Portfolio
Gabriella Lucci Architect
Designer
|
Sep | 2022
University of Naples Federico II
years Master Degree in Architecture
con lode
Qualifications
Registration Board
Architect - Registration number 088716A
University of Naples Federico II
Architect
of Naples Federico II
in the field of Architectural Technology
Skills
Revit
AutoCad
Rhinoceros 3D Microstation
Navisworks
BIM Collab
Sketchup
Max Grasshopper Photoshop Illustrator
InDesign Microsoft Office Lightroom
I’m a resourceful, focused and determined architect and designer who loves to work on all design stages and scales.
consider myself a passionate, enthusiastic and responsible person with an excellent ability to build good relationships at all levels, to manage and work in team and react with resilience to critica situations.
and its influence on architectural and design process are my biggest passion.
Architect at Foster+Partners - London UKCurr.
at Foster+Partners - London UK
and Architect at Inlogicdesign - Naples IT
Experience Languages +44 7474 028847 ga.lucci27@gmail.com London UK
British Institutes English language qualification ESB Level 2 Certificate in ESOL International All Modes CEFR: C1
Cervantes Institutes Spanish language qualification DELE | Nivel B2
Assistant at GRD Design - Dubai UAE
Fellow at UNINA Federico II - Naples IT
and Tutor at Gridshell.it and Villa Pennisi in Musica
at CMMKM Architettura&Design - Naples IT
Five
110/110
Architect
Architect
Qualified
Architects
Qualified
Architectural
Co-Founder
Architect
University
Expert
Research
2015 2009 2016 2014 2017 2016 2020 2017 2015 2016 2017 2016 2015 2016 Education
I
Technology
Resume
V-Ray
3ds
Associate
2020
The Whiteley
ReS 4.0 Thesis project
The Neapolitan Waterfront
Houses catalog for a catalog of houses
Plan de Campagne Commercial Center
Working plan of renovation and expansion of an hospital
CM Wall & Product CM Concept Store
Responsive lighting skin Digital fabrication for the design
Coffé table design for a private house
Interior Design of an apartment in Rome
Interior and Product DesignArchitecture
The Whiteley
F+P
Current
Whiteleys takes its name from visionary entrepreneur, William Whiteley, who strategically acquired a number of stores in pursuit of his dream of establishing a single store where almost anything could be bought opening in 1911 the first department store.
The building was designated as Grade II Listed building in 1970.
The redevelopment of Whiteleys is based around delivering an enhanced retail experience, a residential development and new leisure facilities.
It will restore Whiteleys once again to its rightful position at the heart of Bayswater. Whilst the heritage of the building’s façade will be protected and restored, the shopping mall will be transformed to allow new shops, cafés and restaurants to engage with Queensway, not just by opening up onto the road, but also via a new courtyard, which will be open to the public and connected to the over all Queensway, which will be rethought in order to become more pedestrian friendly and give it a new lease of life as a key London thoroughfare once again.
The new public courtyard will be accessed through a retail arcade at the historic entrance to Whiteleys. The courtyard will be lined with retail units and restaurants, alongside entrances to leisure units that will include a new cinema, a gym and a hotel.
On the levels of the building where retail units have proved to be unviable, a wide range of residential units will be cre ated. These will include 1, 2, 3 and 4 bed apartments comprising a mix of corner units, duplexes and penthouses.
ReS 4.0
Master Thesis Project
2015
Design Group: Gabriella Lucci Gabriele Mirra Eduardo Pignatelli
ReS is a multidisciplinary research program started in 2011, between Naples and London, thanks to the collaboration among the University of Naples, Gridshell.it, Buro Happold Engineering, that met in Villa Pennisi in Musica.
The study aims at freeing musical culture, design and architecture to explore solutions to outdoor chamber music problems, through the design and the construction of a passive acoustic system: a temporary, sustainable, self-built acoustic shell that is upgraded every year to suit the needs of the musicians and the Festival.
Computational Morphogenesis and Fabrication of an Acoustic Shell for Outdoor Chamber Music represents the 2015 outcome of the ReS research program, and its end-product ReS 4.0 has been built and employed for 2015 VPM Festival concerts in Sicily.
