ENGLOBE | Ingegneria e architettura - Rocca delle Caminate Meldola

Sanctuary of the Madonna delle Grazie

Sanctuary of the Madonna delle Grazie

Restoration and Seismic Improvement of the Sanctuary of the Madonna delle Grazie in Teramo, Italy

Where is the Sanctuary of the Madonna delle Grazie?

The sanctuary stands just outside the walls of Teramo’s historic center, near Porta Reale, known locally as Porta Madonna. The complex brings together the church, the bell tower, and the former convent arranged around its cloister, and it is the focus of devotion to the Madonna delle Grazie, the city’s co-patron saint.

The building presents itself with a brick façade fronted by a three-entrance portico. The Latin-cross interior unfolds along a single nave with three side chapels on each side, covered by groin vaults and culminating in a dome on an octagonal drum, pierced by eight oculi and topped by a lantern. What defines the space is the continuity of its painted decoration: horizontal bands lining the walls, shell motifs in the side arches and, in the transept, the faux tapestries painted by Cesare Mariani, among the most significant works in the entire building.

What is the history of the building?

The complex originated in the 12th century as the Benedictine convent of Sant’Angelo delle Donne and owes its present appearance to a reconstruction carried out between 1892 and 1900. The convent was founded before 1153 thanks to a donation from a man named Teodino and was tied, through the monastery of San Giovanni di Scorzone, to the Abbey of Montecassino. In 1449 a papal bull issued by Pope Nicholas V entrusted it to the Observant Friars Minor under the new dedication to Santa Maria delle Grazie, with a decisive role played by Friar Giacomo della Marca. Tradition credits him with donating the 15th-century polychrome wooden statue of the Madonna and Child that still stands on the high altar.

The same tradition recounts how, in November 1521, an apparition of the Virgin put to flight the troops of Duke Andrea Matteo d’Acquaviva, who were besieging the city; the church was consecrated a few years later. Between 1892 and 1900 the Romanesque church was demolished and rebuilt to a design by Cesare Mariani, with construction overseen by Francesco Savini. Of the earlier building, the bell tower and some of the cloister capitals survive, while the convent has come down to us almost intact.

What damage did the sanctuary show before the work?

The crack pattern was concentrated in the apse, the lantern, and the side chapels, and was largely caused by the thrust of the two great arches between the dome and the apse, which lacked adequate lateral restraint. Removing the plaster then revealed further issues: on the south wall, infilled arches and empty cavities; in the cross walls between the chapels, brick facings with no effective connection to the load-bearing masonry.

How was the sanctuary strengthened?

Through a repair and seismic improvement project based on localized strengthening measures, tailored to the behavior of each element and verified under the Italian Building Code (NTC 2018). In the apse, the work addressed the cause of the damage directly: the sagging keystones of the great arches were consolidated with dry-installed helical bar stitching, and the horizontal thrust was taken up by steel tie rods at the springing of the arches. In the apse semi-dome, the stepped cracks were pressure-wedged with timber wedges and deeply repointed with natural hydraulic lime mortar.

The dome drum was ring-tied, the lantern was reinforced from the inside with glass-fiber mesh, and three transverse tie rods restored the connection between the perimeter walls of the nave. On the south wall, new solid brick masonry replaced the infill, while the facings of the side cross walls were anchored to the load-bearing masonry with stainless steel bars. In the convent, steel ring beams and masonry interlocking at wall intersections improved the building’s overall behavior, and the roof of the east wing was rebuilt in timber, reusing the existing clay tile decking.

How were the paintings, stucco work, and stained glass protected?

By tailoring each solution to its context, since in an entirely painted interior every structural operation met a decorated surface. In the apse semi-dome, the affected portions of wall painting were detached and later reinstalled; where the tie rods were inserted, by contrast, the plaster was left in place and consolidated before drilling. Mariani’s faux tapestries were protected with a covering sheet while work was carried out on the masonry above.

