Issuu

PORTOFOLIO. ARCHITECTURE, INTERIOR DESIGN

CARLA MELINTE

SELECTED WORKS 2024-2026

A MELINTE

26 @gmail.com

education

mania nt, detail-oriented

s native c1/b2 basic basic

10/2020- 07/2026 bachelor’s and master’s degree at CARLA MELINTE Technical University of Cluj-Napoca architecture and urban planning 10/2024- 07/2025 Università Iuav di Venezia contact Erasmus, exchange year 24/25

+40 (742) 643 326 carlamelintee@gmail.com

experience

other photography

08/2023- 10/2023 07/2024- 10/2024 intern SSAT+ | Bucharest, Romania 09/2025- 12/2025 intern Agora Arquitectura | Barcelona, Spain

CARLA MELINTE (+40) 742643326 carlamelintee@gmail.com

about me

education

11 july 2001, Romania creative, resilient, detail-oriented

10/2020- 07/2026 bachelor’s and master’s degree at Technical University of Cluj-Napoca architecture and urban planning

languages romanian english italian spanish

native c1/b2 basic basic

10/2024- 07/2025 Università Iuav di Venezia Erasmus, exchange year 24/25

experience skills soft

other

ArchiCAD 3DSMax Corona Vray Twinmotion SketchUp AutoCAD Photoshop InDesign

photography model making video making free hand drawing

08/2023- 10/2023 07/2024- 10/2024 intern SSAT+ | Bucharest, Romania 09/2025- 12/2025 intern Agora Arquitectura | Barcelona, Spain 10/2024 volunteer SHARE Architects | Venice, Italy 08/2025 volunteer Ambulanta pentru monumnte | Dobrogea, Romania design and draft, site visits, documentation, team collaboration

courses 3DSMax+ Vray 3DSMax+ Corona Photoshop ArchiCAD

competitions 10/2023- 02/2024 07/2024- 10/2024 07/2023- 09/2023 10/2020- 01/2021

finalist 03/2024- 04/2024 RESPO CITY - ideas competition city of environmental responsibility

CONTENT. 01. school in Florești, Cluj-Napoca, Romania. 02. industrial heritage conservation in Reșița, Romania. 03. music and dance school in Schio, Italy. 04. casa Bosque in Camprodon, Spain. 05. diploma project in Bacău, Romania. 06. interior design / visualization.

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01. school in Florești, Cluj-Napoca, Romania.

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year: 2024

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PLAN DE SITUATIE 1:500 pom fructifer

fag

stejar

Located in Florești, near Cluj-Napoca, the school responds to a community shaped by rapid residential expansion, where the provision of public amenities has struggled to keep pace with growth. In this context, the project proposes an educational environment that supports both learning and community life. GSEducationalVersion

Set near the Someș River and alongside a public park, the school comprises three interconnected volumes that draw on the scale and rural character of the surrounding area. Their arrangement creates sheltered courtyards and establishes a close relationship between interior spaces and the landscape. Natural light, outdoor learning areas, and direct connections to green spaces encourage exploration and interaction, offering students a sense of belonging within a rapidly changing urban setting.

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PLAN PART

Ground floor

PLAN ETAJ 2 1:200

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1st floor PLAN ETAJ 1 1:200

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2nd floor PLAN ETAJ 2 1:200 1

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FATADA SUD 1:200 south facade E

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j -membrana hidroizolanta PVC -vata minerala rigida -membrana termosudabila (2 straturi) -atic beton armat 30 cm -vata minerala 12 cm -element de fatada prefabricat din fibrociment

i -pamant natural compactat -pietris spalat 20cm -folie de protectie polietilenam -beton de panta 10 cm -folie protectie PE -polistiren extrudat 20cm -bariera de vapori -planseu 15 cm (BA) -finisaj glet 2 mm

h -finisaj interior: tencuiala 2mm -beton armat 30 cm -vata minerala 15cm -jardiniera metalica -element de fatada prefabricat din fibrociment

g -finisaj: parchet stratificat 15 mm -adeziv 5 mm -sapa 6 cm -folier protectie PE -polistiren extrudat 10cm -planseu 15 cm (BA) -finisaj glet 2 mm

f -finisaj interior: tencuiala 2mm -beton armat 30 cm -vata minerala 15cm -jardiniera metalica -element de fatada prefabricat din fibrociment -vata minerala rigida 5cm -membrana hidroizolanta PVC

