Mahirut Civil Solutions
Comprehensive Civil Solutions
Civil Infrastructure Solutions
Problem Statement
Civil infrastructure lies at the heart of economic development and urban mobility. But designing roadways, railways, and land developments today involves growing complexity—tight regulations, fast-changing site conditions, multidisciplinary collaboration, and pressure to deliver sustainable and resilient systems. Traditional methods often rely on siloed tools and disconnected workflows, leading to delays, cost overruns, and design inconsistencies.
Solution Summary
Mahirut’s Civil Infrastructure Solutions empower engineers, planners, and contractors to manage every phase of civil projects—from site planning to final delivery—with accuracy, speed, and coordination. Powered by best-in-class platforms and domain expertise, Mahirut helps digitize civil workflows with dynamic modeling, real-time design validation, and seamless collaboration across disciplines. Whether it’s a national highway, rail corridor, smart city, or industrial zone—Mahirut enables intelligent infrastructure delivery with data-driven decisions at every step.
Benefits
- Model-Based Design Workflows: Develop design geometry, terrain models, drainage systems, and corridor components in a unified, intelligent environment.
- Cross-Disciplinary Coordination: Integrate site development, utilities, structures, and roadways for accurate, clash-free designs.
- Real-Time Collaboration: Work simultaneously across locations and teams with connected data environments for seamless project management.
- Reduced Rework: Use rules-based modeling to reflect design changes instantly, minimizing errors and reducing rework.
- Construction-Ready Outputs: Deliver construction documentation directly from design models, including quantities, cross-sections, and staging plans.
- GIS & BIM Integration: Integrate spatial and BIM data to ensure better environmental, regulatory, and stakeholder alignment throughout the project lifecycle.
Our Approach
How it Works
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Survey and Data Collection
- Capture terrain, utilities, and geotechnical conditions using drone, LiDAR, or field survey data.
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Design Model Creation
- Develop 3D civil models of corridors, intersections, grading, and drainage using intelligent component libraries.
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Integrate Multidisciplinary Inputs
- Coordinate with utility, structural, and architectural models for full project context.
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Validate and Analyze
- Perform horizontal/vertical alignment checks, hydraulic analysis, and earthwork optimization.
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Visualize and Review
- Use 3D visualization, cross-section reviews, and fly-throughs for stakeholder presentations and design validation.
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Generate Deliverables
- Extract plans, profiles, quantity takeoffs, and machine-readable files directly from models.
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Handoff to Construction
- Ensure a smooth transition with constructible models, staging data, and digital issue tracking.
Key Features
Highways and Expressways
Complete road design with alignment, drainage, and pavement modeling.
Railway Infrastructure
Track geometry, overhead structures, and station-area development.
Urban and Site Development
Grading, drainage, and plot planning for townships, campuses, and industrial parks.
Land Subdivision Planning
Plot layout, utility planning, road access, and quantity estimates.
Construction Planning and Staging
Model-based scheduling and phasing for optimized site execution.
Geospatial Infrastructure Projects
Overlay engineering with geospatial context for smarter land-use and approvals.
Water Solutions
Problem Statement
Global water systems are under increasing pressure. Rapid urbanization, climate uncertainty, aging infrastructure, and rising demand are making the delivery of safe, reliable, and efficient water services more complex than ever. Engineering teams are tasked with planning, designing, and managing water networks that must not only meet today’s operational needs but also anticipate tomorrow’s challenges. Without data-driven tools and integrated workflows, water infrastructure projects face inefficiencies, delayed timelines, and high operational risk.
Solution Summary
At Mahirut, we provide engineering-centric solutions that enable utilities, municipalities, and infrastructure consultants to digitally transform their water systems. Our platforms integrate simulation, analysis, and lifecycle management to improve network reliability, enhance operational efficiency, and ensure regulatory compliance. From urban water distribution and stormwater drainage to wastewater treatment and flood modeling—Mahirut empowers engineers to deliver smarter, future-ready infrastructure.
Benefits
- Data-Driven Design: Seamlessly integrate hydraulic, hydrologic, and GIS data to create accurate, real-world system models.
- Sustainable Planning: Model climate-resilient infrastructure and assess the impact of green water practices such as rainwater harvesting and permeable surfaces.
- Operational Intelligence: Leverage simulation to drive real-time decision-making, detect anomalies, and reduce system downtime.
- Lifecycle Efficiency: Digitize asset performance from design to operation, enabling predictive maintenance and cutting operational costs.
- Scalable Integration: Integrate seamlessly with BIM, SCADA, and enterprise asset management platforms for a unified project ecosystem.
Our Approach
How it Works
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Define the Network
- Understand the scope—pipelines, nodes, catchments, treatment systems, demand centers.
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Develop the Model
- Build hydraulic and hydrologic models using available GIS, terrain, and infrastructure data.
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Apply Real-World Conditions
- Simulate daily demand fluctuations, storm events, equipment behavior, and failure scenarios.
