Involvement in BIM coordination, digital workflows, and interdisciplinary collaboration for largescale residential and urban projects. Responsibilities included BIM model development from design to construction, integration across disciplines, oversight of BIM implementation, clash detection, model optimization, and data-driven coordination. Additional focus on custom Revit family creation, workflow automation, standards compliance
January 2023 - may 2024 | Large Residential Development | BIM Specialist → BIM Coordinator
DD to WD phase, Overall TA 73’346 sqm, 12 Revit models
• Responsible for BIM coordination for a five-building residential project with landscape and underground parking.
• Transition from BIM Specialist to BIM Coordinator, with a focus on workflow optimization, clash detection, and data management.
• Development of detailed Revit models, automation of quantity takeoffs, and assurance of compliance with Employer’s Information Requirements (EIR).
• Support in construction documentation and site supervision to maintain design fidelity.
May2024-ongoing | Large-Scale Residential & Urban Development | BIM Coordinator
SD phase, Overall TA 174’294 sqm, currently 18 Revit models
• Management of BIM coordination for a 12-building, multi-plot residential and urban development.
• Establishment of project-wide BIM standards, structured workflows, and automation processes.
• Supervision of an eight-member team, ensuring seamless interdisciplinary coordination and data consistency.
• Development of parametric Revit families, automation of data extraction, and optimization of early-stage design tracking.
Official preliminary design for the Friuli Museum of Natural History’s Depot
Participation in the drafting of the preliminary design and deliverables for a new visitable depot for the Museum of Natural History in Udine. Collaboration as an independent freelancer
PROFESSIONAL EXPERIENCE | UNDERGRADUATE
february 2021
december 2021
february 2019 march 2019
september 2018
october 2018
C.F. Møller Architects | Aarhus, Denmark
Architectural Assistant in the Competition Department
Conceptual development on new competition and ongoing projects, storytelling, graphical representation, 3D and BIM modelling, video-making, maquette making
Architect Daniela Sacher | Udine, Italy
Architectural assistance on the occasion of the UdineDesignWeek
Studio di Architettura Christiano Sacha Fornaciari | Udine, Italy
Architectural intern
Surveying, inspection, CAD drawing, 3D modeling, composition and architectural design
EDUCATION
april 2023
Autodesk Authorized Training Center Specializing course
Advanced training course, duration 105 hours. The course covered all functions of expert modeling, coordination, model checking software, and automation.
march 2020
may 2022
september 2019
april 2022
september 2016
july 2019
Accademia Adrianea di Architettura e Archeologia Onlus, Roma
Advanced Specializing Master in ‘Museography Architecture and Archaeology. Strategic Design and Innovative Management of archeological areas’
Politecnico di Milano
Master Degree in Architecture, Built Environments Interior 110/110 cum Laude
University of Udine, Politechnic Department of Engineering and Architecture
Bachelor in Architectural Science 110/110 cum Laude
RECOGNITIONS | PUBLICATIONS
march 2022
september 2019
september 2016
First prize in the Design Competition for the Berlin MuseumInsel workshop, hosted by David Chipperfield Architects, Berlin
As part of the Itinerant Master’s Degree Program
First prize in the annual competition Piranesi Prix de Rome, Architecture for Archaeology
Architectural competition, organised by Accademia Adrianea di Architettura e Archeologia Onlus, Tivoli, Italy
Publication and exposition of the project ‘Convivere Abitare Condividere. Progetto per l’ex cotonificio Amman-Zepfer’
At the museum of Natural History Silvia Zenari, Pordenone
SOFTWARE SKILLS
BIM / CAD
3D modeling
Rendering
Adobe CC
MS Office
Revit (BIM Coordinator) | Dynamo (basics) | ArchiCAD | AutoCad
First prize in the Berlin MuseumInsel Design Competition, in the Itinerant Master’s Degree Program in Architecture Archaeology. Hosted by David Chipperfield Architects Berlin
REVALUEING TERGESTE
Master Degree Thesis, personal project
january 2023 - september 2024
RESIDENTIAL NEIGHBOURHOOD
DEVELOPMENT | DD Phase
Area: GBA above ground 58’920 sqm, TA below ground 16’589 sqm, Overall TA 73’346 sqm
Estimated project cost: EUR 30 million
Project phase: Design Development, supervision on Construction Documents
Design scope: Residential project, façade design, interior design of common areas, landscape design
Personal role: BIM Specialist to BIM Coordinator, active role in the design and management of processes
This project involved the design of a residential neighbourhood as part of a major urban expansion, focusing on five residential buildings, landscape design of the plot, and an underground parking structure. The design scope spanned three primary disciplines: facade design, interior design, and landscape architecture.
