Custom Scenic Fabrication For The Montenegro Pavilion

The Montenegro Pavilion at Expo 2020 Dubai marked Montenegro’s National Day with a bespoke exhibit designed and installed by Evolution Scenic. The project combined custom scenic fabrication with traditional joinery, specialist finishing and contemporary acrylic lighting. The fabricated elements were designed to integrate with the existing pavilion while introducing a distinctive physical feature to the environment.

Evolution Scenic delivered a custom scenic table constructed from a timber structure with MDF cladding and a PU paint finish, together with a clear acrylic lighting installation. The combination of painted scenic construction and transparent illuminated fabrication created a multi-material installation that brought together several different areas of scenic manufacturing.

Turning A Pavilion Design Into Fabricated Scenery

The exhibit needed to integrate with the existing Montenegro Pavilion while maintaining a modern and refined appearance. The main scenic table therefore needed to function as a purpose-built fabricated element rather than standard exhibition furniture.

Its timber structure provided the underlying support, while MDF cladding established the finished external surfaces. The MDF was subsequently finished with PU paint, creating a smooth and controlled surface treatment across the visible scenic construction. The project also introduced a clear acrylic lighting feature. This required a separate fabrication approach in which the acrylic itself formed part of the visible illuminated installation. The result was an exhibit that combined solid fabricated forms with a transparent lighting element.

The original Evolution Scenic project description confirms that the exhibit was intended to enhance the existing pavilion and combined traditional joinery methods with contemporary lighting and acrylic fabrication.

Fabricating The Scenic Table

The main scenic table was constructed using a timber structural framework. Timber provided the supporting structure required to establish the overall form of the fabricated table. MDF cladding was then applied to create the visible scenic surfaces.

This construction method allowed the structural framework and finished scenic surface to perform different roles within the same component. The MDF provided a clean surface that could be prepared for the final PU paint treatment. The finished paintwork gave the fabricated table the controlled appearance required within the pavilion.

The construction demonstrates a typical scenic approach in which a structural framework supports a fabricated outer skin that can then be prepared and finished to a higher visual standard. The table was therefore developed as a complete scenic object, combining structural joinery, cladding and decorative finishing rather than relying on off-the-shelf furniture construction.

Fabricating The Acrylic Lighting Feature

Alongside the scenic table, Evolution Scenic delivered a lighting installation fabricated using clear acrylic. The acrylic provided a transparent physical element for the lighting feature, allowing the illumination to become part of the scenic construction. This introduced a contrasting material to the timber and MDF table.

Where the table relied on solid scenic construction and painted surfaces, the acrylic feature used transparency and illumination to produce a lighter visual treatment. Clear acrylic can also provide a clean edge and controlled visual appearance when used within illuminated scenic fabrication, making it appropriate for contemporary exhibition and pavilion environments.

The original project source specifically confirms the use of specialised acrylic lighting elements and identifies acrylic fabrication and contemporary lighting as part of the fabrication approach.

Combining Joinery, Scenic Finishing And Acrylic Fabrication

The Montenegro Pavilion installation brought several fabrication disciplines together. The timber structure formed the foundation of the custom table. MDF cladding established the visible scenic surfaces, while the PU paint finish completed the external appearance. The acrylic lighting installation introduced a separate fabrication technique, using clear acrylic to create a transparent illuminated element. Each material therefore had a distinct role within the completed installation.

The timber provided structure. The MDF provided the scenic skin. The PU paint created the finished surface. The clear acrylic provided the physical basis for the illuminated feature. Bringing these different materials together required the fabrication to be considered as a complete scenic installation rather than a collection of unrelated components.

The original project description similarly identifies the combination of traditional joinery, contemporary lighting and acrylic fabrication as a defining feature of the work.

Working Within The Existing Pavilion Environment

The completed exhibit was installed within the Montenegro Pavilion at Expo 2020 Dubai. The fabricated elements therefore needed to work within an existing pavilion environment rather than being developed as a standalone scenic installation. The original project source describes the exhibit as integrating with the existing pavilion and aligning with its overall design language.

This made the finished quality of the fabrication particularly important. The painted MDF surfaces of the table needed to read as finished architectural scenic elements, while the clear acrylic lighting installation needed to sit comfortably alongside the solid fabricated construction.

The combination of materials created visual contrast while maintaining a coherent overall installation. The supplied information does not confirm specific site restrictions, installation duration, access arrangements, crew numbers or transportation methodology, so these details have not been added.

Delivering A Finished Pavilion Installation

The completed scenic elements were delivered and installed for Montenegro’s National Day celebration at Expo 2020 Dubai. The final installation brought together the custom scenic table and clear acrylic lighting feature within the pavilion environment. The table provided the principal solid fabricated element, combining timber construction, MDF cladding and PU paint finishing.

The acrylic installation provided a contrasting transparent and illuminated element. The completed exhibit therefore demonstrated Evolution Scenic’s ability to move from scenic construction and joinery through to specialist surface finishing and acrylic fabrication within a single project.

A Multi-Material Scenic Installation

The Montenegro Pavilion project demonstrates how a relatively focused exhibit can involve several distinct areas of scenic manufacture. The timber structure established the supporting construction of the main table. MDF cladding created the visible scenic form, while the PU paint finish established the final surface treatment.

Clear acrylic introduced another fabrication discipline through the illuminated installation. Together, these components created a cohesive temporary scenic environment that combined solid architectural fabrication with transparent illuminated scenery.

The project demonstrates Evolution Scenic’s capability in custom scenic construction, joinery, scenic finishing and specialist acrylic fabrication, while maintaining a consistent finished standard across different materials. The completed installation provided the Montenegro Pavilion with a bespoke fabricated exhibit that combined practical scenic construction with contemporary lighting and material treatment.

Building a Complete Exhibition Interior for the Slovenia Pavilion

In 2023, Evolution Scenic developed and delivered a complete exhibition fitout for the Slovenia Pavilion at Expo City Dubai. The project transformed the existing interior into a sequence of interpretive and gallery environments designed to accommodate wall graphics, cultural objects, framed artworks and three-dimensional displays.