The restoration also addressed the most exposed elements: the leaded windows of Venetian glass roundels in the drum oculi and the lantern, recovered piece by piece in the workshop; the stucco frames of the oculi; the dove of the Holy Spirit in the lantern cupola; and the wrought-iron cross on the façade, consolidated in place without being dismantled. In the rooms flanking the inner façade, lifting the floors brought to light the original terracotta flooring, which was reinstalled in its original position.

How was the project funded?

The project was funded by Italy’s National Recovery and Resilience Plan (NRRP), Mission 1, Component 3, Investment 2.4, the line dedicated to the seismic safety of places of worship and the restoration of the heritage held by the Fondo Edifici di Culto (FEC). The sanctuary belongs to the FEC, managed by the Italian Ministry of the Interior, and the Superintendency of Archaeology, Fine Arts and Landscape for the Provinces of L’Aquila and Teramo served as implementing body. In line with the program’s requirements, the project complied with the Do No Significant Harm (DNSH) principle and the Minimum Environmental Criteria (CAM), ruling out new construction and land consumption and favoring lime mortars and traditional restoration techniques.

The result is a building in which seismic safety was not superimposed on the historic fabric but drawn from its own masonry, one crack at a time.

Who designed the church we see today?

The current church bears the signature of Cesare Mariani, a Roman painter who lived from 1826 to 1901 and was responsible for both its architectural design and much of its interior decoration. Mariani also left a personal mark in the sanctuary: in the Nativity fresco, he portrayed himself as a tall, bearded old man among the figures in the scene.

What fresco was discovered during the 1892 demolition?

While the old church was being torn down, a fresco from the second half of the 15th century emerged in the first chapel on the right, depicting the Madonna delle Grazie enthroned. Close in style to Carlo Crivelli, it was possibly commissioned by the community of Albanian merchants then living in Teramo. Francesco Savini attributed it to Crivelli himself, yet badly damaged it while detaching it; critics later proposed Pietro Alemanno as its author, and the question remains open.

PLACE

Teramo (TE)

CLIENT

Soprintendenza Archeologica, Belle Arti e Paesaggio per le Provincie di L’Aquila e Teramo

WORK PERIOD
ACTIVITY

Construction Design
Design phase Safety coordination
Safety coordination for executive phase

TYPE

Restoration of Listed Cultural Heritage

INTENDED USE

Cultural
Religious

WORK AMOUNT
WORKING GROUP

Englobe
Geol. Alberto Antinori
Rest. Davide Borzacchini

Sotterranei della Chiesa di Sant’Anastasia al Palatino

The Underground Spaces of Saint Anastasia Church

The Underground Spaces of Saint Anastasia Church

Restoring and bringing new life to the underground spaces of Saint Anastasia Church on the Palatine Hill.

In the heart of Imperial Rome

At the heart of the Palatine Hill, the restoration of the underground chambers of the Church of Saint Anastasia brings back to light an extraordinary archaeological site. Commissioned by the Archaeological Park of the Colosseum and funded by the Caput Mundi – Next Generation EU program, the project includes a complex process of architectural conservation, functional upgrading and heritage enhancement aimed at reopening one of the most ancient and symbolic spaces of Imperial Rome.

Intervention and methods

The intervention involved the consolidation of opus caementicium and brick structures, cleaning and restoration of ancient surfaces, recovery of opus spicatum floors and Roman paving, and the creation of new corten steel walkways and staircases designed to harmonize with the archaeological context.

Design approach

Through its integrated and multidisciplinary approach, ENGLOBE ensured the balance between conservation, accessibility and safety, allowing visitors to rediscover a unique testimony to the origins of the Eternal City.

PLACE

Roma

CLIENT

Parco archeologico del Colosseo

WORK PERIOD
ACTIVITY

Design phase Safety coordination
Executive design
Works Supervision

TYPOLOGY

Restoration of Listed Cultural Heritage

INTENDED USE

Cultural
Religious

WORK AMOUNT
WORKING GROUP

Englobe
Geol. Alberto Antinori
Relevo s.r.l.