The research is based on High Tech Design – Low Tech Con struction philosophy: highest efforts are focused in the design phase thanks to the employment of advanced technologies, to simplify the construction phase aiming at cost minimisation. The morphogenetic approach allows searching for the optimal configuration of a given topology by means of a progressive and iterative process of problems awareness that controls the relationship between its form and its performance.
The technological subject affects the whole design process since the topological space design. The observance of the shell shape, resulting from the computational morphogenetic process, is the key aspect in a good technological design.
Considering the gap between the acoustic optimal shape and an efficient structural scheme, an external structural system is designed. This structure, together with a lifting system composed by manual pullies, fulfills a double task: to support the panels during the operational phase, and to play the role of a manual crane in the construction phase. The structure is a timber spatial frame, mechanically fixed to work with light weight, low cost, reusable and replaceable elements. The shape is defined by the combination of flat surfaces to simplify the elements manufacturing process and to work with affordable and ecological equipment, towards a low impact life cycle strategy.
The reuse of manufacturing-dead elements is another key aspect. Most of the products resulting from the dismantling process of previous structures are re-employed: the stage is realised with ReS 3.0 panels; metal connections, the biggest laths and the ground connection come from cast-off gridshells. Finally materials handling determined structure and panels sample logic: as a matter of fact it is based on the minimal amount of space of a small container, to reduce logistic difficulties, costs and fossil emissions during the transportation phase.
HAND-BUILT
The whole artifact, from structure to actual acoustic panels is design to be built by nonspecialized workers, requiring simple and usual DIY tools that can be found in every home.
days
workers
DEMOUNTABLE
As a temporary structure, it can be completely dismantled and stocked in a small deposit on van. Structural Joints are designed to last for at least 15 construction cycles.
hours
workers
PORTABLE
The use of wood and mechanical joints allows the structure to be dismantled and easily carried to another location with a small van.
SUSTAINABLE
The materials employed are completely recycled or recyclable, especially particle board and simple spruce laths. Metal connections are totally re-deployable.
1,7 x 3 x 1,9 m packed size
van category
GJ/m2 embodied energy
m3 used wood
kg/m2 carbon emission
HIGH PERFORMANCE
A deep form study through Computational morphogenetic design processes allows the acoustical range to be raised from 60 people to 600 people held in seat.
people audience
mt throw
5
8
8
8
small
2.6
600
20
3.7
211
PROJECT FEATURES Section 1:20
strategy is based on the
concept of the cable-stayed bridge. The advantage of this particular system lies in the capability of achieving a structural behaviour similar to the truss beams, where each strain can be led to a simple stress. Another big advantage of this solution is the possibility to use the structure itself as a cantilever machine, able to be assembled and placed without the use of any engine, and able to carry loads for the whole construction process. It respects the principle of cheap materials usage, for a lowcost technology in a highly performed design process. The structure is designed to be efficient and durable, with the use of only mechanical
and the lack of any kind of glue, for an excellent environmental
The supporting
structural
joints
impact. THE STRUCTURAL SYSTEM materials PARTICLE BOARD Quantity 4.8 m3 Reused 42% Reusable 60% PlYWOOD Quantity 0,9 m3 Reused 0% Reusable 60% sPrUCe latHs Quantity 0,8 m3 Reused 55% Reusable 50% CHestNUt WOOD Quantity 0,3 m3 Reused 100% Reusable 100% sCreWs Quantity 5000 pc Reused 50% Reusable 30% BOlts Quantity 500 pc Reused 100% Reusable 100% steel JOiNts Quantity 26 pc Reused 100% Reusable 100% NaVY rOPes Quantity 153 m Reused 20% Reusable 10%
The neapolitan waterfront.
Two examples of public space
Final Studio Project 2014
Design Group: Gabriella Lucci Gian Piero Lambiase Gabriele Mirra Eduardo Pignatelli
The theme is the proposal of ideas that will transform and renew the current appearance of the Neapolitan waterfront.
We decided to do it emphasising the vocation of public space.
When we talk about “the Neapolitan waterfront” it does not mean only the coastline, but the entire space of land reclamation created in during the end of 1800.
Therefore, it is a “line with a certain thickness,” which incorporates many elements with some relevant problems.