Rather than relying on a single repeated display system, the fitout combined several forms of scenic and interior construction. Curved black walls carried the principal timeline and interpretive content. White gallery partitions created a contrasting setting for artworks and textile displays. Black plinths and glazed cases provided protected presentation areas for objects and artefacts.

Custom ceiling elements, lighting, flooring, skirting and planting connected these components into one coherent environment. Evolution Scenic developed the exhibition design and delivered the principal scenic construction within a confirmed 20-day programme.

The finished installation was intended to remain inside the Slovenia Pavilion for an extended period. This required a balance between workshop-efficient scenic fabrication and the durability, alignment and finish quality associated with a longer-term exhibition interior.

Developing the Exhibition Layout

The interior was organised through a deliberate contrast between dark interpretive spaces and white gallery environments. The curved black timeline walls created broad surfaces for photographic material, text and historical content. Their geometry guided movement through the exhibition while avoiding the visual rigidity of a conventional sequence of straight display panels.

The black walls also provided a controlled background for the exhibited objects. Dark plinths and display bases continued the wall language across the floor, creating visual continuity between the interpretive graphics and the three-dimensional displays. The white gallery areas used a different spatial character. Workshop-built partitions formed restrained, neutral surfaces for framed artworks, masks, textile pieces and other wall-mounted exhibits. The pale gallery walls allowed the material, colour and form of the displayed works to remain visually prominent.

The transition between the two zones was resolved through curved entrance and feature-wall elements, consistent flooring and coordinated ceiling treatment. Decorative planting was integrated at selected points within the layout, introducing softer natural forms between the constructed gallery surfaces.

Fabricating the Curved Timeline Walls

The curved black walls were produced as timber-framed scenic structures clad in MDF. The timber framework established the required radius and provided support for the finished wall faces. MDF was then applied to create a smooth and continuous surface capable of receiving paint, printed wallpaper and vinyl graphic material.

Curved walls introduce a different set of fabrication considerations from conventional flat partitions. The framework must maintain a consistent radius across its full length. Sheet materials need to follow that geometry without creating visible faceting, abrupt joints or changes in surface level.

The completed faces also need to remain suitable for graphic application. Any variation in curvature, joint alignment or surface preparation can become visible once large-format printed imagery and horizontal text lines are installed. Evolution Scenic’s construction therefore needed to provide both the physical geometry of the wall and the accurate finishing surface required by the outsourced graphics supplier. The black finish unified the wall assemblies and allowed the graphics, objects and display lighting to stand forward visually.

Producing Modular Gallery Partitions

The white exhibition walls and partitions were fabricated as modular workshop-built sections. Workshop fabrication allowed the wall components to be assembled, checked and finished before delivery to Expo City Dubai. It also reduced the amount of direct construction required inside the completed pavilion. Each partition needed to perform several functions.

The walls defined the gallery layout, supported framed works and created the finished background visible around every exhibit. They also needed to coordinate with skirting, flooring, ceiling elements, lighting positions and adjoining wall sections. Plywood and timber framing provided internal support where required, while MDF and painted surfaces formed the visible faces. Gypsum wall construction was also incorporated within the wider interior package.

Once installed, the modular sections were aligned and joined so that they read as continuous architectural walls rather than temporary panels. Joint treatment, edge alignment and consistent paintwork were particularly important in the white gallery areas because shadows and surface variations are more visible against light finishes. The result was a clean exhibition setting capable of supporting different artwork formats without visually competing with the displayed material.

Manufacturing Display Plinths and Case Bases

Three-dimensional objects were presented using custom black plinths and glazed display cases. Evolution Scenic fabricated the plinths and display bases. The glazed cases themselves were supplied by another contractor. This division of responsibility required accurate coordination between separate packages. The scenic bases needed to match the dimensions and support requirements of the glass enclosures. Their finished surfaces also needed to align cleanly with the case edges so that the separate components appeared as one complete display unit.

MDF, plywood, timber framing and selected metal components provided the body and internal support of the plinths. Black laminate and painted finishes created a consistent external appearance across the exhibition. The dark bases visually grounded the displays while allowing the glass cases and illuminated objects to remain the main focus.

The fitout also included wall-mounted artefact shelves and supports for framed artworks. These elements required suitable internal backing and accurate setting-out so that the final exhibits could be positioned consistently across the modular walls. Acrylic and glass were incorporated where required within the wider display package, although the available information does not identify the exact application of every transparent component.

Integrating Graphics Without Claiming Their Manufacture

Printed wallpaper, timeline imagery, interpretive text and vinyl graphics formed a major part of the exhibition’s visible surface treatment. The graphic production and installation package was carried out by an outsourced specialist supplier rather than Evolution Scenic. Evolution Scenic’s role was to create the physical scenic surfaces and spatial framework into which those graphics were incorporated.

This distinction is important because exhibition graphics depend heavily on the quality of the underlying construction. Large printed panels and wallpapers require walls that are smooth, accurately aligned and free from abrupt surface changes. Curved graphics require especially careful dimensional control because text, image grids and horizontal lines can reveal inconsistencies in the wall radius.

By producing stable timber-framed and MDF-clad walls, Evolution Scenic established the physical base required for the final graphic installation. The completed environment therefore depended on coordination between scenic fabrication and specialist graphic production without incorrectly attributing the outsourced graphics to Evolution Scenic.

Constructing the Ceiling and Lighting Environment

The exhibition fitout extended above the wall and display systems through custom suspended and perimeter ceiling structures. These elements helped define the exhibition spatially and provided a coordinated framework for the lighting. Evolution Scenic supplied the ceiling lighting. Fixture positions were developed in relation to the timeline walls, gallery partitions, display cases and circulation areas.

