MiTS

MES Infra Integrated Total Solution. It uses the latest computing technologies to provide a computational environment that is both users friendly, simple, fast and efficient.

MiTS is designed and developed for the engineers by the engineers. It comes with a rich and practical set of features that includes, but not limited to the following:

• Integrates and synchronises design changes across a single model and automatically update between Earthworks, Storm Drainage System, Sewerage System, Water Reticulation System and Road Design.
• Pipe Clash Checking between Water, Sewerage and Storm Drainage systems to resolve conflicts.
• Deliver consistent multi-disciplinary design calculation, drawings and construction documentation.
• Better visualization, more accurate design and enjoys better coordinations.
• MiTS has integrated the modules below:

1. Road & Highway

• i) Horizontal alignment design.
• ii) Vertical alignment design.
• iii) Pavement design.
• iv) Superelevation transitions.
• v) Junctions and roundabouts.

2. Earthworks

• i）Surveyor points import.
• ii) 3D visualization before and after development.
• iii) Digital Terrain Method & Grid Method.
• iv) Auto sloping & berm generation.
• v) Auto generates cut sections, cut/fill report, volume & quantity take-off.

3. Drainage

• i) Auto captures catchment area, IDF intensity & runoff coefficient.
• ii) Auto generates long. Sections & quantity take off.
• iii) Auto proposes sump invert level, cascading drain, dimension & gradient.

4. Urban Stormwater Management (MSMA 1st & 2nd Edition)

• i) Rainfall IDF.
• ii) On-site detention (above & below ground).
• iii) Detention pond.
• iv) Rainwater harvesting tank.
• v) Sediment basin.

5. Sewerage

• i) Auto calculates Population Equivalent (PE).
• ii) Auto propose pipe diameter, gradient, invert level & drop manhole.
• iii) Auto generates long. Sections.

6. Water Reticulation

• i) Hardy-Cross method & Hazen Williams formula.
• ii) Looping & branching design for peak flow & fire flow.
• iii) Auto calculates water demand.
• iv) Auto iteration for the most economical pipe diameter.
• v) Auto generates long. Section.
• vi) Schematic diagram with pump, hydrant, valve, etc.