e -pamant natural compactat -pietris spalat 20cm -folie de protectie polietilenam -beton de panta 10 cm -folie protectie PE -polistiren extrudat 20cm -bariera de vapori -planseu 15 cm (BA) -finisaj exterior 2 mm

element de prindere metalic

Thermal break

d -finisaj: parchet stratificat 15 mm -adeziv 5 mm -sapa 6 cm -folier protectie PE -polistiren extrudat 10cm -planseu 15 cm (BA) -finisaj glet 2 mm

c -pamant natural -strat de rupere a capilaritatii (pietris spalat) 40 cm -folie de protectite PE -placa BA 15 cm -termmoizolatie: polistiren extrudat 5cm -sapa 5 cm -finisaj exterior: pavaj

rigola prefabricata

b -pamant natural -strat de rupere a capilaritatii (pietris spalat) 40 cm -folie de protectite PE -hidroizolatie bituminoasa termosudabila -placa BA 15 cm -termmoizolatie: polistiren extrudat 10 cm -sapa 5 cm -finisaj interior: linoleum 4mm

FATADA SUD 1:200 a

a -diafragma de beton armat -membrana termosudabila 2 straturi -termoizolatie polistiren extrudat 10cm -folie tefond -strat de rupere a capilaritatii (pietris spalat) 40 cm -pamant natural

bay detail

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facade FATADAnorth NORD 1:200

02. industrial heritage conservation in Reșița, Romania.

ReMIND(A) — Finalist Project, Respo City 2024 This project reimagines Minda Hall in Reșița as a place where recycling, creativity, and community life come together. Rooted in the city’s collective memory, the former industrial space is transformed into a centre for waste electrical and electronic equipment (WEEE), complemented by spaces for creative work and recreation. The project reconnects a peripheral site with the local community, opening the hall to new uses while preserving its industrial identity. Inspired by Reșița’s railway heritage, a sequence of compact volumes extends diagonally through the hall, recalling the composition of a train. This arrangement defines two interconnected areas for recreation and creative activities, while openings on both sides establish visual and spatial connections with the recycling centre. Built with metal frames and sandwich panels, the inserted volumes form a lightweight, adaptable system that allows for future reconfiguration and disassembly. An elevated walkway, reminiscent of an overhead crane, offers views across the hall, bringing recycling processes and everyday activities into a shared field of view. Existing rooms along one side accommodate support facilities and training spaces, while landscaped areas extend the programme outdoors. Through adaptive reuse, the project gives Minda Hall a renewed civic role, linking its industrial legacy to contemporary environmental and social needs.

0.001 m2

Vestiar bărbați

Vestiar femei

S-1 S-2

S-2

S-1

Paza

al Accesvizitatori Accesauto

neral / 1 500

Acces personal

Ground floor

0.001 m2

9 7 8 10 7 13 6 11 15

Zonă culturală Zonă comerială Zonă DEEE Zonă loisir Zonă ateliere de creație Acces personal Acces vizitatori

Axonometrie ansamblu interior / 1 500

Acces auto

0. Curte de marfă 1. Punct de pază 24h/24h 2. Depozitare DEEE ajunse 3. Vestiare 4. Cântărire DEEE 5. Verificare DEEE 6. Sortare DEEE 7. Ateliere 8. Comercializre DEEE 9. Cafenea cu terasă

Longitudinal Section

Main Functional Layout & WEEE Collection Centre Plan

S-1

7 2

S-2 7

0 5 1 4

Zonă culturală Zonă comerială Zonă DEEE Zonă loisir Zonă ateliere de creație Acces personal Acces vizitatori Acces auto

0. Curte de marfă 1. Punct de pază 24h/24h 2. Depozitare DEEE ajunse 3. Vestiare 4. Cântărire DEEE 5. Verificare DEEE 6. Sortare DEEE 7. Ateliere 8. Comercializre DEEE 9. Cafenea cu terasă 10. Spațiu de educare 11. Punct info/garderobă 12. Grupuri sanitare 13. Teren baschet 14. Tiroliană 15. Expoziții problematică DEEE 16. Cursivă 17. Parcare angajați

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03. music and dance school in Schio, Italy.

year: 2025 Selected in the Student Architecture category at the 2025 National Biennale of Architecture Developed as a team project during my Erasmus study mobility at Università IUAV di Venezia, this proposal explores the restoration and adaptive reuse of Alessandro Rossi’s 19th-century kindergarten in Schio as a school of music and dance. Combining architectural design with restoration and conservation, the project considers how new uses can be introduced while preserving the building’s historic character and spatial qualities. The process began with a detailed architectural analysis of the existing building, establishing a conservation approach that informed the subsequent design decisions. Minimal, sensitive interventions accommodate spaces for rehearsal, performance, and community gathering, adapting the building to its new educational and cultural role. Particular attention is given to the relationship between existing elements and contemporary additions, allowing the building’s history to remain legible throughout its transformation. The project seeks to bring renewed activity to the site, connecting the preservation of its architectural heritage with the needs of a new generation of users.