Restauro e riqualificazione di Palazzo Vallemani ad Assisi ENGLOBE Progettazione Integrata

Palazzo Vallemani

Palazzo Vallemani

Restoration and Redevelopment of Palazzo Vallemani

A cultural landmark in the heart of Assisi

The restoration and redevelopment of Palazzo Vallemani in Assisi represent a key intervention to preserve and enhance one of the city’s most significant historic buildings. Located in the heart of the old town, just a few steps from the Basilica of Saint Francis, the Palazzo stands as a symbol of Assisi’s architectural heritage and a vital meeting place for the local community.

Regeneration supported by the PNRR

Funded by Italy’s National Recovery and Resilience Plan (PNRR), the project aims to restore the Palazzo’s full functionality while integrating new uses that strengthen its civic and cultural role. The intervention includes:

  • the recovery of areas assigned to local cultural associations,

  • the redevelopment of outdoor spaces and adjacent urban pathways,

  • the improvement of accessibility through new vertical connection systems.

Balancing heritage and innovation

The design approach combines respect for historical and artistic value with the adoption of innovative technologies to enhance sustainability, safety, and comfort. The restoration focuses on preserving the Palazzo’s original architectural features while ensuring inclusive and accessible spaces for all users.

A renewed center for culture and community

Through this project, Palazzo Vallemani is set to become once again a vibrant hub of culture, social life, and identity for the city of Assisi — a place where historical memory and contemporary design coexist in perfect balance.

PLACE

Assisi (PG)

CLIENT

Centrale Unica di Committenza Assisi - Bastia Umbra - Cannara

WORK PERIOD
ACTIVITY

Design phase Safety coordination
Executive design
Final design
Safety coordination for executive phase
Technical and Economic Feasibility Study
Works Supervision

TYPOLOGY

Restoration of Listed Cultural Heritage

INTENDED USE

Cultural
Multifunctional

WORK AMOUNT
WORKING GROUP

Arch. Maurizio Sabatino Pirocchi
Energi S.r.l.
Englobe
Geol. Alberto Antinori

Riqualificazione Ex Foro Boario e Piazza Papa Giovanni XXIII a Osimo | Restauro e Rigenerazione Urbana

Ex Foro Boario

Ex Foro Boario

Restoration, Accessibility, and Urban Innovation

Redevelopment of the Former Foro Boario and Piazza Papa Giovanni XXIII in Osimo

The redevelopment project of the Former Foro Boario and Piazza Papa Giovanni XXIII in Osimo represents a strategic urban regeneration initiative aimed at restoring vitality to an area of significant historical, architectural, and social value. Located at the entrance to Osimo’s historic center, the porticoed complex of the Foro Boario—dating back to the 19th century—is an emblematic example of Marche’s historical architecture, now undergoing restoration and enhancement through a contemporary design approach.

An integrated project within the PINQuA Program of the NRRP

This initiative is part of the PINQuA Program under Italy’s National Recovery and Resilience Plan (NRRP), dedicated to improving housing quality and promoting urban sustainability.
The main goal is to regenerate the Former Foro Boario, transforming it into a cultural and social hub for the local community through multifunctional spaces designed for events, exhibitions, conferences, and public activities.

The project includes:

  • Conservative restoration of the historic structures;

  • Seismic upgrading and structural strengthening;

  • Energy efficiency measures and environmental sustainability technologies;

  • Universal accessibility through the removal of architectural barriers.

Architectural restoration and enhancement of historic spaces

The restoration of the Foro Boario’s portico was conceived to preserve its historical character while introducing new functions. The historic arches will be enclosed with lightweight glass panels, creating flexible, sheltered spaces suitable for public events and conferences.
A new panoramic elevator will connect the Foro level to Osimo’s historic center, improving accessibility and usability for all citizens, particularly those with reduced mobility.

