Road & Highways
Roads, highways, freeways and motorways are the de facto constituents of a robust transport infrastructure, be it for a village, city or nation. Today, ambitious goals for economic development are set and achieved on the back of far-reaching and well-maintained road networks.
With decades of experience in roads and highways engineering, MMCPL provides comprehensive solutions that prioritize safety, efficiency, and sustainability. Our team of specialists combines technical excellence with practical knowledge to deliver infrastructure that serves communities for generations. The core areas where we excel are:
Road Network Design: From rural roads to major highways, we deliver detailed designs that optimize traffic flow, enhance safety, and minimize environmental impact. Our solutions incorporate the latest engineering standards while considering local conditions and requirements.
Infrastructure Assessment: Our thorough assessment services help identify potential issues before they become problems. We conduct detailed surveys and analyses of existing infrastructure to develop maintenance strategies and improvement recommendations.
Traffic Engineering: Using advanced modeling tools and traffic analysis, we develop solutions that improve mobility and reduce congestion. Our approach considers current needs while planning for future growth and development.
Excellence in Roads Infrastructure Planning & Design
With a team of experts dedicated to road and bridge engineering, MMCPL uses the most advanced software and tools to create feasible and efficient roadway infrastructure solutions.
Every project begins with a thorough understanding of local conditions, environmental factors, and community needs. We believe in:
- Integration of smart technology for improved infrastructure management
- Close collaboration with stakeholders throughout the project lifecycle
- Cost-effective solutions that maximize long-term value
Traffic Studies● Peak hour analysis and LOS determination ● Microsimulation using VISSIM and Aimsun ● Capacity analysis using HCS and Sidra ● Origin-destination studies ● Queue length studies and modeling ● Travel time and delay studies ● Signal timing optimization ● Traffic forecasting and growth modeling ● Pedestrian and bicycle movement analysis ● Safety analysis using HSM methodologies ● Crash data analysis and mitigation strategies ● Multi-modal transportation studies ● Parking demand and turnover studies
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Roadway Design● Cross-section development and optimization ● Horizontal and vertical alignment design ● Clear zone analysis and safety features ● 3D alignment optimization using Civil 3D ● Sight distance analysis and verification ● Superelevation design and transitions ● Intersection design and channelization ● Access management and driveway design ● Pedestrian facility design (ADA compliance) ● Bike lane, bus lane and shared-use path design ● Construction phasing and MOT plans ● Design criteria documentation ● Design exception analysis and documentation |
Structural & Construction Engineering● Bridge design and assessment to AASHTO LRFD ● Retaining wall analysis and design ● Culvert hydraulics and structural design ● Foundation engineering and analysis ● Seismic analysis and retrofit design ● 4D BIM implementation and management ● Construction sequencing and staging ● Quality control procedures ● As-built documentation and verification |
Roadway Drainage & Hydrology● Watershed delineation and analysis ● Culvert sizing and hydraulic design & modeling using HEC-RAS ● Sewer system modeling ● Bridge scour analysis ● Climate change resilience planning ● BMP selection and design ● Storm water management system design ● Scour analysis and protection measures ● Green infrastructure integration ● Flood risk assessment and mitigation |
Traffic Signal Design● Signal warrant analysis ● Controller specifications and programming ● Signal timing optimization ● Coordination and synchronization plans ● Detection system design (video, loop, radar) ● Emergency vehicle preemption systems ● Transit signal priority implementation ● Smart corridor integration |
Parking Studies● Supply and demand analysis ● Shared parking feasibility studies ● Parking facility layout optimization ● Revenue projection models ● Smart parking system integration ● Wayfinding and circulation analysis ● EV charging infrastructure planning ● ADA compliance assessment
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Pavement Design & Engineering● Mechanistic-empirical pavement design using AASHTO standards ● Flexible and rigid pavement analysis ● Material specifications and mix design ● FWD testing and analysis ● Performance modeling and life cycle assessment |
Smart Infrastructure● ITS system design and integration ● Connected vehicle infrastructure ● Smart, swift and smooth toll collection ● Real-time traffic monitoring systems ● Smart lighting and energy management ● Asset management systems |
Environmental Engineering● Environmental impact assessments ● Noise modeling and mitigation design ● Air quality analysis ● Erosion and sediment control ● Sustainable material specifications |
Socioeconomic Assessment● Environmental justice analysis ● Community impact assessments ● Economic benefit-cost analysis ● Land use impact studies ● Public engagement programs ● Property value impact analysis ● Employment and business impacts ● Social vulnerability assessments |
Bid Management● Detailed quantity takeoffs ● Unit price analysis and estimation ● Bid document preparation ● Contractor prequalification ● Bid evaluation and comparison ● Contract document preparation ● Schedule of rates development ● Risk assessment and mitigation |
Detailed Project Reports● Project feasibility studies ● Alternative analysis and selection ● Detailed cost estimates with section-wise breakdown ● Implementation scheduling ● Financial viability assessment ● Risk analysis and mitigation plans ● Stakeholder consultation reports ● Technical specifications development |