Turn this role into an interview — a resume and cover letter built around what this employer wants.
Get past ATS filters
Job summary
Qualifications
Technical degree or combination of education and relevant experience.
A minimum of 5 years digital design (BIM element authoring) and 3 years digital delivery (model management) experience.
Comprehensive understanding of all discipline relations and operations of building systems.
Advanced skillset of 3D design software and document management infrastructure.
Advanced skillset of 3D Coordination tools.
Advanced skillset of Microsoft Office products and communication tools.
Familiar with industry standards and practices, along with discipline codes and specifications.
Superior client service, communication, and presentation skills are essential.
Responsibilities
Manage the digital model environment and deliverables for an entire project.
Have an advanced understanding of how all disciplines interact and how construction documents are produced.
Work directly with the Project Manager to generate and maintain the Digital Delivery Plan (DDP), while managing the deliverables outlined within.
Begin the project initiation procedure, establishing the server infrastructure, discipline models, and digital deliverables outlined in the project scope.
Execute digital deliverables and support production teams throughout the complete lifecycle of projects.
Provide technical support, while communicating the deliverable schedule to the project team.
Maintain quality, monitor the model health and coordination processes from planning to construction document issue.
Execute tasks with minimal oversight and guide project team members.
Develop and maintain the Digital Delivery Plan (DDP).
Establish the document management system and maintain the server infrastructure for multi-discipline projects.
Ensure the team has the appropriate software, versions, access, and training needed to execute the project requirements.
Generate and maintain model setup including project information, coordinates, scales, orientations, and general models.