𝛟 BIM Collaboration Pro + Revit + Sustainability + Life Cycle Analysis 𝛟
ECOPHI specializes in coordinating with like minded teams to further the development of sustainable design throughout the world through advanced BIM Technology and Sustainable Design to achieve the most accurate and creative solutions with a Holistic BIM Coordination Process, which was created and evolved by ECOPHI. We believe that teaching this process is a way to evolve and create lasting ecological & sustainable impressions by connecting amazing teams from all around the world to share knowledge and experiences. ECOPHI led by Jess Allen Glowacki is an EcoArchitect who has created a method of working with Autodesk products and other AEC programs that creates the freedom for teams to Holistically Coordinate due to the advancement of technology and infrastructure stability from all corners of the planet. Jess is available to work with teams remotely and on site depending on the teams level of existing BIM implementation, IT infrastructure, software requirements, and creative process.
"BIM represents a comprehensive, virtual approach to the construction landscape. At ECOPHI, we unite a collaborative team of professionals from Design & Construction to leverage the most advanced BIM technology software. Combined with our creative minds, we aim to deliver buildings that are not only efficient, economic, and sustainable but also profitable, accurate, and well-coordinated on a global scale. Our real-world experience underpins our belief in the ECOPHI BIM Coordination & Sustainable Design Process™ as a formula for saving both money and time. We are convinced that investing effort during the BIM Programming & Schematic Design stages helps avoid costly mistakes, saving considerable time and coordination efforts during the construction phase—where changes are significantly more expensive than in the virtual design phase."
-Jess Allen Glowacki - EcoArchitect + BIM Innovation Consultant
LOD 100-500
The Building Information Modeling (BIM) Level of Development (LOD) serves as an industry benchmark, detailing the progressive refinement of a building's 3D model. It acts as a criterion for the required level of service, catering to various needs such as design stages, 3D visualizations, accurate construction measurements, planning, cost estimations, on-site management, and fabrication. Guided by the industry's Level of Detail (LOD) specifications, ECOPHI 3D Modeling Service crafts models tailored to the precise requirements of your projects. Additionally, we provide virtual construction sequencing and simulations that offer insights into the construction process.
ECOPHI is skilled in delivering LOD across different stages, offering a range of five LOD levels from 100 to 500. We adhere to the globally recognized standards for LOD.
At ECOPHI, we harness the transformative power of Building Information Modeling (BIM) across multiple dimensions to revolutionize how projects are designed, executed, and managed. Our comprehensive suite of BIM services encapsulates the essence of innovation and sustainability in the construction industry.
A BIM Dimension signifies the various stages of information or data integration present in a BIM model, introducing increasing complexity and detail at each stage. These dimensions enrich the BIM model, enhancing its utility throughout a structure's lifecycle.
BIM fundamentally revolves around the creation and management of building information. Analogous to how a physical building comprises numerous layers, components, and dimensions, a BIM model similarly contains multiple information layers, each denoted by a distinct BIM dimension.
Moreover, it's crucial to recognize that BIM dimensions extend beyond the visible aspects of a building, such as walls, floors, and architectural details. Initially, the focus might have been on these physical components, but advancements in technology have broadened BIM's scope. Now, BIM encompasses the management of elements behind the scenes, crucial for the seamless execution of a project or the operational efficiency of a building. This includes, but is not limited to, scheduling, cost, operations, and more.