Lighting needed to perform more than a general illumination function. The black interpretive zones required focused light on objects, cases and graphic content. The white gallery areas required even presentation of framed works without allowing the surrounding architecture to become visually dominant. The ceiling treatment helped connect these requirements by creating a consistent overhead structure across the different exhibition areas.

The project also included battery-operated display lights supported by a 48-hour backup system. This allowed exhibit lighting to remain operational while limiting the need for visually intrusive power connections around the glazed cases. The integration of lighting into the scenic and ceiling construction helped the finished exhibition read as one designed environment rather than a collection of independently lit objects.

Delivering the Fitout Within Twenty Days

The confirmed project programme was 20 days. The supplied information does not identify how the period was divided between workshop fabrication and site installation. It should therefore be described as the overall project programme rather than separate confirmed fabrication and installation durations.

Workshop production allowed the modular wall sections, curved structures, plinths, bases, shelves, artwork supports and ceiling elements to be prepared before delivery. On site, installation needed to follow a coordinated sequence. The principal walls established the spatial layout. The modular gallery sections were aligned and joined. Display bases were positioned to receive the glazed cases. Ceiling structures and lighting were installed in relation to the final exhibit locations.

The outsourced graphics package was then incorporated onto the completed scenic wall surfaces.

Flooring, skirting, wall-mounted elements and decorative planting resolved the remaining junctions and completed the visual environment. The modular methodology reduced dependence on extensive direct construction inside the pavilion while still allowing the finished fitout to read as a continuous interior.

Creating an Extended-Duration Scenic Installation

The exhibition was intended to remain inside the Slovenia Pavilion for an extended period. This separated the project from short-duration event scenery, where components may only need to perform across a limited installation and operating window.

The Slovenia Pavilion fitout required the speed and adaptability of scenic fabrication while maintaining a consistent finished appearance over a longer display period. Wall sections needed to remain aligned. Plinth finishes needed to withstand continued use and cleaning. Artwork supports and shelving needed to remain stable. Lighting had to function as an integrated part of the exhibition rather than as a temporary technical overlay.

The project therefore occupied a useful space between scenic fabrication, exhibition construction and interior fitout. Evolution Scenic’s workshop capabilities allowed the complex components to be manufactured efficiently, while the installation process converted those modular elements into a refined and cohesive gallery environment.

Completing the Slovenia Pavilion Exhibition

The finished interior brought together several distinct fabrication disciplines. Timber-framed curved walls established the interpretive route. Modular white partitions created the gallery areas. Gypsum construction helped complete the architectural envelope.

Black display plinths and bases supported the exhibit cases, while shelves and framed artwork supports accommodated wall-mounted material. Custom ceiling structures, integrated lighting, flooring, skirting and planting connected the separate elements into a complete environment.

The outcome demonstrates how scenic fabrication can be used beyond temporary event production. Through modular construction, controlled workshop manufacture and accurate supplier coordination, Evolution Scenic delivered an exhibition interior capable of remaining in place for an extended period while retaining the precision and visual clarity required from a cultural display environment.

Engineering Three Immersive Light Installations for Expo City Dubai

Dubai Light Art Festival brought a series of artist-designed illuminated works into the outdoor environment of Expo City Dubai. AGB Events commissioned Evolution Scenic to provide full project delivery for three of the installations: Minaret 2.0 by Abdullah Al-Mullah, Musk Spectre Sculpture by Dr Najat Makki and Afterlife by Maitha Hamdan. Evolution Scenic’s scope covered design development, structural engineering, fabrication, specialist scenic finishes, integrated lighting, transportation, installation, testing and final programming. The three artworks did not share one standard construction system. Each required its own relationship between structure, surface, lighting and site installation.

Minaret 2.0 was a slender ten-metre-high architectural form supported by a substantial counterweighted base. Musk Spectre Sculpture consisted of seven illuminated textile-clad figures distributed across a 180-square-metre area. Afterlife was a six-metre cylindrical structure enclosed by a complete digital LED curtain. Delivering the project required these technically different installations to be managed concurrently while maintaining the dimensions, material expression and lighting effects intended by their artists

Fabricating Minaret 2.0

Minaret 2.0 was the tallest of the three installations. The completed structure measured 2.1 metres wide, 2.1 metres deep and ten metres high. Its principal fabricated structure weighed approximately 1,000 kilograms. Evolution Scenic manufactured the supporting framework from mild steel. The narrow footprint and substantial height meant that structural stability could not be treated independently from the scenic design. A separate two-ton mild-steel base frame was fabricated with an engineered counterweight system. This allowed the installation to achieve the required stability while preserving the vertical proportions of the visible artwork.

The elevations were constructed from geometric acrylic frames finished with reflective vinyl. Accuracy was particularly important across these repeated components. Misalignment would have affected the rhythm of the geometric pattern and changed how reflections and internal light travelled through the structure. The acrylic sections also introduced handling and transportation considerations. They needed to arrive on site without damage to their profiles or reflective surfaces and then align correctly when attached to the steel framework.

Internal RGBW lighting was integrated within the completed structure. The fixtures produced programmed colour transitions and illuminated the acrylic geometry from within. Lighting positions, access requirements, cable routes and control equipment therefore had to be incorporated during fabrication rather than introduced after the structural work was complete. 

Building Seven Interconnected Musk Spectre Figures

Musk Spectre Sculpture occupied a much wider footprint. Evolution Scenic fabricated seven custom mild-steel figure structures and installed them across an area of approximately 180 square metres. The individual forms were elongated and relatively narrow, creating a strong visual contrast between their height and their lightweight translucent surfaces. Metal base plates interconnected the figures and helped establish their relationship across the completed composition. Accurate setting-out was required so that the spacing and orientation of all seven structures remained consistent with the intended arrangement.

Stretch tulle fabric was fitted over the steel frames. The textile transformed the fabricated skeletons into softly defined illuminated figures while allowing the internal RGBW lighting to remain visible. Fabric tension needed to be controlled to preserve each silhouette without producing heavy creases or uneven areas that could disrupt the lighting effect.