The goal is to provide alternatives images and visions of the waterfront compared with the established and the commonly recognized idea of this space. The project tries to change the structure of coast line and to recover all the structures that were put “behind” in the succession of historical events.
To accomplish this, we approached the issues with an archaeological gaze, trying to read and grasp the fragments, traces, the intrinsic values of each place.
The project deals with two precise zones of the waterfront: 1. The historical Villa
2. The “Torretta”
In either case, the aim is to rebuild the identity of city’s pieces to give back to the people a new type of public space, valuing its palimpsest by manifesting its history and phases.
2.The “Torretta”: give back identity and dignity to parts of the city
Houses catalog for a catalog of houses
Construction System and Technology Studio
Project 2013
Design Group: Gabriella Lucci Eduardo Pignatelli
This is a project for a house developed during a university course Construction Systems and Technology. The goal was:
Design a house through an open building system composed of prefabricated concrete elements all grounded on a concrete foundation.
In detail this is a single level villa of 160 m2 with: - Living room - Kitchen - 1 double room - 2 single bedroom - 2 bathrooms
The project has to follow some guidelines: -Organise the composition on a modular distribution based on a 30x80 grid - Use as principal elements the concrete components from the provided catalogue, so: portal-panel; packed panel and packed shaped panel; ribbed tile.
Basically this is a private house for 4 people based on the traditional typological and environmental standards.
All the selected materials were chosen according to ecological and reuse principles.
DOUBLE RIBBED TILE RIBBED TILE PORTAL WITH GLASS PORTAL WITH DOOR PACKED SHAPED PANEL 0.90 m PORTAL WITH GLASS AND CORK PANEL PACKED SHAPED PANEL 2m PACKED SHAPED PANEL 1.80 m 0.25 0.03 0.16 0.03 0.36 0.28 0.03 0.06 0.25 CATALOG OF ELEMENTS RIBBED TILE 67.65 ml DOUBLE RIBBED TILE 18 ml PORTAL WITH DOOR 5 pcs EXPLODED VIEW OF THE PORTAL WITH DOOR PORTAL WITH GLASS AND CORK PANEL 2 pcs PORTAL WITH GLASS 3 pcs PACKED SHAPED PANEL 2m 2 pcs PACKED SHAPED PANEL 1.8m 19 pcs PACKED SHAPED PANEL 0.9m 2 pcs
Plan de Campagne
Marseille For GRD Design 2016 Design Group: Gianni Ranaulo Gabriella Lucci Taras Kashko Eduardo Pignatelli
Section 1Bar
Section 2Playground
Section 3Bar+Parking
Section 4Recreational Space
Working plan of renovation and expansion of a public hospital Vigorso, Budrio For CMMKM 2015/2016 Design Group: Gabriella Lucci Bianca Parenti Sergio Pone PROGETTAZIONE ESECUTIVA E LAVORI PER LA RISTRUTTURAZIONE E AMPLIAMENTO DEL CENTRO PROTESI EDIFICI ESISTENTI A1, A2 e A3 - APPALTO INTEGRATO PV5-G-A1 EDIFICIO A1
LEGENDA 1. Solaio esistente 2. Massetto in cls alleggerito con Polisbeton sp.10 cm 3. Isolamento termico in polistirene espanso estruso sp.8 cm, Tipo Styrodur 3035 CS 4. Massetto in cls alleggerito FOAMCEM confezionato in cantiere e lisciatura autolivellante, sp. 12 cm 5. Barriera al vapore costituita da foglio di polietilene sp.0,3mm 6. Sottofondo: Massetto confezionato in cantiere sp. 7 cm 7. Pavimento in gres 8. Muratura perimetrale in laterizio forato 9. Intonaco civile sp. 2cm 10. Fancoil 11. Soletta armata con R.E.S. Ø8/20x20 12. Massetto pendenze 13. Doppio strato