Comprehensive traffic volume surveys and Automatic Traffic Classifier Counter (ATCC) studies to capture vehicular flow, composition, and peak-hour patterns — forming the basis for accurate road design, capacity analysis, and pavement loading estimation.

High-precision topographic surveys using Total Station, DGPS, and drone-based LiDAR technology — capturing accurate terrain data essential for route alignment, cross-sectional design, drainage planning, and earthwork estimation.

Axle load data collection and analysis to determine the actual load spectrum on existing or proposed roads — critical for accurate pavement thickness design, structural adequacy assessment, and compliance with IRC standards.

Subsurface investigation through bore holes, trial pits, and laboratory testing — providing soil classification, bearing capacity, CBR values, and foundation suitability data essential for road, bridge, and cross-drainage structure design.

Systematic evaluation of existing road surface conditions including distress mapping, roughness measurement, and deflection testing — enabling evidence-based decisions on maintenance, rehabilitation, or resurfacing interventions.

Design of at-grade intersections, roundabouts, and grade-separated interchanges — incorporating traffic signal timing, channelisation, sight distance, and pedestrian provision to ensure safe, efficient, and smooth traffic operations.

Design of horizontal and vertical alignments, cross-sections, and superelevation transitions — in accordance with IRC guidelines — ensuring safe operating speeds, minimum earthwork, and optimal integration with the surrounding terrain.

Mechanistic-empirical pavement design for flexible and rigid pavements — accounting for design traffic, subgrade strength, drainage conditions, and material specifications — to deliver long-lasting, cost-effective road surfaces.

Formal, independent safety examination of road designs and existing highways — identifying potential hazards and recommending countermeasures to reduce accident risk and improve road user safety at all stages of project development.

Detailed structural design of bridges, culverts, viaducts, and other cross-drainage structures — incorporating hydraulic data, foundation conditions, and loading standards (IRC codes) to deliver structurally efficient and durable solutions.

Systematic structural assessment of existing roads, bridges, culverts, and cross-drainage structures — evaluating load-carrying capacity, identifying deterioration or distress, and recommending strengthening, rehabilitation, or replacement measures to restore structural safety and extend infrastructure service life.

Strategic land use and facility layout planning for industrial campuses — optimising production flow, utilities routing, safety zones, environmental buffers, and future expansion provisions within a coherent, efficient master plan framework.

Integrated planning of all industrial utility systems — including water supply, power distribution, compressed air, steam, drainage, and fire fighting — ensuring reliable, efficient, and maintainable utility infrastructure supporting uninterrupted operations.

Design of process flow layouts integrating production equipment, piping, instrumentation, and operational workflows — ensuring seamless process continuity, safety compliance, and operational efficiency within the industrial facility.

Planning of internal road networks, loading docks, vehicle turning radii, pedestrian pathways, and goods movement corridors — optimising logistics flow and minimising operational conflicts within the industrial facility.

Design of industrial water treatment, recycling, and wastewater management systems — ensuring compliance with pollution control norms and zero liquid discharge requirements while optimising water efficiency across the facility.

Design of HT/LT power distribution networks, substation layouts, load scheduling, power factor correction, and DG/UPS integration — ensuring reliable, energy-efficient electrical supply across all production and utility zones.

Design of heating, ventilation, and air conditioning systems for industrial facilities — including process area ventilation, clean room systems, dust extraction, and comfort conditioning — tailored to process requirements and energy efficiency targets.

Comprehensive fire protection system design including hydrant networks, sprinkler systems, fire detection and alarm systems, and emergency evacuation planning — in compliance with TAC, NBC, and relevant industrial safety standards.

Detailed civil and structural design of industrial buildings, equipment foundations, pipe racks, retaining structures, and ancillary civil works — designed to applicable IS codes and tailored to the dynamic load and vibration requirements of industrial processes.

Support for environmental impact assessment, consent to establish and operate, pollution control board submissions, and ongoing regulatory compliance — ensuring projects meet all statutory environmental requirements throughout their lifecycle.

Independent structural stability assessment of existing industrial facilities — evaluating the integrity of structures, equipment foundations, pipe racks, and retaining systems against current and revised loading conditions, and recommending remediation or reinforcement to ensure continued operational safety and regulatory compliance.

Preliminary technical and commercial feasibility assessment for solar power projects — evaluating energy potential, grid connectivity options, land requirements, regulatory framework, and indicative project costs to support informed investment decisions.

Detailed energy yield modelling using PVSyst software — simulating annual energy generation, system losses, performance ratios, and degradation curves to provide bankable energy production estimates for project financing and performance guarantees.

Comprehensive assessment of solar irradiance data using satellite-based and ground-measured datasets — validating GHI, DNI, and DHI values to accurately characterise the solar resource and minimise energy yield uncertainty for the project site.