The RGBW fixtures created colour and shadow within the textile surfaces. Their positions had to account for the geometry of each figure and the visual behaviour of the tulle. Three tonnes of sand were installed around the completed structures. The sand formed part of the visible scenic environment, connecting the seven figures to the ground plane and extending the artwork beyond the fabricated forms themselves. Its installation was sequenced after the main structures had been connected so that the bases, cabling and access points could be completed first.

Creating Afterlife’s Digital Cylindrical Surface

Afterlife required the lighting technology to function as the artwork’s complete visible exterior. Evolution Scenic fabricated a cylindrical mild-steel framework measuring 2.4 metres in diameter and six metres high. The frame supported a continuous custom LED light curtain wrapped around the full circumference of the installation. A cylindrical digital surface requires consistent geometry. Changes in radius, vertical alignment or tension can become visible through gaps, distortion or irregular content spacing.

The steel framework therefore needed sufficient dimensional accuracy to maintain the form of the LED curtain from its upper support to its base. Power, control and data connections were coordinated with the supporting structure. These services needed to remain accessible for installation and testing while avoiding interference with the continuous visual surface. Once assembled, the LED curtain created a 360-degree illuminated installation. Animated graphic content could be viewed from every side, turning the cylindrical structure into an immersive digital scenic element rather than a conventional front-facing screen.

Managing Workshop Production and Pre-Assembly

The production programme was phased around the different requirements of the three artworks.

Minaret 2.0 required substantial mild-steel fabrication, repeated acrylic components, reflective finishes and a counterweighted base. Musk Spectre Sculpture required seven related but individually fabricated frames, interconnected bases, textile skins and internal RGBW systems.

Afterlife required accurate cylindrical metalwork and the preparation of a continuous LED curtain with its associated power and control equipment. Workshop pre-assembly allowed the team to review the fit between structural components before transportation. Acrylic panels and reflective vinyl could be checked against the Minaret frame. Fabric application could be reviewed on the Musk Spectre structures. The shape and mounting arrangement of the Afterlife LED curtain could be tested against the cylindrical framework. Lighting components were also prepared and tested before delivery. This helped identify potential access, cable-routing or alignment issues before the structures reached Expo City Dubai.

Planning Transportation & Site Installation

The three artworks required different transport considerations. The geometric acrylic elevations of Minaret 2.0 were identified as a particular logistical challenge. Although the completed installation reached ten metres high, its frame and finished components needed to be divided into transportable sections and protected during movement. Reflective vinyl and acrylic surfaces can be visibly affected by impact, abrasion or distortion. Their packaging and loading therefore needed to support both physical protection and the planned installation sequence.

The seven Musk Spectre frames also needed to reach site in an order compatible with their setting-out positions. The interconnected base system meant that installation sequencing affected the alignment of the complete group. Afterlife’s cylindrical framework and LED curtain required separate protection strategies. The metal components needed to retain their geometry, while the lighting curtain and electronic systems required controlled handling before being installed around the completed frame.

Site installation began with the positioning and securing of the structural bases. This sequencing established the setting-out, orientation and support conditions for each artwork before its visible components and lighting systems were completed. Minaret 2.0 was assembled onto its two-ton counterweighted base. The geometric elevations and internal lighting were then aligned with the primary structure. The seven Musk Spectre figures were positioned across the 180-square-metre area and connected through their metal base plates. Their RGBW systems and fabric surfaces were completed before three tonnes of sand were distributed around the installation. Afterlife’s cylindrical frame was assembled and checked before the custom LED curtain was installed around its full circumference.

The three artworks were at different scales and occupied separate areas, but their installation needed to progress within one coordinated site programme. Structural work, scenic finishes, electrical integration and testing therefore followed planned sequences rather than operating as isolated activities.

Structural Stability and HSSE Controls

Project-specific HSSE controls applied throughout the installation. The Minaret assembly alone involved a 1,000-kilogram structure and a two-ton counterweighted base. The work required controlled positioning, secure connections and verification of the completed support system.

The seven Musk Spectre figures needed to remain stable individually and as part of their interconnected arrangement. Their bases also had to be coordinated with the surrounding sand and concealed electrical infrastructure. Afterlife combined a six-metre structure with an externally mounted electronic surface. The framework, curtain connections and electrical equipment needed to remain secure and accessible for testing. Outdoor conditions were addressed through engineered base structures, counterweights and secure structural connections.

Detailed HSSE records have not been supplied. The case study therefore does not assign unconfirmed lifting equipment, engineering standards, wind ratings or inspection procedures to the project.

Creating an Immersive Illuminated Environment

The completed installations demonstrated three different ways in which scenic fabrication can support light-based artwork. Minaret 2.0 used architectural scale, reflection and internal colour to create a tall illuminated landmark. Musk Spectre Sculpture used steel, textile, light and sand to form a distributed scenic environment that could be experienced from within and around its 180-square-metre footprint. Afterlife created a continuous animated enclosure through a cylindrical LED surface visible from all directions. The project’s outcome was not simply the successful installation of three structures. It was the creation of three immersive experiences in which the underlying engineering remained controlled while light, surface and form defined the visible result.

Evolution Scenic’s delivery connected artist-led concepts with structural engineering, workshop manufacturing, specialist finishes, lighting systems, logistics and site installation. The project provides a clear example of the company’s ability to produce complex temporary art installations where scenic fabrication and technical integration must operate as one coordinated discipline.

Developing a Cultural Environment for the UAE Pavilion

From 30 November to 12 December 2023, the UAE Pavilion at Expo City Dubai presented an immersive cultural experience as part of COP28. The installation connected Emirati heritage, traditional craftsmanship and cultural knowledge with the wider sustainability themes of the international climate conference. Evolution Scenic was appointed by the National Projects Office to develop a client-supplied concept into a complete temporary scenic environment.