di guaina impermeabile 14. Allettamento con sabbia di cava 15. Sottofondo rullato in misto di cava 16. Pavimentazione in moduli di cemento autobloccanti 17. Ciglio prefabbricato 18. Blocchetti in cls 19. Rivestimento in travertino 20. Ringhiera in acciaio verniciato 21. Lastre coibenti sp. 8cm in Polistirene Espanso Sintetizzato (EPS)Sistema di ancoraggio a scomparsa per facciate ventilate 22. Intaglio 5x10mm per realizzazionegocciolatoio 23. Davanzale in marmo sp. 2,5cm 24. Sigillatura con silicone neutro 25. Tasselli per fissaggio sottostruttura 26. Intonaco 27. Profilo di supporto per intonaco 28. Malta collante minerale leggera, applicata con tecnica "perimetro e punti" 29. Muratura esistente 30. Vetrata termoacustica, composta da una lastra in stratificato tipo, intercapedine di 15mm e lastra basso emissiva 31. Infisso in alluminio a "taglio termico" realizzato con profili della sezione minima 70mm e sp.2mm 32. Controtelaio a taglio termico realizzato con angolare in acciaio zincato e profilo esterno in PVC rigido sp.3mm 33. Tappetino in gomma semirigido sp. 3mm 34. Soglia in marmo di Trani 35. Rivestimento di marmo travertino 3cm, fissata con sistema a scomparsa N.P.79 36. Intonaco armato 3 cm 37. Pavimento 38. Controsofitto 39. Pluviale 40. Piletta di scarico 41. Coibentazione pluviale 42. Cordolo in C.A. 43. Massetto delle pendenze alleggerito sp. cm min. 44. Isolamento termico in polistirene espanso estruso sp.10 cm 45. Pavimento in klinker antigelivo 46. Cunetta H variabile per la raccolta di acque piovane 47. Colonna in acciaio 48. Listello isolante sottoinfisso per l'eliminazione di ponti termici 49. Malta rasante armata, applicata a spatola 50. Strato esterno di finitura 51. Scossaline metalliche protettive per cappotto termico 52. Zoccolino in travertino 53. Platea di fondazione nuove scale in acciaio 54. Ringhiera in acciaio zincato PROGETTAZIONE ESECUTIVA E LAVORI PER LA RISTRUTTURAZIONE E AMPLIAMENTO DEL CENTRO PROTESI EDIFICI ESISTENTI A1, A2 e A3 - APPALTO INTEGRATO EDIFICIO A1 007 PV5-D-A1 WALL SECTIONS 1:20 1:10 55 53 46 LEGENDA 1. Solaio esistente Massetto in cls alleggerito con Polisbeton sp.10 cm Isolamento termico in polistirene espanso estruso sp.8 cm, Tipo Styrodur 3035 CS Massetto in cls alleggerito FOAMCEM confezionato cantiere lisciatura autolivellante, sp. 12 cm Barriera al vapore costituita da foglio di polietilene sp.0,3mm 6. Sottofondo: Massetto confezionato in cantiere sp. 7 cm 7. Pavimento gres Muratura perimetrale in laterizio forato Intonaco civile sp. 2cm 10. Fancoil 11. Soletta armata con R.E.S. Ø8/20x20 12. Massetto pendenze 13. Doppio strato di guaina impermeabile 14. Allettamento con sabbia di cava 15. Sottofondo rullato misto di cava 16. Pavimentazione in moduli di cemento autobloccanti 17. Ciglio prefabbricato 18. Blocchetti in cls 19. Rivestimento in travertino 20. Ringhiera in acciaio verniciato 21. Lastre coibenti sp. 8cm in Polistirene Espanso Sintetizzato (EPS)Sistema di ancoraggio a scomparsa per facciate ventilate 22. Intaglio 5x10mm per realizzazionegocciolatoio 23. Davanzale in marmo sp. 2,5cm 24. Sigillatura con silicone neutro 25. Tasselli per fissaggio sottostruttura 26. Intonaco 27. Profilo di supporto per intonaco 28. Malta collante minerale leggera, applicata con tecnica "perimetro e punti" 29. Muratura esistente 30. Vetrata termoacustica, composta da una lastra in stratificato