Principal BIM Modeller - Water

Role accountabilities:

• Production and verification of BIM models and civil, piping and equipment drawings for selected projects (or components of projects) for Water team.
• Taking responsibility for technical quality assurance and client feedback and ensuring effective communication of any changes/ modifications.
• Proactively engaging with various Arcadis Regional offices/ teams regarding safe design requirements, and flag risks at appropriate levels. Resolving issues and create strong relationships with project colleagues in the regions, evidenced through great feedback.
• Reviewing work and drive the culture of checking and accountability in the team, including interdisciplinary checks
• Liaising with and assisting the design professional and BIM Manager
• Adhere to the schedule and quality requirements.
• Working in collaboration with other design disciplines to ensure the integrity of the overall design.
• Collaborate and Coordinate with other disciplines to mitigate design challenges.
• Design Health & Safety management for the project works.
• Develop BIM Execution Plan and BIM project workflow criteria.
• Follow BIM content standards and development procedures.
• Prepare own discipline model and/or content for BIM Coordination Meetings.
• High level of communication and good writing skills.
• Leveraging BIM software and tools as a methodology to coordinate design documentation.
• May take the lead on developing some discipline specific BIM modeling content for project.

Software Expectations:

• Knowledge of BIM tools such as Autodesk Revit, Navisworks Manage, BIM 360/ Autodesk Construction Cloud etc.
• Knowledge of Scan to BIM tools and projects.
• Knowledge of Autodesk Civil 3D will be an added advantage.
• AutoCAD - for drawing linkage and cleanup.

General understanding of interoperability between software used to accomplish own discipline tasks.

Demonstrated delivery acumen. Experience in civil drawings and BIM models for large scale projects related to,

1. Treatment plants,
2. Pumping stations and other related structures,
3. Intakes and outfalls,
4. Drainage systems,