Founded by consulting engineers who are passionate and specialized in designing innovative building structures, ELEMA refines the art of an open and communicative approach based on team cooperation, with our personnel as well as with our clients and other construction professionals. Rich with a proven experience of varied achievements, ELEMA is at the forefront of the industry to give life to the most ambitious creations in concrete, steel, engineered wood, aluminum and structural glass.
Our philosophy aligns with our interdisciplinary team’s self-attributed mission : to respond irreproachably to the intrinsic and architectural finesse of each of our structural mandates.
ELEMA’s goal is to provide to our clients and partners elegant, innovative and optimized structural solutions that integrate an exceptional quality at every step of the project.
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Please note that ELEMA is admitted in the register of companies authorized (REA) to contract or subcontract for public mandates by the Autorité des marchés publics (AMP) confirming the integrity of our firm.
It was on October 16, 2024, that David Rokas, Dominic Miron, Félix Bédard, and Martin Houle, who had all previously worked on the New CHUM Phase 1, took up the challenge of creating ELEMA. Complementary in their personalities and professional skills, they embarked on this new journey with feverish excitement and anticipation. What followed was a series of projects that would each leave their mark on the firm’s trajectory in their own unique way.
Building projects are by definition “multidisciplinary”, i.e. they integrate professionals from various backgrounds that come together to create a common project based on their specialization.
Understanding this traditional dynamic, our group of engineers, architects and technicians form an “interdisciplinary” team where our professional achievements share a common structural background.
This proven approach enables ELEMA to focus on facilitating and accelerating a project’s multiple coordination phases, minimizing common planning issues such as varying structural grids, excavation, defining slab edges, locations and dimensions of openings, column sizing and positioning, beam interferences, etc.