The confirmed scope included design development, scenic fabrication, printed graphics, ambient lighting and on-site installation. Rather than producing conventional enclosed exhibition stands, Evolution Scenic created an open system of timber display frames, shelves, plinths, demonstration tables, interpretive panels and scenic backdrops. Individual settings supported date-palm weaving, traditional gahwa preparation, Emirati medicine displays, marine crafts, guided storytelling and live Ayallah performances. The complete scenic package was developed as a coordinated visual and construction system that integrated with the existing UAE Pavilion architecture.

Translating the Client Concept into Buildable Scenery

The client-supplied concept established the cultural content and the intended relationship between heritage, natural materials and sustainability. Evolution Scenic developed this creative direction into scenic structures that could be manufactured efficiently, transported to Expo City Dubai and assembled within the pavilion. Each cultural subject required a different type of physical setting.

Craft demonstrations needed open working areas and practical surfaces. Interpretive displays required graphic supports, shelves and plinths. Marine heritage objects needed space for larger, irregularly shaped materials. The Ayallah performance environment needed to remain open while still being visually connected to the surrounding installation. The solution was to develop a common modular construction language that could be adapted across the different settings.

Repeated timber posts, rails, shelves and graphic-panel supports created visual continuity throughout the pavilion. The dimensions and internal arrangements of the modules could then be adjusted according to the objects, demonstrations or interpretation required in each area. This allowed the individual cultural environments to remain distinct without appearing disconnected.

Creating a Modular Scenic Display System

The principal scenic system consisted of freestanding timber-framed display structures. These frames provided the architectural foundation for the installation. They supported printed graphics, shelving, archive imagery, craft objects and cultural materials while maintaining open sightlines through the pavilion. The scenic structures were manufactured as workshop-built sections and assembled on site.

This modular approach allowed the principal components to be fabricated and finished under controlled workshop conditions before delivery. It also reduced the amount of cutting, coating and intensive construction required within the pavilion. Individual modules could be adapted to perform several functions. Some incorporated full-height bilingual interpretation panels. Others included open shelves for baskets, tools or traditional objects. Certain modules acted as scenic backdrops, while additional units framed live demonstration areas.

The modular system also allowed the structures to remain temporary and reusable. They could be assembled around the pavilion’s existing architecture without becoming permanent interventions within the building. Accurate workshop production was important because repeated frames positioned alongside one another needed to maintain consistent heights, margins, shelf positions and finish quality.

Timber Fabrication, Scenic Joinery and Finishes

The confirmed construction materials included solid timber, plywood and MDF. Solid timber formed the principal visible framework. It was used for the posts, rails, open shelving and other exposed structural elements that established the installation’s natural material character. Plywood and MDF were used for shelves, demonstration tables, display plinths, scenic panels and enclosed joinery components.

These sheet materials allowed the workshop team to produce controlled shapes, consistent surfaces and accurate interfaces between the different scenic elements. The finish palette included laminate, timber stain, clear protective coatings and painted finishes. Stained and clear-coated timber retained the visible grain of the frames and shelves. This created a direct visual connection with the palm leaves, woven baskets, mats, timber objects and other natural cultural materials displayed throughout the installation.

Painted and laminated finishes were used where individual components required a more uniform appearance or greater visual separation from the exposed timber framework. The scenic finishes remained deliberately restrained. Their purpose was to organise and support the heritage content rather than compete with it. The supplied information does not confirm the timber species, framing dimensions, sheet thicknesses or individual paint and laminate references.

Fabricating the Traditional Craft Environments

Evolution Scenic created dedicated scenic settings for live artisan demonstrations and cultural displays, with each area developed around the practical requirements of the craft being presented. The environments provided clear working zones for the artisans while giving visitors an organised view of the associated tools, materials and finished objects. Open structures, accessible display surfaces and simple architectural framing were used instead of enclosed exhibition cases. This approach kept the demonstrations visually connected to the wider pavilion while allowing the cultural content to remain the main focus.

Date-Palm Weaving

The date-palm weaving environment used open timber frames, shelving and interpretation panels to support the demonstration of traditional palm-based craft techniques. The scenic structures established the perimeter of the display without enclosing the working area, maintaining clear sightlines between the artisan and visitors. Shelves and open bays provided space for woven baskets, mats and smaller objects, while larger materials could be arranged at floor level. This open arrangement allowed the display to accommodate the varied scale and irregular forms associated with the craft.

Gahwa Preparation

A custom demonstration setting was fabricated for traditional Emirati gahwa preparation using a timber working table, supporting shelves and framed interpretive graphics. The scenic joinery provided organised surfaces for coffee pots, cups, baskets and preparation materials while keeping the working area open and accessible. Supporting shelving helped separate displayed objects from the principal preparation surface without visually disconnecting them from the demonstration. The timber construction also maintained continuity with the surrounding craft environments and the wider pavilion design.

Traditional Medicine

The traditional medicine area used a combination of freestanding scenic plinths, low display blocks and graphic panels to create an open presentation environment. Objects and natural materials could be positioned at different heights, introducing variation while keeping individual items clearly visible. The simple geometry of the scenic elements allowed the texture, colour and natural character of the displayed materials to remain prominent. Specialist artisans worked with Evolution Scenic across these cultural environments to ensure the fabricated structures responded to the practical requirements of the demonstrations and displayed materials.

Marine Heritage and Ayallah Performance Settings

The marine craft display required a different relationship between scenic structure and cultural content. Timber-framed interpretation panels provided vertical surfaces for historical imagery and written information, while open areas at floor level accommodated nets, woven fish traps, model craft and larger maritime objects. The display frames organised the content without forcing irregular heritage materials into conventional cabinets or uniform shelving. This approach allowed the marine objects to retain their natural shapes and scale while still forming part of a controlled scenic composition.

