Our projects
Timber Hospitality Structure, Maldives
A modern mass timber hospitality structure designed in accordance with Eurocodes, combining structural efficiency, sustainability, and architectural aesthetics. The project was developed to suit the tropical Maldivian environment while delivering a warm, natural, and high-performance structural solution for luxury hospitality spaces.
Concrete Staircase & Mass Timber Roof, India
Schematic structural engineering for a high-seismic region project in Siliguri, featuring a reinforced concrete staircase integrated with a mass timber roof system. The design was developed to achieve structural stability, seismic performance, and efficient coordination between concrete and timber elements while maintaining a clean architectural appearance.
G+2 Experience Center, HYBRID STRUCTURE, India
A hybrid mass timber experience center designed with a G+2 configuration and sloped roof architecture, integrating mass timber superstructure elements supported on reinforced concrete flat slabs. The project was developed to achieve structural efficiency, architectural warmth, and seamless coordination between timber and concrete systems while creating a modern and inviting spatial experience.
Upcoming Timber Hospitality Structure, south america
An upcoming mass timber hospitality project designed in accordance with American codes, combining structural efficiency, sustainability, and contemporary architectural aesthetics. The development is tailored for the tropical environment, delivering a warm, natural, and high-performance structural solution for luxury hospitality spaces.
CFS Residential Building Design
CALIFORNIA
Located in a high-seismic region, this project features multi-story row houses designed with Cold-Formed Steel (CFS) for strength and efficiency. The X-bracing provides essential lateral support, ensuring stability during seismic events. CFS stairs offer durability and a modern design, making this project a perfect blend of innovation, safety, and sustainability.
Express Carwash-CFS Facade Design, TEMPA, FL
This single-story building showcases a striking exterior facade, expertly designed using Cold-Formed Steel (CFS) for both durability and aesthetic appeal. The CFS facade not only enhances the building’s modern look but also provides superior strength and energy efficiency. A perfect combination of innovative design and sustainable materials, this project exemplifies our commitment to quality and forward-thinking architecture.
Wood to CFS Building Design
In this exciting project, we transformed a four-story residential building originally designed in wood into a cutting-edge Cold-Formed Steel (CFS) structure. By switching to CFS, we significantly boosted the building's strength, durability, and sustainability while preserving its original charm. The result? A modern, resilient home built to last, offering superior performance and eco-friendly benefits that set it apart. Experience the power of CFS – where innovation meets reliability.
Mount Analysis
Rock Island, IL
We took on the challenge of performing a detailed Mount Analysis for a system supported by the railing of a water tank in Rock Island, IL. Our expert team delivered a precise design report, ensuring the mount's stability and safety.
CFS Residential Building Design CALIFORNIA
Situated in a high-seismic region, this two-story residential building is designed using Cold-Formed Steel (CFS) for strength and efficiency. Steel sheathing is incorporated for lateral support, offering superior resistance to seismic forces. The project seamlessly combines innovation, safety, and sustainability to create a resilient, earthquake-resistant structure built to withstand the challenges of a seismic environment.
Modern Mass Timber Construction for Hybrid Use
This residential and office project features a two-story mass timber structure designed for high-seismic zones. Utilizing cross-laminated timber (CLT) and glulam framing, the building offers enhanced flexibility, reduced structural weight, and excellent seismic performance. The design merges modern engineering with sustainable materials, delivering a safe, resilient, and visually striking space that meets both functional and environmental goals.
Wood Residential Building Design CHARLOTTE, SOUTH CAROLINA
This residential project features a basement with a two-story wooden structure above, designed for high-seismic zones. The basement provides additional space and structural stability, while the lightweight wooden framing enhances flexibility and seismic resilience. Combining modern engineering with sustainable materials, the design meets stringent seismic requirements while offering a safe and aesthetically pleasing living environment.
Telecommunication Tower – CAD to BIM | Europe
We transformed 2D CAD drawings of a telecommunication tower into a precise BIM model (IFC format) for a European client. The model accurately represents all structural components, improving visualization, coordination, and documentation for design and maintenance workflows.
CAD FILE
BIM FILE
Telecommunication Tower – LiDAR to BIM | Europe
We converted a detailed LiDAR point cloud of a telecommunication tower into an accurate BIM model (IFC format) for a European client. The model captures every structural detail, enabling efficient analysis, retrofit planning, and seamless coordination across engineering teams.
LiDAR point cloud file
BIM FILE
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