From Concept to Reality

Smart MEP Design Automation -
Precision, Efficiency, Innovation

Our solution uses advanced algorithms and AI-driven insights to help engineers, architects, and designers create efficient and sustainable building systems. From load calculations to energy efficiency analysis, our platform simplifies the process, allowing you to focus on innovation while we manage the details. Discover the future of MEP design, where automation connects ideas to reality.

Setup your file

Define the building parameters, including location, Building type, and design standards. Import existing CAD/BIM models or start from scratch.

Make Calculations

Enter essential MEP details such as occupancy loads, ventilation rates, electrical demands, and plumbing requirements. Run automated heating, cooling, lighting, and water demand calculations based on industry standards.

Export Reports

Automatically generate ductwork, piping, and electrical Design report and layouts optimized for efficiency and space constraints. Make adjustments based on real-time feedback and refine the design for better functionality.

Electrical Calculations

Dialux

Optimize indoor and outdoor lighting designs, ensuring proper illuminance levels, energy efficiency, and compliance with international lighting standards.

Breaker Size

Determine the right circuit breaker ratings based on load calculations, short-circuit current analysis, and protection requirements to prevent electrical failures.

DB Details

Define DB layout with correct busbar ratings, Allocate circuits based on load distribution (lighting, power, HVAC, etc.) and Generate single-line diagrams (SLD) for better visualization

Cable Size

Accurately size cables considering voltage drop, current-carrying capacity, and thermal constraints, ensuring safe and efficient power distribution.

HVAC Calculations

Heat Load

Calculate cooling and heating loads based on building size, occupancy, and external conditions Factor in solar heat gain, internal equipment loads, and ventilation losses

Ventilation

Determine fresh air requirements as per ASHRAE 62.1, ISHRAE, and local codes and Calculate ACH (Air Changes per Hour) for proper indoor air quality

Duct Sizing

Design ductwork based on airflow demand and static pressure loss, Use methods like equal friction, velocity reduction, and static regain for optimization

Equipment Selection & Energy Efficiency

Select chillers, AHUs, FCUs, and VRF/VRV systems based on calculated loads and Optimize COP (Coefficient of Performance) and EER (Energy Efficiency Ratio)

Fire Fighting

Head Loss

Determine frictional losses in pipes using Hazen-Williams or Darcy-Weisbach equation. Factor in pipe material, diameter, flow rate, and fitting losses. Optimize pipe routing to minimize pressure drops and ensure effective water delivery.

Fire Pump Sizing

Calculate required pump capacity (GPM/LPM) and pressure (PSI/kPa). Select the right fire pump type (electric/diesel/jockey pump) based on NFPA 20 and local codes.

Sprinkler System Design

Determine sprinkler head spacing and flow rate as per NFPA 13, NBC, or FM Global standards. Calculate minimum pressure requirements for effective fire suppression. Optimize the network for residential, commercial, and industrial fire safety systems.

Hydrant & Hose Reel System

Compute hydrant flow demand for proper coverage. Ensure adequate pressure to support manual firefighting operations. Design standpipe systems in multi-story buildings for easy fire access.

Plumbing Calculations

Water Supply System Sizing

Calculate peak water demand based on occupancy and fixture count. Determine pipe sizing using flow rate, velocity limits, and pressure loss. Ensure compliance with UPC, IPC, and IS codes for water distribution.

Pressure & Head Loss Calculation

Compute pressure drop due to pipe length, fittings, and elevation changes. Maintain minimum pressure at fixtures as per standards.

Drainage & Sewer System Design

Size drainage pipes based on DFU (Drainage Fixture Units) calculations. Ensure proper slope and venting to prevent siphoning and blockages. Design sewage pumps and sump pits for below-grade wastewater discharge.

Rainwater & Stormwater Drainage

Calculate rainwater pipe sizing based on roof area and rainfall intensity. Design stormwater drainage systems with proper retention and discharge planning. Integrate rainwater harvesting for sustainability.