Evolution Scenic also created a custom-built environment for live Ayallah performances. Unlike the object-based display areas, the performance setting needed to maintain an open central zone. Scenic structures were therefore positioned to define the perimeter and visual identity of the area without obstructing the performers. The same timber construction, printed graphics and restrained finishes connected the Ayallah environment with the wider cultural installation. This demonstrated the flexibility of the modular scenic system. It could support shelving and objects in one area, practical demonstration tables in another and an open performance environment elsewhere.

Integrating Printed Graphics and Guided Storytelling

Evolution Scenic produced and installed the printed graphic elements used throughout the cultural route. The interpretation panels were integrated directly into the scenic structures rather than added as separate temporary signs after fabrication. Graphic dimensions, panel openings and fixing positions were coordinated with the timber frames during workshop production. This ensured that the completed panels fitted accurately between the structural rails and maintained consistent margins across the installation. The graphic system combined bilingual written interpretation, archive photography, captions and supporting imagery.

Some scenic modules carried large-format panels, while others combined graphics with shelves and displayed cultural objects. Freestanding backdrops and interpretation structures also supported guided storytelling tours through the pavilion. Because the graphics and scenic frames were developed together, the installation maintained a consistent relationship between written information, physical objects and architectural structure. The result was a guided cultural environment rather than a series of unrelated signs and display units.

Ambient Lighting and Scenic Integration

Evolution Scenic supplied the ambient lighting associated with the scenic installation. The pavilion environment changed considerably between daylight and evening conditions. The display structures, graphics and cultural materials therefore needed to remain visually legible throughout the operating period. The lighting treatment was developed to support the timber frames, shelves, graphic panels and displayed objects without overpowering the cultural content.

Open-frame construction required careful integration. Fixtures, electrical connections and cable routes needed to remain visually controlled so that the clean timber structures were not interrupted by unnecessary technical clutter. The ambient lighting enhanced the visible grain of the timber and helped define the depth of the shelving, plinths and interpretation panels after dark. It also allowed the individual cultural settings to remain connected as one complete scenic environment during evening operation.

Sustainable Construction and One-Week Delivery

Sustainability was incorporated into both the material selection and the construction methodology. The scenic package used reusable structures, recycled materials, responsibly sourced timber and low-VOC finishes. The modular frames, shelves, panels and plinths were designed as temporary scenic components rather than permanent architectural additions. Workshop-built construction supported more controlled material use and reduced the amount of on-site fabrication required within the pavilion.

The reusable approach also allowed the principal structures to be disassembled after the project rather than being fixed permanently into the existing environment. The confirmed combined fabrication and on-site installation programme was one week. This compressed delivery period required close coordination between workshop manufacturing, finishing, graphic production, lighting integration, transportation and site assembly.

The frames and joinery needed to arrive on site in a condition that allowed efficient installation. Accurate component sizing and clearly planned connection points reduced the need for extensive adjustment within the pavilion. Once the principal structures were assembled, Evolution Scenic coordinated the placement of graphics, display objects, craft materials and cultural dressing with the specialist artisans.

Delivering an Integrated Cultural Scenic Installation

The completed UAE Pavilion environment brought scenic fabrication, traditional craftsmanship, interpretation and lighting together within one coordinated temporary installation. Open timber frames maintained sightlines through the pavilion and allowed the existing architecture to remain part of the visitor experience.

Custom shelves and plinths organised heritage objects without enclosing them. Demonstration tables created functional working surfaces for live cultural activity. Integrated graphics provided the written and visual interpretation required for guided storytelling. The modular construction language connected date-palm weaving, gahwa preparation, traditional medicine, marine crafts and Ayallah performances while allowing each area to retain its individual purpose.

The project also demonstrated how temporary scenic fabrication can support authentic cultural activity rather than functioning only as decorative theming. Evolution Scenic provided the manufactured scenic framework, custom joinery, graphics, lighting and installation. Specialist artisans contributed the cultural knowledge, traditional practices and objects associated with the individual demonstrations.

Reusable structures, recycled materials, responsibly sourced timber and low-VOC finishes reinforced the sustainability objectives of the pavilion. Delivered within a combined one-week fabrication and installation programme, the project demonstrated the importance of modular scenic engineering, controlled workshop production and coordinated site assembly. The finished environment provided the UAE Pavilion with a coherent physical setting in which Emirati heritage could be demonstrated, interpreted and experienced through materials, craftsmanship, objects and live performance.

Restoring Expo Winter City’s Festive Scenic Collection

Expo Winter City in Dubai required an extensive collection of Christmas scenery and oversized decorative props to be restored for continued seasonal use. The original project record identifies decorative islands and oversized baubles as principal elements within the refurbishment scope. Decorative islands were repainted and re-flocked, while damaged baubles were repaired and given paint touch-ups.

Evolution Scenic and Evolution Prop Shop delivered the work together. The project photography shows a much broader collection of festive scenery. This included a gingerbread village installation, illuminated reindeer, clustered baubles, a giant bauble seating pod, a realistic reindeer prop, stacked gift structures, an illuminated snowflake and a conical Christmas tree framework.

All of the photographed elements formed part of the refurbishment programme. Most received repainting, while individual pieces required different levels of structural and decorative repair.

Some new scenic elements were also fabricated.

Assessing a Mixed Collection of Scenic Assets

Seasonal scenic collections rarely deteriorate uniformly. A painted bauble may have impact damage or chipped coatings. A flocked scenic island may remain structurally sound but require the decorative finish to be completely replaced. A sculpted prop may need local repair around vulnerable projecting details, while a large illuminated structure may require careful handling to avoid damage to its frame or decorative lighting. The Expo Winter City collection combined all of these requirements.

The workshop team assessed the pieces individually and selected an appropriate repair sequence for each one. This was necessary because the scenery was constructed from mixed materials and no single treatment could be applied across the complete collection. The confirmed process included cleaning, removing damaged finishes, completing structural repairs, filling, sanding, priming, repainting, removing worn flock and applying new flocking. This sequence ensured that the new decorative finish was supported by a repaired and correctly prepared substrate.

