LMNTAL is an engineering company which operates at the intersection between structural design, architecture, manufacturing and construction. We blend technical skills with creativity to deliver pioneering and original solutions that redefine the boundaries of engineering. Our core competence in structural engineering is complemented by expertise in numerical analysis and programming accompanied by a solid knowledge in the fields of structural geometry and manufacturing, giving us a way to always tackle complex design challenges in the most efficient and elegant way. We are a diverse and interdisciplinary team of environmentally aware engineers that strive to find responsible design solutions that will stand the test of time.
Through a culture of mutual collaboration with our clients, whether architects, designers or artists, and a commitment to innovation and research, we try to achieve impactful solutions that push the boundaries of what is possible in engineering and construction. By staying at the forefront of technological advancements and maintaining a clear sense of responsibility, we ensure that every project aligns with our values in environmental sense as well in terms of excellence. LMNTAL enjoys working with natural building materials, circular construction, lightweight structures and advanced geometry with the goal of reducing our environmental impact through our services and contributing to a sustainable built environment.
We specialize in delivering innovative and informed structural solutions. We do so through our engineering-aware design philosophy that closes the gap between conceptual design, manufacturing, fabrication, and realization. With expertise in timber engineering, steel structures, and structural geometry processing, we combine advanced digital methodologies with practical applications to ensure efficiency and quality. We leverage a deep understanding of the interplay between material, geometry, and structural systems to tackle complex challenges and to create efficient solutions by employing computational methods and advanced numerical analyses. This allows us to develop designs that are not only structurally sound but also innovative, adaptable, and sustainable, meeting the evolving needs of both clients and the environment. Through applied research, we continuously push boundaries, contributing to advancements in structural engineering and innovative construction methods.