tipo, intercapedine di 15mm e lastra basso emissiva 31. Infisso in alluminio "taglio termico" realizzato con profili della sezione minima 70mm sp.2mm 32. Controtelaio taglio termico realizzato con angolare in acciaio zincato e profilo esterno in PVC rigido sp.3mm 33. Tappetino in gomma semirigido sp. 3mm 34. Soglia marmo di Trani 35. Rivestimento di marmo travertino 3cm, fissata con sistema scomparsa N.P.79 36. Intonaco armato cm 37. Pavimento 38. Controsofitto 39. Pluviale 40. Piletta di scarico 41. Coibentazione pluviale 42. Cordolo in C.A. 43. Massetto delle pendenze alleggerito sp. cm min. 44. Isolamento termico in polistirene espanso estruso sp.10 cm 45. Pavimento klinker antigelivo 46. Cunetta H variabile per la raccolta di acque piovane 47. Colonna acciaio 48. Listello isolante sottoinfisso per l'eliminazione di ponti termici 49. Malta rasante armata, applicata a spatola 50. Strato esterno di finitura 51. Scossaline metalliche protettive per cappotto termico 52. Zoccolino in travertino 53. Platea di fondazione nuove scale acciaio 54. Ringhiera in acciaio zincato 46 18 55 53 PROGETTAZIONE ESECUTIVA LAVORI PER LA RISTRUTTURAZIONE E AMPLIAMENTO DEL CENTRO PROTESI EDIFICI ESISTENTI A1, A2 A3 APPALTO INTEGRATO PROGETTAZIONE ESECUTIVA VALIDAZIONE IL RESPONSABILE DEL PROCEDIMENTO IL RESPONSABILE INTEGRAZIONE PRESTAZIONI SPECIALISTICHE Ing. AMEDEO SINISCALCO A.T.I. ASSOCIAZIONE TEMPORANEA DI IMPRESE nBI S.r.l. Impianti nBI S.r.l. Impianti Sede legale: Giulio Vincenzo Bona, 65 00156 Roma Italia Sede operativa: Via Tappezziere, 40138 Bologna Italia Architetto Sergio Pone (mandatario/firmatario) Ordine degli Architetti della provincia di Napoli n° 3491 Snail S.r.l. (mandante) Studio Arco (mandante) Italiani Sistemi S.r.l. (mandante) IL PROGETTISTA (R.T.P.) BRANCACCIO COSTRUZIONI S.p.a. Griec.a.m. EDIFICIO A1 007 PV5-D-A1 WALL SECTIONS 1:20 1:10 33 34 10 13 14 17 21 25 22 24 25 27 28 15 16 11 12 13 15 33 20 19 18 25 21 28 26 35 11 12 13 15 14 16 35 25 21 28 36 22 23 24 32 33 25 23 28 35 21 16 15 33 34 ISOLANTE SOLIDO CALPESTABILE CON TESTA CATRAMATA NON COMPRIMIBILE 43 45 20 47 12 48 31 30 49 50 52 47 53 LEGENDA 1. Solaio esistente 2. Massetto cls alleggerito con Polisbeton 3. Isolamento termico in polistirene espanso estruso sp.8 cm, Tipo Styrodur 3035 CS 4. Massetto cls alleggerito FOAMCEM confezionato autolivellante, sp. 12 cm 5. Barriera al vapore costituita da foglio di 6. Sottofondo: Massetto confezionato in cantiere 7. Pavimento in gres 8. Muratura perimetrale in laterizio forato 9. Intonaco civile sp. 2cm 10. Fancoil 11. Soletta armata con R.E.S. Ø8/20x20 12. Massetto pendenze 13. Doppio strato di guaina impermeabile 14. Allettamento con sabbia di cava 15. Sottofondo rullato in misto di cava 16. Pavimentazione in moduli di cemento autobloccanti 17. Ciglio prefabbricato 18. Blocchetti cls 19. Rivestimento travertino 20. Ringhiera in acciaio verniciato 21. Lastre coibenti sp. 8cm in Polistirene Espanso ancoraggio scomparsa per facciate 22. Intaglio 5x10mm per realizzazionegocciolatoio 23. Davanzale in marmo sp. 2,5cm 24. Sigillatura con silicone neutro 25. Tasselli per fissaggio sottostruttura 26. Intonaco 27. Profilo di supporto per intonaco 28. Malta collante minerale leggera, applicata 29. Muratura esistente 30. Vetrata termoacustica, composta da una di 15mm e lastra basso emissiva 31. Infisso in alluminio "taglio termico" realizzato 70mm e sp.2mm 