Repairing Before Repainting

Surface preparation was a central part of the refurbishment.Applying fresh paint directly over cracked, loose or uneven coatings would not have produced the required finish. Damaged material was therefore removed before repairs were made to the underlying forms.Filling compounds restored chips, dents and repair joints. Sanding blended these areas into the original surfaces and recreated the smooth profiles required by the oversized ornaments. Primer then created a consistent base for the new paint layers.

This was particularly important for the baubles. Their curved forms and reflective finishes could reveal even minor imperfections once placed under external and decorative lighting. The repaired surfaces were repainted in the collection’s established festive palette. Reds, greens, whites and metallic golds were used across the baubles, gift structures and gingerbread installations.

Reconstructing the Gingerbread Environment

The gingerbread scenic island was one of the most compositionally detailed pieces within the collection. The installation brought together a large gingerbread house, stylised trees, candy-cane structures, gingerbread characters, present props and a decorative perimeter fence. Each element used its own profile and graphic treatment, but all needed to read as one workshop-built environment.

The house combined gingerbread-coloured walls with white icing lines, green window details and red decorative features. The surrounding trees used matching biscuit tones and snow-like edges, while striped candy props introduced stronger red-and-white contrast. Wrapped presents added blocks of red and green to the centre of the installation. The perimeter fence repeated the gingerbread and icing treatment, visually containing the entire scene. Refurbishment required careful colour control across these individual elements. The work needed to restore the definition of the details without losing the handmade scenic quality of the original design.

Restoring Oversized Baubles

The bauble collection included ornaments of different sizes and finishes. Some were installed as individual features. Others were arranged in clusters, while the largest red ornament incorporated an open side and internal seating area. Broken pieces were repaired before repainting or localised touch-ups were completed. This restored the continuous curved form of each ornament and reduced the visibility of previous impact damage.

Decorative motifs included snowflakes, trees, stripes and solid metallic treatments. Caps and hanging-loop details reinforced the scale of the ornaments, allowing the pieces to read clearly as enlarged Christmas decorations. The large bauble seating pod required particular attention because it combined scenic appearance with a functional interior. The opening edge, curved shell and internal surfaces could all be inspected from close range. Grouped baubles were returned as complete compositions. Colour and graphic variation were retained while the overall finish was brought to a consistent standard.

Illuminated Reindeer and Snowflake Features

Several scenic elements used illumination as part of their visible construction. The reindeer silhouettes consisted of open sculptural forms filled with warm-white decorative lights. Individual bases provided the visual and physical connection between the figures and the paved installation area. The illuminated snowflake used a similar open-frame method. Its broad geometric arms created a recognisable outline while the internal lighting defined the structure after dark.

These pieces required controlled workshop handling because the scenic frames and lighting components were visually interdependent. The electrical refurbishment scope has not been confirmed. No claim is therefore made regarding replacement lights, rewiring, testing or control systems. From a scenic perspective, the work focused on maintaining the shape, surface condition and complete visual presentation of the illuminated structures before they were returned to site.

Refurbishing Sculpted and Freestanding Props

The collection included a realistic freestanding reindeer prop. Unlike the graphic silhouettes, this element used a fully sculpted body, head and antlers. Painted tonal variation defined the coat, face and hooves, while the red harness, metallic details and bells completed the seasonal character. Projecting antlers and legs are naturally more vulnerable during storage and transportation than broad scenic panels. Any damaged areas therefore required repair that preserved both the strength and the original sculpted profile.

The workshop setting allowed the prop to be inspected and repaired before its decorative finish was reinstated. Other freestanding pieces required the same relationship between structure and finish. Repairs first restored the form; scenic paintwork then concealed the intervention.

Gift Structures and the Conical Tree

A large illuminated gift tower was assembled from stacked present forms. The boxes varied in size and were arranged into a tapered vertical structure. Warm internal lighting created the primary visual effect, while red ribbons and bows defined the individual gifts. The project also included large freestanding gift-box props finished in patterned red, green, white and gold treatments.

Dimensional ribbon forms and bows gave the otherwise geometric boxes a stronger scenic profile. A tall conical Christmas tree framework provided another large-scale installation. The open structure incorporated multiple star forms and terminated in a prominent star topper. The transparent construction allowed the outline and internal geometry of the tree to remain visible. The precise framing and mesh materials have not been supplied.

Combining Refurbishment with New Fabrication

The project was not solely a restoration programme. Some new scenic elements were fabricated to support the required festive collection. This allowed existing assets to be retained while additional pieces were introduced where repair alone could not satisfy the scope.

Specific records identifying the newly built items were not supplied. It would therefore be inaccurate to describe any one photographed installation as new rather than refurbished. The combined approach is nevertheless significant. Refurbishment and new fabrication use related workshop skills, but they begin from different conditions. A new element can be developed around a controlled construction sequence. A refurbished element requires the team to understand and work with an existing structure, including previous finishes, wear and historical repairs. Delivering both within one package required consistent scenic finishing so that newly fabricated and restored items could operate as one collection.

Workshop Delivery and Installation Planning

The refurbishment and fabrication were completed within the Evolution workshop. The controlled workshop environment supported cleaning, repair, sanding, priming, painting and flocking without relying on public installation areas for production work. Once completed, the props were protected and prepared for transport.

Large ornaments, sculpted features and open illuminated structures each required suitable handling. The route from workshop to final position had to account for the dimensions and vulnerability of the pieces as well as the preservation of the new finishes. Delivery took place through phased access.

Lifting equipment was used where required to move and position the larger scenic structures. The exact lifting equipment and individual prop weights are not recorded in the information supplied.

Floor protection was installed during placement. Public-area controls were also used so that the installation activities remained separated from surrounding venue operations.

Exhibition & Scenic Fabrication

Evolution Scenic was responsible for fabricating and installing the main scenic elements for the Renault stand at Expo 2020 Dubai. The project required a combination of scenic construction, metal fabrication, technical support structures and branded display elements. Each component had to work together as part of one cohesive exhibition environment.