Technical evaluation of prospective project sites for solar suitability — assessing topography, shading, accessibility, land use classification, proximity to grid infrastructure, and soil conditions to determine optimal site selection.

Detailed layout design for solar array configuration, inter-row spacing, inverter placement, cabling routes, and switchyard design — optimised for maximum energy yield, minimum losses, ease of maintenance, and compliance with CEIG requirements.

Planning of power evacuation infrastructure including transmission line routing, pooling substation design, grid interconnection requirements, and DISCOM/SLDC coordination — ensuring reliable, code-compliant grid integration for the solar facility.

Design of module mounting structures, foundation systems, inverter and transformer platforms, control room buildings, and boundary infrastructure — accounting for wind, seismic, and soil load conditions to ensure structural safety and long-term durability.

Integrated financial modelling covering capital expenditure, operational costs, tariff analysis, IRR, NPV, DSCR, and sensitivity analysis — providing investors and lenders with a robust, bankable financial framework for project decision-making.

Conceptual and schematic architectural design for residential, commercial, institutional, and healthcare buildings — encompassing space planning, functional zoning, building form, and aesthetic development in alignment with client requirements and regulatory norms.

Detailed structural design of high-rise and low-rise buildings using RCC and structural steel systems — including framing, slab and beam design, foundation engineering, and seismic analysis — ensuring structural safety, buildability, and compliance with IS codes.

Specialised structural engineering for tall buildings — addressing lateral load systems, wind and seismic performance, transfer slabs, core wall design, and differential settlement — delivering structurally robust high-rise solutions for residential and commercial towers.

Engineering consultancy for hospitals, clinics, educational institutions, police stations, and government buildings — incorporating stringent structural, MEP, fire safety, and accessibility requirements specific to institutional and healthcare occupancies.

Engineering and project management for riverfront development, urban plazas, public realm infrastructure, and civic spaces — combining structural design, landscape integration, and hydraulic considerations to deliver vibrant, people-centric urban environments.

Comprehensive structural and infrastructure engineering for residential townships, gated communities, and plotted developments — encompassing master planning, building design, internal road networks, utility planning, and DPR preparation.

Design of shallow and deep foundation systems — including isolated footings, raft foundations, pile foundations, and basement retaining structures — based on geotechnical investigation reports and site-specific soil conditions for safe, economic foundation solutions.

Integration of Building Information Modelling across the urban infrastructure design process — enabling 3D clash detection, quantity takeoff, 4D construction scheduling, and coordinated multi-discipline design delivery for complex urban building projects.

Full-scope project management consultancy for urban building projects — covering contractor management, quality assurance, progress monitoring, cost control, and project certification — ensuring timely, on-budget, and quality-compliant project delivery.

Independent third-party structural audits, quality certification, and project progress assessment for urban building projects — delivering unbiased, professional evaluation reports that provide assurance to developers, investors, banks, and regulatory authorities.

Design and engineering of landscape infrastructure for urban projects — encompassing site grading, surface drainage, hardscape and softscape layout, irrigation systems, outdoor lighting, and sustainable urban drainage solutions — creating functional, aesthetically rich, and environmentally responsive outdoor environments.

Comprehensive structural assessment of existing buildings and urban structures — evaluating load-bearing systems, identifying cracks, settlement, or material degradation, and preparing detailed investigation reports with rehabilitation and retrofitting recommendations to restore structural safety, extend building life, and meet current code requirements.

Planning and design of rural road networks, approach roads, village streets, culverts, and cross-drainage works — improving all-weather access, mobility, and linkage to markets, schools, health centres, and administrative services.

Engineering consultancy for rural drinking water infrastructure — including source assessment, pumping systems, storage reservoirs, distribution networks, household connections, and water quality considerations for reliable community supply.

Design and planning support for rural sanitation, wastewater collection, treatment, reuse, soak pits, and decentralised systems — enabling hygienic, environmentally responsible, and maintainable village-level sanitation solutions.

Assessment and design of village drainage, storm water channels, retention measures, and flood protection works — reducing waterlogging, protecting public assets, and improving resilience during high-rainfall events.

Consultancy for minor irrigation, canal improvements, farm ponds, check dams, recharge structures, and distribution systems — supporting agricultural productivity through practical and sustainable water resource management.

Design and project support for schools, anganwadi centres, health sub-centres, panchayat facilities, markets, public toilets, and other community assets — combining structural safety, functional planning, and long-term durability.

Topographic surveys, condition assessments, asset mapping, feasibility studies, cost estimates, and detailed project reports for rural infrastructure programmes — creating clear technical and financial roadmaps for implementation.

Project management consultancy, quality assurance, third-party inspection, measurement verification, and completion certification for rural infrastructure works — ensuring accountable execution and reliable asset delivery.