32. Controtelaio taglio termico realizzato con esterno in PVC rigido sp.3mm 33. Tappetino in gomma semirigido sp. 3mm 34. Soglia in marmo di Trani 35. Rivestimento di marmo travertino 3cm, fissata 36. Intonaco armato 3 cm 37. Pavimento 38. Controsofitto 39. Pluviale 40. Piletta di scarico 41. Coibentazione pluviale 42. Cordolo in C.A. 43. Massetto delle pendenze alleggerito sp. 44. Isolamento termico in polistirene espanso 45. Pavimento in klinker antigelivo 46. Cunetta variabile per la raccolta di acque 47. Colonna in acciaio 48. Listello isolante sottoinfisso per l'eliminazione 49. Malta rasante armata, applicata spatola 50. Strato esterno di finitura 51. Scossaline metalliche protettive per cappotto 52. Zoccolino travertino 53. Platea di fondazione nuove scale in acciaio 54. Ringhiera in acciaio zincato CUBETTI PORFIDO ESISTENTI RIUTILIZZARE ALLETTAMENTO CON SABBIA MASSETTO PROTEZIONE ARMATO CON R.E.S. 4/15X15 DOPPIO STRATO GUAINA IMPERMEABILE SPALMATURA BITUME SOLAIO IN C.A. ESISTENTE PROGETTAZIONE ESECUTIVA E LAVORI PER DEL CENTRO PROTESI EDIFICI ESISTENTI PROGETTAZIONE VALIDAZIONE IL RESPONSABILE DEL PROCEDIMENTO IL RESPONSABILE Ing. AMEDEO SINISCALCO A.T.I. ASSOCIAZIONE TEMPORANEA DI IMPRESE nBI S.r.l. Impianti nBI S.r.l. Impianti Sede legale: Via Giulio Vincenzo Sede operativa: Tappezziere, 40138 Bologna Italia BRANCACCIO COSTRUZIONI S.p.a. Griec.a.m. EDIFICIO A1 006 PV5-D-A1 WALL SECTIONS
Tegola marsigliese PROGETTAZIONE ESECUTIVA E LAVORI PER LA RISTRUTTURAZIONE E AMPLIAMENTO DEL CENTRO PROTESI EDIFICI ESISTENTI A1, A2 e A3 APPALTO INTEGRATO PROGETTAZIONE ESECUTIVA VALIDAZIONE IL RESPONSABILE DEL PROCEDIMENTO IL RESPONSABILE INTEGRAZIONE PRESTAZIONI SPECIALISTICHE Ing. AMEDEO SINISCALCO A.T.I. ASSOCIAZIONE TEMPORANEA DI IMPRESE nBI S.r.l. Impianti nBI S.r.l. Impianti Sede legale: Via Giulio Vincenzo Bona, 00156 Roma Italia Sede operativa: Via Tappezziere, 40138 Bologna Italia Architetto Sergio Pone (mandatario/firmatario) Ordine degli Architetti della provincia di Napoli n° 3491 Snail S.r.l. (mandante) Studio Arco (mandante) Italiani Sistemi S.r.l. (mandante) IL PROGETTISTA (R.T.P.) BRANCACCIO COSTRUZIONI S.p.a. Griec.a.m. EDIFICIO A1 VARIE 008 PV5-D-A1 DETTAGLI COPERTURE 1 PACCHETTO DI COPERTURA CAPRIATE IN LEGNO scala 1:10 Sottostruttura ortogonale in legno formata da magatelli di dimensioni 1.5 cm. di supporto o ancoraggio per le tegole Tavolato di legno Sottostruttura Pannello isolante catramato sp cm Massetto alleggerito confezionato in cantiere lisciatura autolivellante sp. 10 cm Isolamento termico in polistirene espanso estruso sp. 10 cm Barriera al vapore costituita da membrana elastoplastica sp. mm Foglio di polistilene sp. cm Nuova pluviale in rame Nuova gronda in rame Tegola marsigliese Schiuma poliuretanica per ancoraggio tegole Pannello isolante catramato sp 10 cm Nuova gronda in rame Guaina ardesiata Sottostruttura esistente in C.A. PIANTA DELLE COPERTURE 2%LATO ESTERNO LATO INTERNO PACCHETTO DI COPERTURA A DOPPIA FALDA IN C.A. scala 1:10 DETTAGLIO COPERTURA ORIZZONTALE PAVIMENTATA scala 1:10 LEGENDA 1. Pavimento in klinker antigelivo 2. Manto impermeabile costituito da due membrane elastoplastomeriche sp. 4+4mm 3. Strato di prymer 400g/mq 4. Isolamento termico in polistirene espanso estruso sp. 10 cm 5. Massetto delle pendenze e coibentante, confezionato in cantiere con polistirene espanso o cemento cellulare, sp. medio cm 6. Barriera al vapore costituita da membrana elastoplastica sp. 5mm 7. Solaio esistente 8. Intonaco di calce e gesso 1.5cm 2 5 6 DETTAGLIO COLMO scala 1:10 Colmo realizzato con recupero del materiale esistente Scossalina metallica di supporto 1 2 A1/b A1/a SOTTOTETTO FREDDO INTERNO RISCALDATO Cappotto termico esterno in EPS sp. cm Cappotto termico esterno in EPS sp. 8 cm
