Wet Services Modeler - (DM-L5.27) at Zutari

Role responsibilities:

• Virtual construction of our engineering designs in Revit, including drafting of schematics, creating schedules, etc. 
• Understanding/incorporating/implementing applicable drawing standards related to different clients and disciplines.
• Interface with design engineers, through clear communication (written, verbal and diagrammatically).
• Modelling of designs (with a main focus on Fire services, experience in MEP is advantageous) forming part of projects such as education and  sports facilities, hospitals, data centres, commercial buildings, transport facilities as well as hotels and apartments, sometimes including industrial facilities.  
• Extending our digital content libraries through advanced content creation in accordance with internal guidelines Quality checking deliverables (incl. modelling works, data/parameter management) of your work, in alignment with our project requirements 
• Co-ordinating & interfacing with other task teams by using federated models for the early identification and pro-active clash avoidance and/or resolution. 
• Maintain project records & outputs in accordance with internal quality systems & information management systems.  
• Experience in hydraulics, pipe and wet services modelling is to your advantage

Minimum requirements:

• Certificate or Diploma in technical drawing.
• Experience and understanding of Microsoft Office packages and Autodesk Packages.
• Minimum 2-5 years proven working experience in the engineering field, specifically utilizing Revit for modelling of projects.
• Understanding of various drawing file types and format exchanges.
• Ability to streamline existing workflows or improve process efficiencies.
• Experience in 3D modelling. Generate 3D models of infrastructure design within the Engineering Design context, for marketing, project or design related purposes.
• Develop and generate plans, sections, elevations, and details from 3D models within the BIM context.
• Extract engineering data and metadata from 3D models within the BIM context when required.