My initial role in this project was as a BIM Specialist, actively contributing to the design process. After six months, I transitioned into the role of BIM Coordinator, overseeing various aspects of the BIM workflow. My responsibilities included advanced BIM modeling, the development of highly detailed custom Revit families, and information management to ensure compliance with the Employer’s Information Requirements (EIR) and the accurate extraction of material take-offs. Additionally, I took an active role in design decision-making alongside the project manager.
Following the design phase, my role extended to supporting the working documentation team in preparing construction drawings, overseeing the execution phase to ensure design fidelity in the actual execution of the project.
Development of Design Development (DD) phase models with a high level of detail, closely coordinated with other disciplines involved, such as structures and MEP systems. Use of Autodesk Design Collaboration to efficiently manage information flow and coordinate models, facilitating collaboration even with professionals using alternative BIM platforms.
Identification and resolution of model conflicts using Navisworks and other coordination tools. This includes detecting clashes within internal models as well as across disciplines, following predefined client tolerances and interference acceptance criteria. Creation of collaborative reports and issue tracking within designated Common Data Environment spaces, such as Autodesk Construction Cloud (ACC), to simplify resolution workflows.
Collaborative ow management through Issues on the ACC platform
Ensuring full compliance with Employer’s Information Requirements (EIR) and client specifications to facilitate seamless data exchange across disciplines. Optimization of information within the BIM models to enhance data extraction workflows, enabling accurate quantity takeoffs and efficient project management. Verification of model alignment to the LOD standards defined for the specific project phase.
EXECUTIVE DRAWINGS & MODEL ALIGNMENT
Active involvement in the development of detailed construction drawings, particularly for critical junctions and complex design elements.
Accurate modeling of all components to maximize BIM’s potential, allowing for early detection and resolution of any critical design issues and possible interference before construction.
8. Window with vent and bottom light: Schüco AWS 75 BS.HI+ aluminum profile, internal handle
11. External glass AGC 51 mm other floors(door, cross frame or fixed frame, max 4,5 sqm): 8 mm Energy NT on Planibel Clear pos.2 (thermally toughened) – 14 mm Argon 90% – 6 mm Planibel Clear (thermally toughened) – 14 mm Argon 90% – 44.2 Stratobel Top N+ on Planibel Clear pos.5 (annealed, edge treatment)
19. Doors and windows external frame with aluminum composite sheet, Alucobond A2 (or Bildex), max 1500x6000 mm [4mm]
20. Window fire box with fixing element made of corrosion-resistant or stainless steel [1 mm]
21. Non-combustible insulating stone wool slab Technonicol Technovent N λб=0,037 W/(m×°K) [150 mm]
22. Polyurethane adhesive and fixing dowel for insulation panels
23. Façade bracket and vertical profile
24. Porcelain stoneware cladding panels with wood-effect Surfacelab Credo, 1195x3200 mm max. [10mm]
25. U-shaped mullion 600x200 mm, made of glass-reinforced concrete (GRC) Chelsea decor Vratza, with metal tubular frame 40x40x2 mm [15 mm]
26. U-shaped transom 600x200 mm, made of glass-reinforced concrete (GRC) with metal tubular frame 40x40x2 mm [15 mm]
Development of custom Revit families that adhere to projectspecific requirements and industry best practices. Coordination and standardization of family types across multiple projects within the same job order to maintain consistency and facilitate model interoperability.
Facade juction, detail from the Detail Design Revit model Window family (based on the Schuco product with 0.5mm accuracy), windows external frame, custom pro les for the facade curtain panels to perfectly match the executive drawings
Preparation of detailed bills of quantities (BoQ) based on project scope of work, following client-defined templates and requirements.