Axonometric Section

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REGENERATION AND CONSERVATION OF HISTORICAL BUILDINGS AND ENVIRONMENTS MA in Architecture | A.Y 2024/2025

ASILO ROSSI, SCHIO, ITALY BOARD 3.1 | CDP CONSERVATION DESIGN PROCESS

PROFESSOR: SSA Emanuela Sorbo TEACHING ASSISTANTS GROUP 10. Jula Larisa-Maria, Melinte Carla, Rolland Malou

Truss Strengthening System

R1 RN

Reinforced connection between an existing wooden truss and new steel tie rods for structural strengthening. A steel end plate is to the timber element, distributing the load and preventing localized wood failure. The looped steel connectors serve as anchor points for the tie rods, which help reduce tension stress on the aged wood.

R5 A steel tie rod turnbuckle connection is used to adjust and tension steel tie rods in structural systems. The turnbuckle is a mechanical device with opposite-threaded ends, allowing it to be rotated to either tighten or loosen the connected rods without disassembling them.

Steel reinforcement collars are used to stabilize the existing beams. They are securely fastened using through bolts. This method helps distribute loads more evenly and reinforces the structural integrity of

Hidraulic Elevator Mechanism

R1 WPn

Upper Elevator Shaft Machine room foe elevator systems. 150x 200x220 cm

Hydraulic lifting system

Allows vertical movement of the cab

Elevator Cab The moving compartment that carries passengers. 120x140x220 cm

Guide Rails (Sliding Mechanism)

Guide rails are steel tracks mounted inside smooth and stable vertical movement of the elevator cab. They prevent lateral movement and keep the cab aligned.

S2 S2 S3

ELV Wd5 ND

Lower Shaft Machine room for elevator systems. 150x200x220 cm

HEB 140 beams

S2 Wd2 F3

HEB 140 column

Cross Tie Rods (Bracing) The tie rods arranged in an X-shape on three sides of the elevator provide lateral reinforcement, resistance to horizontal forces. These elements prevent swaying and structural deformation, ensuring safety and stability during operation.

The columns support the independent structure of the elevator and are designed to bear both vertical and horizontal loads. They act as the primary loadbearing elements, ensuring that the elevator structure remains without relying on the surrounding building for support.

DE3 F4

DE2

DE2 D1 Wd1

Concrete foundation Independent foundation that anchors the elevator structure to the ground. It is stable and distributing loads evenly to prevent

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DE1

STRUCTURAL INTERVENTION

AESTHETIC INTERVENTION | ADDITION

REGENERATION AND CONSERVATION OF HISTORICAL BUILDINGS AND ENVIRONMENTS MA in Architecture | A.Y 2024/2025

PROFESSOR: SSA Emanuela Sorbo TEACHING ASSISTANTS

ASILO ROSSI, SCHIO, ITALY BOARD 3.2 | CDP CONSERVATION DESIGN PROCESS

GROUP 10. Jula Larisa-Maria, Melinte Carla, Rolland Malou

Construction Details. Axonometry

Tabel of contents

ROOFING SYSTEM Code

Name

Roof Tiles

Material

Deterioration process

Conservation intervention

Description

Preservation

The element is in good condition and does not require intervention. It will be maintained in its current state.

NR1 No

Preservation

The elements are in good condition and does not require wood protection treatments

Multiple

Structure

Timber

Mechanical Damage

Local intervention with metalic plates to strenghten the fractured elements.

For the inner strenght of the element and helps the load-bearing capacities

Primary truss

Timber

Mechanical Damage

Installation of steel tie rods with stress distribution mechanisms.

Tie rods for strenghtening the trusses, both primary and secondary. will help to transmit the loads to the walls and make

R4, 5, 6, 7

Structure

Timber

Mechanical Damage

Element- wall connection Reinforcement with custom metallic brackets and anchoring systems.

Metallic brackets and robust anchoring systems are used to strengthen connections between roof elements and the walls.

R4, 5, 6, 7

Structure

Timber

Biological damage

Surface treatment with bio-resistant coatings and fumigation treatment.