The scenic scope included the main platform, curved walling, display structures and supporting elements for the activation area. The fabrication process focused on creating clean forms, accurate alignment and a high-quality exhibition finish. Different materials were carefully coordinated to ensure the completed stand maintained a consistent visual language.

The scenic elements also needed to accommodate technical features without compromising the overall design. This required close integration between structural requirements and the visible architectural surfaces. The fabrication team worked to ensure that each element could be efficiently assembled and installed within the pavilion environment.

Attention was given to joints, edges and transitions between individual components. The completed scenic package provided a strong physical framework for Renault’s exhibition presence. It also allowed the branding, digital display and technical elements to feel integrated rather than added separately. The result was a refined exhibition environment designed to support both presentation and visitor engagement.

Metal & Aluminium Fabrication

Metal and aluminium fabrication played a major role in shaping the Renault exhibition stand. Evolution Scenic fabricated custom curved metal walling profiles, supporting frames and aluminium fascia elements. These components were produced to follow the curved geometry defined by the overall stand design.

The aluminium fascia formed an important visible edge around the main platform and helped reinforce the architectural character of the space. Metal structures were also used to create the necessary support for scenic and technical components. Each fabricated section had to provide strength while maintaining a clean and lightweight visual appearance.

The curved profiles required accurate forming and fabrication to ensure consistency across the installation. CNC and laser-cutting processes were used where required to improve manufacturing precision. These processes helped achieve clean edges, accurate dimensions and reliable interfaces between connected elements.

The metalwork was coordinated with the scenic finishes so that structural components did not appear visually separate from the stand design. Fabrication tolerances were particularly important where curved sections met other architectural elements. The finished aluminium and metal components supported both the visual design and the practical requirements of the exhibition environment. This combination of engineering and finish quality was essential to achieving the final appearance of the Renault stand.

Curved Exhibition Architecture

Curved geometry was one of the most distinctive features of the Renault stand design. At the centre of the environment was a 62 sqm curved platform that established the main footprint of the activation. The platform was finished with a semi-gloss surface to provide a clean and refined presentation area. A curved aluminium fascia followed the platform edge and strengthened the visual continuity of the design.

The curved form was extended through surrounding metal walling profiles that helped define the exhibition area. Maintaining a consistent radius and smooth visual flow was important throughout the fabrication process. Any variation in the curved profiles could have affected the overall appearance once the elements were installed together. The fabrication therefore required accurate measurement, forming and alignment across multiple components.

The curved geometry also influenced how the screen structure, branding and technical elements were positioned within the stand. Rather than using conventional straight exhibition walls, the design relied on continuous architectural forms. This gave the Renault stand a more fluid and contemporary appearance within the France Pavilion. The platform, walling and fascia worked together to create a unified scenic language. The completed curved architecture provided a distinctive framework for Renault’s exhibition and brand activation.

LED Screen & Technical Integration

A magnetic LED screen formed one of the main digital features within the Renault exhibition environment. Evolution Scenic fabricated a custom metal monolith specifically to support and integrate the screen. The structure needed to provide sufficient strength and stability for the technical equipment. At the same time, it had to maintain the visual quality expected from the exhibition design.

The monolith was therefore treated as both a structural support and an architectural feature. Its proportions and finish were coordinated with the surrounding platform, walling and scenic elements. This prevented the LED screen from appearing as an independent technical installation. Instead, the digital display became part of the overall scenic composition of the stand.

The supporting structure also had to allow for practical access, installation and technical servicing requirements. Careful fabrication was required to maintain accurate dimensions for the screen interface and structural connections. The completed monolith provided a stable framework while maintaining a clean exhibition finish.

This approach demonstrates how technical infrastructure can be incorporated directly into scenic architecture. The LED screen and its support structure ultimately functioned as one integrated visual and technical feature.

Fabric Branding & Custom Rigging

Transparent printed fabric was used to introduce suspended Renault branding within the exhibition space. The fabric elements provided a lightweight visual layer that contrasted with the more solid scenic and metal structures. Evolution Scenic fabricated metal framing to support the printed fabric and maintain the required form.

The frames needed to remain visually discreet while providing sufficient stability for the suspended elements. Custom rigging points were also developed to connect the branding elements safely to the pavilion infrastructure. The position of each suspended component had to be coordinated with the platform, walling, screen and visitor circulation areas.

This ensured that the branding remained visible without interfering with other parts of the activation. The transparent quality of the material helped preserve openness within the stand while still delivering strong brand visibility. Metal framing provided controlled tension and alignment across the printed surfaces. The rigging arrangement also allowed the fabric elements to sit accurately within the wider scenic composition.

Rather than functioning as independent graphic signage, the suspended branding became part of the exhibition architecture. The combination of fabric, metal framing and rigging created a lightweight yet technically controlled display solution. This helped Renault branding remain visually integrated throughout the completed stand environment.

Expo 2020 Dubai – France Pavilion

The completed Renault stand was installed within the France Pavilion at Expo 2020 Dubai. The pavilion provided a major international setting and required a high standard of fabrication and installation. Evolution Scenic’s scope brought together scenic construction, curved architecture, metalwork, aluminium fabrication, fabric branding and technical integration. Each component had to be delivered and installed as part of one coordinated exhibition environment.

The curved platform established the main physical footprint of the stand. Surrounding metal walling helped define the activation area while maintaining the architectural geometry.

 he custom monolith supported the magnetic LED screen and integrated digital technology within the scenic design. Suspended transparent fabric introduced Renault branding through custom metal framing and rigging.

Accurate fabrication was essential to ensure that all components aligned correctly once assembled on site. CNC and laser-cutting processes helped maintain consistency across the various manufactured elements. Installation also required careful coordination with the existing pavilion infrastructure and technical requirements. The final environment combined structural performance with a clean and refined exhibition finish. The completed Renault stand demonstrated how scenic fabrication and technical systems can work together within a high-profile international pavilion.