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Analyze System Behavior
- Evaluate pressure zones, flow velocities, detention capacity, overflow risks, and energy consumption.
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Optimize Performance
- Calibrate the model and refine pipe sizing, pump placement, control strategies, and detention structures.
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Deploy Digital Twins
- Create dynamic digital replicas for continuous monitoring, predictive diagnostics, and informed decision-making.
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Collaborate in Real Time
- Enable multi-stakeholder access and synchronized updates through cloud-based platforms.
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Deliver with Confidence
- Generate validated outputs, detailed reports, and construction-ready documentation for all project phases.
Key Features
Urban Water Distribution
Design, simulate, and manage large-scale drinking water networks with dynamic demand.
Stormwater Systems
Evaluate drainage performance and design sustainable urban runoff infrastructure.
Wastewater Management
Model sewer networks, optimize treatment plant loading, and prevent overflow scenarios.
Flood Resilience Planning
Simulate hydrologic behavior and develop flood mitigation strategies with precision.
Industrial Water Systems
Ensure process reliability and optimize resource use in closed-loop or treated systems.
Agricultural Water Planning
Enable precision irrigation, canal network optimization, and water reuse strategies.
MicroStation-Based Design Solutions
Problem Statement
Today’s infrastructure projects are more complex, multidisciplinary, and time-sensitive than ever. Engineering teams are expected to produce accurate, standards-compliant designs across 2D and 3D environments while navigating tight timelines and collaborative constraints. Conventional drafting tools often fall short—lacking interoperability, performance at scale, and real-time coordination. This leads to fragmented data, inefficiencies, and costly design errors that impact delivery and execution.
Solution Summary
At Mahirut, we deliver cutting-edge design capabilities powered by MicroStation—the infrastructure design platform of choice for high-performance 2D and 3D CAD. From drafting and annotation to visualization and model-based design, Mahirut helps civil, structural, architectural, and utility teams bring precision, control, and clarity to every stage of their design process. Our solution is built for infrastructure scale—empowering seamless collaboration, robust performance, and intelligent workflows.
Benefits
- Accurate Design Output: Create precise, standards-driven drawings and models with parametric accuracy using industry-specific templates.
- Interoperability Without Limits: Seamlessly integrate with DWG, DGN, IFC, Revit, and GIS data to ensure smooth workflows across platforms.
- Unified 2D & 3D Modeling: Work in both 2D and 3D environments simultaneously without the need for switching or duplicating efforts.
- Smarter Collaboration: Securely manage files, design changes, and multi-user access through cloud-based or on-premise collaboration systems.
- Optimized Performance: Handle large-scale infrastructure designs with minimal lag and maximum reliability, even for complex projects.
- Automation and Customization: Automate repetitive tasks and customize workflows with built-in scripting support (VBA, Python, C#).
Our Approach
How it Works
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Define Project Requirements
- Set up the project environment using Mahirut templates, file structures, and standards libraries.
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Initiate Design in 2D/3D
- Start drafting geometry and modeling directly within a single interface—linework, solids, terrains, and references.
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Integrate External Data
- Import GIS data, BIM models, point clouds, or existing CAD files for accurate base mapping and context modeling.
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Apply Constraints and Intelligence
- Use parametric modeling and design constraints to maintain design intent throughout iterations.
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Annotate and Document
- Generate plans, sections, elevations, and automated drawing sheets linked directly to your models.
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Review and Collaborate
- Use visualization tools and model viewers to perform design checks, clash detection, and team reviews.
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Publish and Deliver
- Export final deliverables in construction-ready formats with accurate georeferencing, metadata, and drawing control.
Key Features
Roads & Highways
2D/3D alignment modeling, cross-sections, and right-of-way planning.
Buildings & Campuses
Architectural drafting, façade detailing, and site planning.
Utilities & Telecom
Design of above-ground and underground utility layouts, pole networks, and fiber routing.
Bridges & Railways
Detailed structure modeling, clash detection, and track alignment.
Land & Site Development
Topographic modeling, parcel planning, and cut-fill analysis.
Geospatial Design
Design with real-world context using integrated GIS and terrain data.
OpenPath-Based Mobility Simulation Solutions
Problem Statement
Urban infrastructure is evolving fast, but traditional transportation and pedestrian modeling tools are lagging behind. Planners, engineers, and city authorities struggle with siloed systems that fail to capture real-world movement patterns—leading to inefficient layouts, unsafe zones, and costly reworks. In today’s dynamic cities, infrastructure decisions must be informed by accurate simulations of how people and vehicles actually move across environments—indoors and outdoors.
Solution Summary
At Mahirut, we bring intelligence and insight to mobility and pedestrian infrastructure with our OpenPath-powered simulation solutions. OpenPath allows planners, architects, and engineers to digitally simulate pedestrian behavior, vehicle movement, and space utilization—helping you design safer, more accessible, and efficient spaces. From rail stations and airports to campuses and commercial hubs, Mahirut helps you evaluate how design impacts human experience, safety, and system performance.
