Oversee and execute high-precision BIM modeling for HVAC (ducting and piping), plumbing, fire protection, and plant piping systems.
Translate mechanical equipment schedules, P&IDs, and schematic designs into data-rich, parametric 3D models and synchronized fabrication/spool drawings.
Select, configure, and manage intelligent mechanical component families, ensuring accurate dimensional properties and embedded engineering data.
Mentorship & Quality Engineering
Serve as the primary technical anchor and mentor for mechanical modelers and junior designers, fostering a culture of technical rigor.
Establish stringent internal peer-review mechanisms to audits models for engineering logic, serviceability, and maintenance clearance.
Upskill the team on complex mechanical concepts, routing optimization techniques, and advanced BIM toolsets.
Advanced Coordination & Value Engineering
Actively lead multidisciplinary clash detection and resolution workflows, collaborating seamlessly with Structural, Architectural, and Electrical teams to achieve a fully coordinated, zero-clash model.
Perform spatial optimization to ensure mechanical equipment rooms and riser layouts maximize space, minimize pressure drops, and guarantee maintenance accessibility.
Support value engineering efforts by optimizing material takeoffs (MTOs) and routing efficiency to reduce material waste and fabrication costs.
Compliance, Codes & Fabrication Standards
Ensure all mechanical layouts strictly adhere to regional and international engineering codes (e.g., ASHRAE, SMACNA, NFPA, IPC, and local building regulations).
Maintain deep alignment with fabrication standards (LOD 400/500), ensuring models are instantly ready for manufacturing, pre-fabrication, and spooling.
Requirements
Leadership & Mindset:
Constructability Focus: An engineering mindset that prioritizes how a system will actually be installed, operated, and maintained in the physical building.
Radical Ownership: A relentless drive to flag spatial anomalies and drive cross-departmental alignment early in the design cycle.
Analytical Communication: Ability to clearly articulate spatial conflicts and engineering trade-offs to clients, project managers, and internal cross-functional teams.
