhibit to each other. To achieve this purpose, the technological component plays a crucial role. Technology, such as the web application, is integrated with the aim of supporting the visitors’ experience, sharing and gathering data. The technology’s purpose is to facilitate and smooth the visitor experience, it can be seen as a personal guide, a storytelling provider, which collects data from visitors and contributes to the exhibition’s growth.

Alta Scuola Politecnica

Methodological approach | Case studies