Codemakeup
exhibitor and products Saudi Arabia Private work 2016 Design Group: Gabriella Lucci Gian Piero Lambiase Gabriele Mirra Eduardo Pignatelli
1. ATTRACTION Wall Design magnetize client’s attention 3. MASS MARKETING Creating Product-Client opportunity for interaction 2. ELITE VENDING Top gamma product’s monumentalization develops desire for purchase 80cm40cm90cm40cm 3m B acklight T OP product wall E lite vending S torage products consolle ntegreted exhibition cuvette M ass marketing S helf VARIABLE SHELVES SYSTEM
PACKAGING DESIGN
CM Concept Store
London Private work 2016 Design Group: Gabriella Lucci Gian Piero Lambiase Gabriele Mirra Eduardo Pignatelli
Digital fabrication for the design
Research project for the University of Naples 2016 Design Group: Gabriella Lucci Francesca Iarrusso Tutors: Prof.
Arch.
Sergio Pone Prof.
Arch.
Nicola
Flora
Adaptive morphogenesis of the object The block Typological schemes Natural approach to the seat CONCEPT
ABACUS
Responsive lighting skin
Workshop University of Naples + Flou NATEVO 2015 Design Group: Gabriella Lucci Gian Piero Lambiase Gabriele Mirra Eduardo Pignatelli
FLEXIBLE COMPONENTS means FLEXIBLE DESIGN Informatic control creates responsive architecture Technological system Sequence 1 Sequence 2 Sequence 3 Sequence 4 Internal diffusing silk External diffusing silk OLED Conductive Cotton Directional Light Lilypad Arduino APPLICATION SCHEMES
Coffee table design for a private house
So light but so strong.
This form resistant coffee table was originated from a single folded iron sheet.
All produced by a local blacksmith, the table comes from an artisanal process of project and construction.
It is divided into three pieces fastened by means of bolts in correspondence of the bearing support.
Thanks to this trick, now the client can use one big coffee table but in the future she could turn it into three small elements to move wherever she wants.
Naples Private work 2015-2016 CMMKM Design Group: Bianca Parenti Gabriella Lucci
Interior design of an apartment in Rome
This apartment was designed for a lawyer and his family. The project is centered around the connection between the old house and a new adjacent unit.
The client brief called for a representative formal space for his working relations and a big space for family and friends at the same time.
The mezzanine has a leading role in the project. With its geometrical railing represents the material connection and transition between old and new.
The apartment has two accesses, so in some case, the new unit can work independently. As a matter of fact, it consists of a big boiserie, a hall, a bathroom, a studio and the mezzanine with the dining table.
At the mezzanine level the connection with the existing apartment takes place and the railing represents the material and design link.
Rome Private work 2014-2015 CMMKM Design Group: Sofia Colabella Gabriella Lucci Bianca Parenti Sergio Pone Ph. Daniele Lancia LEVEL 1 LEVEL 1.2 LEVEL 2
© Gabriella Lucci +44 7474 028847 ga.lucci27@gmail.com