Implementation of automated Revit schedules incorporating all necessary quantities, element attributes, and bilingual descriptions, through the use of combined parameters and dedicated shared parameters, dynamically linked to Excel files for real-time data synchronization and reporting.
Revit model
Dedicated schedule (divided by elements, functions, unit measure etc)
Export to .cvs (in speci c dedicated folder)
Link to dedicated Excel le
CONSTRUCTION
Verification of construction documentation and WD BIM models for alignment with DD-phase models. Resolution of any critical issues arising on-site, including the development of alternative solutions or additional detailing upon client request. Continuous monitoring of construction progress to ensure compliance with the intended design and quality standards.
june 2024 - ongoing
LARGE-SCALE RESIDENTIAL and
URBAN DEVELOPMENT - SD phase
Area: GBA above ground 134’110 sqm, TA below ground 40’184 sqm, Overall TA 174’294 sqm
Estimated project cost: EUR 80 million
Project phase: Schematic Design, Design Development
Design scope: Residential project, architectural design, façade design, interior design of common areas, landscape design
Personal role: BIM coordinator with active role in managing the team and in the design definition
This project involved the architectural development of three residential plots, including 12 residential buildings, 3 underground parking structures, and 3 landscaped urban spaces, in addition to the urban design of a metro plaza. The total built-up area above ground amounted to approximately 150,000 sqm.
The project was developed in BIM from the earliest conceptual volumetric test of the schematic design phase, leveraging the software’s capabilities for precision, coordination, and automation.
From the outset, I held the role of BIM Coordinator, responsible for setting up and managing the project’s BIM framework. My tasks included the initial configuration of URS models, coordination of discipline-specific models, establishment of modeling standards, shared parameters, and structured Excel-based coordination tools. I also led the development and validation of custom Revit families to ensure consistency and efficiency in project workflows. In this role, I managed a team of eight professionals, four internal team members and four external collaborators, by providing structured guidelines, workflow documentation, and ongoing technical support. My responsibilities included ensuring seamless coordination across the different disciplines involved and maintaining alignment throughout project development.
Development of BIM models from the earliest stages of design definition. Use of design options and massing tools to explore and assess early-stage design alternatives while maintaining precise tracking of areas and quantities. Use of highly parametric custom families to quickly explore design alternatives.
Establishment of dedicated area plans to calculate efficiency parameters such as Gross Building Area (GBA), Net Internal Area (NIA), and Total Area (TA). Integration of these efficiency calculations with Excel workflows for continuous monitoring and optimization.
Window with parameterizable void to be sloped in any possible direction
Window with possibility of adding side panels of variable height and width, possibility of parapet, additional side closing panels, etc.
Mass design option with automated GBA computation through a mass floor schedule, linked in export to a coordinating excel
Coordination of a multi-plot project including 12 residential buildings, 3 underground parking facilities, 3 landscape areas, and an urban metro plaza.
Management of 19 interconnected models through strategic implementation of URS templates, Copy/Monitor tools, and Excel-based coordination sheets for centralized control of types and type marks. Establishment of a repository file to catalog all families and types used across the project.
Hierarchical organization of models their respective reference and dependency systems
Development and implementation of automation strategies using Dynamo scripts in collaboration with the firm’s BIM Department.
Examples include automating the calculation of apartment groups areas such as NET and SAL area, factoring in door jambs and balconies, assigning values to predefined parameters to ensure compliance with project-specific standards. These optimizations enhance efficiency and reduce manual data processing errors.
ARCHITECTURAL ASSISTANT, C.F. MØLLER ARCHITECTS
Aarhus, Denmark
To whom it may concern
Recommendation
Federica Blasone has been an intern at CF M¯ller from February 16th 2021 to December 9th 2021.
During her internship, Federica has worked in C. F. M¯ller LAB Aarhus (our competition department), and she has been involved in a number of different assignments, including:
▪ Renovation and extension of Hotel Atlantic in Aarhus Proposalforextensionofahotelwhichnowholds100roomswith6newfloorsinaCLTconstructionwithalandmarkrestaurantontop.Thelowerfloorswillbecombinedintoadouble highspaceforarrival,restaurant,andshops.