Treatment againts surface damage, prevention against moisture, pests and biological infestation

R2,3

Roof deck, purlings

Addition

R4, 5, 6, 7 R6, R7

NR2

NR4 NR5

NR6

mainly in the south facade.

NR7

Changeing the roof covering to make it suitable for ventilated roof which will help a lot all the historical elements including roof structure and masonry walls to protect them from moisture. Insulation on the extrados of the ventilated roof. removal of roof covering (the roof tiles can be added again) addition of insulated layer and ventilated cavity. New Roof (NR) Layering NR1. Reused Roof Tiles placed on wooden for traditional ventilation and drainage. Sustainable reuse of existing materials. NR1. Self-Adhesive Waterproof Membrane - Protects against moisture while ensuring durability. NR3. Ventilation Layer - Prevents condensation and overheating, enhancing roof longevity. NR4. NR5. Hemp Insulation Between - Provides excellent thermal performance and breathability while keeping beams visible. NR6. Vapor-Permeable Underlayment - Enhances water resistance while allowing moisture escape to prevent rot. NR7. Tongue-and-Groove Wood Boards - A strong, seamless base that complements the natural aesthetic. NR8. Natural Oil Finish - Eco-friendly treatment that enhances wood grain and longevity.

HORIZONTAL ELEMENTS Code

Name

Material

Deterioration process

Conservation intervention

Description

Slab

Concrete

Antropogenic damage

Replacement of slab and addition of layers

Compacted Subbase (Gravel/Sand) – 10 cm, Damp-Proof Membrane (1mm Rigid Thermal Insulation 10 cm Structural Reinforced Concrete Slab – 10-15 cm

Flooring

Tiles

Antropogenic damage

Conservation and protection

Cleaning the tiles and reasealing them with protective breathable coat, preventing wear and future damage

Replacement and addition of new layers.

Self-Leveling Screed 5 cm Polyurethane Resin Finish –2mm

Flooring

Timber

Mechanical damage

Beams

Timber

Mechanical damage

Removal

Beams

Timber

Mechanical damage

Reinforcement

Completely removed.

bearing wall. They transfer the structural loads to the existing walls. To secure the connection, steel plates or brackets are

FF8

preventing movement or displacement.

FF7 S3

Beam

Timber

Mechanical damage

Reinforcement primary timber beam. They beam using steel plates and bolts, providing additional structural support

FF4 C1

FF6 FF3

Ceiling

FF2

Clay and plaster

Mechanical damage

Completly removed

Leaving the roof structure visible.

Lath and plaster Tecnique

Mechanical damage Antropogenic damage Biological damage

Completly removed

Leaving the primary and secondary beam structure, as well as the reinforcement visible.

Description

FF1

VERTICAL ELEMENTS 1

Floating ﬂoor system (Down to up): FF1. planks high-quality tongue-and-groove. Treated with varnish, natural oils. FF2. Reinforcement of planks with diagonal placed osb layer to make sure it is string enough and suports the additional loads. FF3. Acustic insulation layer: acoustic mats from recycled rubber. FF4. INSULATION Hemp insulation layer to ensure the organic origin of material to match the natural materials already existing in the building. Very good for both and thermal

FF5. FF6.

Material

Deterioration process

Conservation intervention

W1,2,5,6 Wall

Masonry/ Timber/Stone

Mechanical damage

Completly removal

Partition wall

Timber frame +isolation

Addition

New partition walls

W3,4

Wall

Masonry

Mechanical Damage

Mortar injection

Mortar injection with lime-base mortar to let the bricks breath and be compatible with the bricks. It avoids trapping moisture and lets the walls breath.

W3,4

Wall

Masonry

Mechanical Damage

Removal of plaster in the interior

Plaster from 1980s intervention which doesn't hold cultural

WPn

Wall Panel

Timber Insulation

Addition of interior wall pannels.

Perforated wood panel, dense hemp board , layer of fabric.

Column

Cast Iron

Chemical Damage

Treatment and protection

Rust and paint removal, cleaning with chemical treatment. Aplication of anti-corrosion sealant to prevent moisture

ELV

Elevator

Variety

Addition

Insertion of hydraulic elevator with independend steel structure and foundation. It is working independently and is connected to thebuilding's slabs/walls through elastic connections and expantion joints.