Piazza Papa Giovanni XXIII and the park: breathing new life into public spaces

The project extends to the adjacent square and park, featuring:

  • Pedestrian areas and green pathways;

  • Resting zones and recreational spaces;

  • Smart lighting systems and sustainable urban furniture.

These interventions aim to improve urban quality, enhance safety, foster social inclusion, and make Osimo a tangible example of a Smart City within the Marche region.

A model of urban regeneration between history and innovation

This project serves as a model of integrated urban regeneration, where the enhancement of historic heritage harmoniously interacts with the needs of contemporary urban life.
Through restoration, accessibility, and sustainability, Osimo renews its urban fabric—promoting social cohesion, quality of life, and territorial identity, which reflect the core principles of European and national policies for the ecological and digital transition of cities.

PLACE

Osimo (AN)

CLIENT

Comune di Osimo

WORK PERIOD
ACTIVITY

Design phase Safety coordination
Executive design
Final design
General Coordination of Specialized Disciplines
Safety coordination for executive phase
Works Supervision

TYPOLOGY

Restoration of Listed Cultural Heritage

INTENDED USE

Institutional
Multifunctional

WORK AMOUNT
WORKING GROUP

Arch. Maurizio Sabatino Pirocchi
Geol. Alberto Antinori
Novigos Tecno s.r.l.
Studio Paci Srl

Villa di Massenzio sull’Appia Antica | Restauro e Valorizzazione del Patrimonio Archeologico

Villa di Massenzio

Villa di Massenzio

Conservative restoration, enhancement, and visitor access routes

The Villa of Maxentius on the Appian Way: Restoration and Enhancement of Rome’s Archaeological Heritage

The Villa of Maxentius is one of the most extraordinary archaeological complexes of ancient Rome, located between the second and third mile of the Appian Way, the historic consular road that once connected Rome to Capua.

Built between 306 and 309 AD, the imperial residence includes three main structures: the Imperial Palace, the Mausoleum of Romulus, and the Circus of Maxentius, monumental works designed to celebrate the emperor’s figure and assert his power through architecture.

A unique late-imperial complex

The Villa of Maxentius stands out for its exceptional architectural and symbolic unity, rare among imperial complexes of the late Roman Empire. The site perfectly illustrates how politics, architecture, and religion were intertwined in late antiquity.
Over the centuries, the villa experienced transformations, abandonment, and decay, making a careful and respectful restoration intervention essential.

The conservative restoration of the Villa of Maxentius

The archaeological and conservative restoration project aimed to preserve and enhance one of Rome’s most significant cultural landmarks. The intervention included:

  • Consolidation of ancient masonry using compatible techniques and low-impact materials;

  • Restoration of the “imperial corridor,” the passage connecting the palace to the pulvinar, the podium from which the emperor watched the races in the circus;

  • Redevelopment of visitor pathways, introducing accessible and sustainable solutions.

Technology and design approach

The intervention was based on a multidisciplinary approach combining traditional restoration techniques with advanced digital and diagnostic technologies for structural and environmental monitoring.
All operations were carried out with the utmost respect for the archaeological context, ensuring safety, preservation, and accessibility for visitors.

A dialogue between past and future

Today, the Villa of Maxentius is a vibrant and accessible site where history, architecture, and landscape coexist.
The restoration has returned to the public a place of extraordinary beauty, allowing visitors to immerse themselves in the ancient splendor of Rome along the Appian Way, surrounded by monuments, ruins, and evocative views.

This project represents a bridge between past and future, an example of sustainable enhancement of archaeological heritage that combines scientific rigor, innovation, and respect for historical memory.

PLACE

Roma

CLIENT

Roma Capitale - Sovrintendenza Capitolina

WORK PERIOD
ACTIVITY

Design phase Safety coordination
Executive design
Final design
Safety coordination for executive phase
Works Supervision

TYPOLOGY

Restoration of Listed Cultural Heritage

INTENDED USE

Cultural

WORK AMOUNT
WORKING GROUP

Englobe
Geol. Alberto Antinori
Relevo s.r.l.