Benefits
- Realistic Movement Simulation: Simulate pedestrian and vehicle movement through space to understand flow under both normal and peak conditions.
- Design Validation: Test circulation, accessibility, and crowd management strategies early to ensure design viability before construction.
- Safety & Egress Planning: Model emergency evacuation scenarios to identify potential bottlenecks or unsafe zones and improve safety protocols.
- Data-Driven Planning: Use dynamic simulations and behavioral models to make more informed design and operational decisions based on real data.
- Seamless Integration: Integrate with BIM, GIS, and planning data to ensure a smooth transition from design to real-world application.
- Continuous Optimization: Iteratively test multiple design scenarios to optimize layout, flow, and user experience for maximum efficiency.
Our Approach
How it Works
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Import Project Environment
- Start by importing 2D floor plans or 3D BIM models from Revit, IFC, or DWG formats.
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Define Movement Logic
- Add routes, obstacles, doors, stairs, ramps, and behaviors based on building codes and design assumptions.
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Simulate Movement
- Run simulations of pedestrians, passengers, or vehicles across defined paths and zones.
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Analyze Flow & Density
- Evaluate journey times, congestion points, wait times, and evacuation durations.
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Compare Design Alternatives
- Test multiple layout options to assess their impact on safety, efficiency, and accessibility.
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Generate Reports & Insights
- Create visual outputs, heatmaps, and compliance documentation for stakeholder communication.
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Integrate with Design Process
- Loop insights back into the design to iteratively refine and improve project outcomes.
Key Features
Stadiums & Arenas
Optimize entry/exit points, seating arrangements, and crowd flow during events.
Transit Hubs
Model passenger transfer between buses, trains, metros, and terminals.
Public Buildings & Campuses
Design safe evacuation routes, common areas, and wayfinding logic.
Airports
Plan passenger flows through security, customs, and boarding zones.
Mixed-Use Developments
Evaluate circulation in retail, residential, and commercial spaces for better spatial planning.
Hospitals & Emergency Facilities
Ensure accessible, fast movement for patients and staff under routine and emergency conditions.
SYNCHRO-Based Construction Planning Solutions
Problem Statement
Construction projects today are more dynamic, collaborative, and schedule-critical than ever before. Yet, many projects still rely on fragmented schedules, outdated spreadsheets, and disconnected workflows to plan and execute billion-dollar infrastructure. These manual approaches create blind spots in decision-making, increase the risk of delays, and inflate budgets. Engineering and construction teams need smarter tools that link design intent with real-time construction progress to ensure every move on site is deliberate, efficient, and coordinated.
Solution Summary
Mahirut enables construction professionals to confidently plan, visualize, and deliver complex infrastructure with Synchro—a leading 4D/5D construction management platform. Our Synchro-based solutions connect design models, time, cost, and field data into one integrated construction environment. This empowers project managers, planners, and site engineers to simulate builds, track real-time progress, optimize resources, and drive execution—all from a centralized digital workspace.
Benefits
- 4D & 5D Planning Excellence: Link design models with construction timelines and costs to gain complete control over project execution—how, when, and where work happens.
- Field-to-Office Integration: Capture real-time updates from the field using mobile tools, ensuring decisions are based on the most current information available.
- Enhanced Visibility: Visualize project status, resource utilization, and sequence changes in intuitive, easy-to-read dashboards for better project oversight.
- Construction Simulation: Identify risks early and explore "what-if" scenarios to deconflict tasks and prevent issues before they reach the job site.
- Streamlined Communication: Collaborate seamlessly across project teams and stakeholders with centralized models, timelines, and reporting tools for clear communication.
- Productivity & Profitability: Improve construction efficiency, minimize rework, and confidently meet deadlines to enhance profitability and project success.
Our Approach
How it Works
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Import and Align Models
- Bring in design models (from Revit, OpenBuildings, IFC, etc.) and align them with schedule tasks and construction logic.
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Link Schedule to 3D
- Associate each task in the construction plan with the relevant 3D geometry to create a 4D timeline.
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Simulate and Optimize
- Run visual simulations of construction activities—detect clashes, resolve sequencing conflicts, and test different strategies.
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Plan Resources & Costs
- Extend to 5D by integrating labor, equipment, materials, and cost data for each activity.
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Deploy to Field Teams
- Publish work packages and task updates to mobile apps used by on-site personnel.
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Track and Report
- Capture real-time progress with photos, updates, and status checks to measure planned vs. actual.
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Closeout and Handover
- Deliver as-built data, verified schedules, and documentation for seamless project turnover.
Key Features
Civil Infrastructure Projects
Simulate and sequence roads, railways, bridges, and metro projects.
Urban Development
Coordinate site development with underground utilities, landscaping, and public spaces.
Building Construction
Deliver complex structures with precision sequencing and resource optimization.
Industrial Plants
Manage time-sensitive shutdowns and large-scale equipment installations.
Field Execution & Monitoring
Keep your project on track with mobile-based progress tracking and automated field reporting.