▪ Sketch proposal for a small office building in Aarhus Inacourtyardbehindresidentialbuildingsisanoldautoshopwhichisproposedtobechanged intoatwo-storeywoodenofficebuilding.
▪ Animation for The Ministry of Nature, environment and reactor safety (BMU) in Berlin
▪ Masterplan proposal for a residential project on the Monastary grounds in Odense Onthemonasterygroundsandaroundthe400yearoldMonastaryisanewSeniorhousingsocietyalongahospiceandakindergardenproposedtoformagreencityforallages.
▪ Assistance with various graphic work in C. F. M¯ller LAB and C.F. M¯ller Landscape.
Federica quickly became an integral part of our office as well as the department. She has been highly treasured in the different teams she has been working with. Together with the teams, Federica has worked on very different kinds of projects and she has contributed to the development and production of the projects in a positive way. She has participated in studio work for project proposals including sketching, 3D visualization, 2D drawings and other graphic work.
Federica is very creative and shows great commitment working with architecture in all of its aspects. She is able to work independently and focused and she often has ideas and solutions to the dilemmas and tasks at hand as well as she shows a distinguished capability to work with large and complex tasks. She has a wide range of knowledge of the relevant computer programs, and she is very quick, focused and efficient.
Federica especially shows a great talent in photoshop/illustrator and graphic work also for C.F. M¯ller Landscape.
She very quickly learned to use Enscape and to produce animations of various project for meetings and PR.
Her willingness to work, her versatility and speed has strengthened the competition teams, the entire department and the specific tasks.
She is a very responsible and positive employee who approaches her work with a smile and an open mind. Federica shows great commitment in her work and in her co-workers. She has a fine sense of humour and she is a very popular colleague.
We are happy to give Federica our best recommendations.
Kind regards
Rune Bjerno Nielsen
Associate Partner, Head of C.F. M¯ller Lab Aarhus, Architect maa
M: +45 3016 8422, rbn@cfmoller.com
An URBAN PROMENADE for BERLIN
First prize in the Berlin MuseumInsel Competition, in the Itinerant Master’s Degree Program in Architecture Archaeology and Museum Design
Hosted by David Chipperfield Architects Berlin
Group project - together with Davide Avesani, Maddalena Felis, Andrea Foscaro, Duccio Prassoli, Alessandro Spreafico
The competition was focused on the urban aspects of the Museum Island of Berlin. The projects aim to solve in particular two problems in the area. On one hand, the need to connect the new Berlin Castle to the existing Archaeological Promenade, an underground passage connecting all the historical museums on the island, designed by the Chipperfield studio after the original Schinkel project. On the other hand, the necessity to cross the busy road that right now splits in two the Museum Island. This is achieved by creating an Urban Promenade, direct continuation of the archaeological one, connecting on the water level the new museum.
The promenade is marked by 3 pavilions, which indicate the path but at the same time mark on the promenade the alignment with the main building on the island level. The pavilions stand as light, ethereal structures, as opposed to the strong massiveness of the path connecting them, creating a strong sign to invite the people towards entering the new castle. The promenade becomes a place for the city, restoring the island’s cohesiveness and uniqueness.
The design proposal for the Roman Theatre of Trieste originated from a felt need for an intervention that would fill the gap that had been created over time between this urban ruin and the city. The project has therefore the aim of making the theatre a vibrant space that the citizens, but more importantly a space to be experienced in its awareness, through different levels of approach and understanding, and not with a distracted and passive observation as it is today.
The project mainly consists of a volume acting as a sign, protecting the autonomy of the Theatre but also inviting passers-by to go and actively rediscover the theatre. In there is hosted a museum section, to enhance the specificity of the theatre’s history in its own place. The theatre is also reconstituted as a real urban hinge between the two levels of the city, allowing a public passage around and through it. It is also equally important an effective reactivation of the ruins as a theatre itself, recreating an optimal space for performances.
From a forgotten and ignored element, the theatre recovers its own dimension of value, which lies both in its reactivation as a place for the city and in the enhancement of its remains as evidence of a long and complex past.
creation of a filter to the perception of the theater
theater as a hinge between the two levels of the city
reactivation of the functionality of the theater itself
theater as an urban episode for the people of Trieste
an open-air celebration of history and art
thank you for taking the time to look at my portfolio