Code

Air gap -good for insulation and space for running wires and ppipes. spaced 20-60 cm apart. used as a lightweight, supportive substructure for the

Name

bricks can be exposed and impruve the overall aesthetic. FF7.Top layer: wood planks. Allows for expansion and contraction of the top layer without stressing the substrate. FF8. Finish layer: resin bio-based rasins. material to help the

OPENINGS Code

Name

Material

Deterioration process

Conservation intervention

Description

Wd1,2 D1

Window Door

Paint

Phisical- Mechanical Damage

Surface treatment and repainting

Removal of loose paint layers and allow the wood to dry. Application of a breathable primer and repaint with moistureresistant, compatible paint to ensure durability and adhesion.

Wd1,2 D1

Window Door

Glass

Mechanical Damage

Glass replacement

Instalation of historically appropriate glass with minimal intervention to the original frame. But with improvement of material quality and thermal/ acoustic performance.

New Door

Timber

Addition

Instalation of historically appropriate door with minimal intervention to the original wall opening and careful management of masonry

DECORATIVE ELEMETS 0.5

Acoustic and Thermal Panel System for Exposed Brick Walls Exposed brick walls add historical character but have poor sound absorption and can cause echoes. To improve acoustics and thermal insulation while preserving the aesthetic, a layered panel system is introduced. This solution is

Panel system layers: PS1. Perforated wood panels (10 mm) - Allow sound waves to pass through for acoustic absorption. PS2. Solid hemp insulation pannel. (50mm) – Enhances sound absorption and thermal insulation. PS3. PS4. Air gap (80mm) – Improves low-frequency sound absorption. PS5. PS6. PS7. Metal expansion anchors in the mortar joints for minimal damage to the brick and GSEducationalVersion

Code

Name

Deterioration process

Conservation intervention

Description

DE1 DE2

Stucco Wall Decoartion Window archirave Istrian Stone

Material

Chemical-phisical

Consolidation and Mortar Injection

Inject compatible lime-based mortar to re-adhere detached

DE3 DE2

Stucco Cornice Window archirave Istrian stone

Mechanical Damage

Structural Stiching | Mortar Injection

DE2 DE3

Wall Decoartion Cornice

Stucco

Chemical

Dry cleaning

Removal of salt deposits using dry brushing. Improvement of drainage and ventilation to minimize moisture retention and prevent future crystallization.

DE2

Wall Decoartion

Stucco

Biological degradation

Biocide Treatment and Surface Cleaning

Application of a gentle biocide by injection, followed by mecanical removal of the roots and low-pressure water cleaning.

DE1

Window archirave

Istrian Stone

Chemical

Cleaning and Protective Coatings

Ammonium carbonate poultice to remove crusts while preserving surface details. Application of protective coatings to reduce pollutant absorption.

04. casa Bosc in Camprodon, Spain.

year: 2025 Casa Bosc, designed by Àgora arquitectura, explores a flexible approach to prefabricated timber housing, using a standard module as the basis for a variety of spatial configurations. Conceived as an adaptable system, it allows individual units to be combined into homes of different sizes and layouts, responding to changing needs while maintaining a consistent construction logic. My contribution focused on exploring the range of possibilities offered by this standard module. Through the development of alternative layouts and combinations, I investigated how repetition and aggregation could generate diverse housing options within the same system. This work examined the relationship between a fixed modular framework and the flexibility of domestic space, demonstrating how a common starting point can accommodate different ways of living. types

3 archetypes

90° x2

180°

x 1/2

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https://tectonica.archi/projects/casa-bosc-sistema-prefabricado-y-flexible-en-madera-para-vivienda-de-agora-arquitectura/

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05. diploma project in Bacău, Romania.

year: 2026 The project grew out of a real need in Bacău: municipal services are scattered across the city, while the evacuation of the existing town hall highlighted the need for a new headquarters. It also reflects a desire to create a more open and accessible institution, closely connected to public life. Conceived as a civic campus within Cathedral Park, the proposal brings together three new buildings and the restored former Licurici Theatre. Courtyards and pedestrian routes follow a historic path across the site, connecting the buildings to the surrounding park. Public functions at ground level, including exhibition spaces, a library, and a café, complement the administrative offices above. By integrating local heritage with contemporary architecture, the project reimagines the town hall as both a place of administration and a shared civic and cultural destination.

Current floor plan

06. interior design / visualization.

A series of personal interior design studies exploring the interplay of light, materials, and atmosphere through architectural visualization. These projects provide a space to experiment with design ideas and rendering techniques, refining both technical skills and visual expression. Each study focuses on conveying the character of a space, using texture, composition, and lighting to communicate its intended experience.

A metal shoe rack developed as a personal furniture design project. The design uses folded planes to create a compact storage solution, with an emphasis on functionality, clear geometry, and material expression.