Jean-Michel Verhulst serves as the Managing Director at Trigrr, where he leverages his extensive expertise in architecture and engineering to drive innovation in smart building technologies. Under his leadership, Trigrr has emerged as a pioneering software platform that seamlessly integrates various building systems—such as lighting,...
Jean-Michel Verhulst serves as the Managing Director at Trigrr, where he leverages his extensive expertise in architecture and engineering to drive innovation in smart building technologies. Under his leadership, Trigrr has emerged as a pioneering software platform that seamlessly integrates various building systems—such as lighting, heating, security, access control, and audio—into a cohesive ecosystem designed to enhance user experience and operational efficiency.
With a focus on creating user-centric, sustainable, and efficient buildings, Jean-Michel is at the forefront of transforming how we interact with our built environments. His commitment to sustainability is reflected in Trigrr's unique ESVT (Enhanced System Value Technology), which not only facilitates communication between disparate systems but also optimizes energy consumption and resource management. This approach aligns with the growing demand for smart buildings that prioritize tenant comfort while minimizing environmental impact.
Key projects under Jean-Michel's direction include collaborations with leading architects and building developers to implement smart solutions that cater to the specific needs of tenants and facility managers. His proficiency in business intelligence and process integration allows him to identify and solve complex challenges, ensuring that each project not only meets but exceeds industry standards.
As a thought leader in the smart building sector, Jean-Michel invites architects, engineers, and developers who share a vision of creating innovative, user-focused spaces to connect and collaborate. By fostering partnerships and sharing insights, he aims to push the boundaries of what is possible in building design and management, ultimately contributing to a more sustainable future.
