MEPAIA

MEPAIA for Pharmaceutical Engineering

Design cleanrooms, laboratories, and pharmaceutical facilities faster with voice-controlled BIM. Built for engineers who need precision, compliance, and speed.

Who This Is For

MEPAIA is designed for MEP engineers working on pharmaceutical and biotech projects, including:

  • HVAC engineers designing cleanroom pressure cascades
  • MEP engineers working on GMP-compliant facilities
  • BIM modelers creating pharmaceutical production spaces
  • Design teams coordinating complex lab and cleanroom systems

The Core Problem You Face Today

Pharmaceutical engineering projects have unique challenges:

Complex Pressure Cascade Design

Manually calculating and modeling cleanroom pressure relationships takes hours. One change requires recalculating entire cascades.

Compliance Documentation

GMP compliance requires extensive documentation. Manual documentation is time-consuming and error-prone.

Rapid Design Iterations

Pharma projects change frequently. Each iteration requires re-modeling, re-calculating, and re-documenting.

Your Day Today vs Your Day with MEPAIA

See the difference between manual BIM workflows and voice-controlled engineering.

Your Day Today

  • Spend 2-3 hours navigating Revit menus to place a simple HVAC system
  • Manually calculate pressure loss, then re-enter values into Revit
  • Context switch between Revit, Excel, and engineering handbooks
  • Fix modeling errors caused by manual input mistakes

Result: 6-8 hours to complete a simple HVAC system design, with multiple context switches and manual calculations.

Your Day with MEPAIA

  • Speak: 'Add HVAC system to Level 2, 500 CFM, supply and return' — done in 30 seconds
  • AI calculates pressure loss automatically and updates the model
  • Stay in Revit. All calculations happen within your BIM workflow
  • AI validates engineering intent before executing, reducing errors by 60%

Result: Same HVAC system designed in 1-2 hours, with integrated calculations and zero context switching.

Realistic Workflow Walkthrough

Here's how a typical cleanroom HVAC design workflow looks with MEPAIA:

1

Voice Command: Cleanroom System

Speak: 'Create cleanroom HVAC system for ISO 7 classification, 500 CFM supply, maintain positive pressure relative to adjacent spaces.'

Outcome:

MEPAIA creates the system, sets pressure relationships, and configures airflow.

2

Automatic Calculations

MEPAIA calculates pressure loss, airflow balancing, and validates against cleanroom standards automatically.

Outcome:

No manual calculations. All values are integrated into the Revit model.

3

Compliance Documentation

Request: 'Generate compliance documentation for this cleanroom system.'

Outcome:

MEPAIA generates GMP-compliant documentation with all required parameters.

4

Rapid Iterations

Client requests change: 'Increase airflow to 750 CFM.'

Outcome:

Speak the change. MEPAIA updates the system, recalculates, and updates documentation in minutes.

Specific Outcomes

Real results from pharmaceutical engineering teams using MEPAIA:

40-60%

Time Saved on Cleanroom Design

60%

Reduction in Modeling Errors

3x

Faster Design Iterations

Ready to Transform Your Pharma Engineering Workflow?

See how MEPAIA can accelerate your cleanroom and pharmaceutical facility design.