Understand.
Ask the right questions. Understand the site, the objectives and the people who will depend on the outcome.
01 / 03
INDEPENDENT THINKING. ENDURING INFRASTRUCTURE.
We turn complex challenges into infrastructure
that connects people, places and possibilities.
2004Founded
80+Engineering staff
140+Projects delivered
5Engineering disciplines
01 / THE PAVRON PERSPECTIVE
Infrastructure is more
than what we build.
It’s what we make possible.
Since 2004, PAVRON has brought engineering judgement to the infrastructure that moves Pakistan forward. From the ground beneath a foundation to the networks that connect a region, we see the bigger picture.
Meet PAVRON02 / WHAT WE DO
Complex challenges.
Connected expertise.
01Transportation Engineering
Highway and transport engineering has been our founding discipline since 2004, from geometric design to full-corridor asset management.
- Highway geometric design
- Pavement design & rehabilitation
- Traffic studies & transport planning
- Road safety audits
- Intersection & interchange design
02Structural Engineering
Condition surveys, structural assessment and rehabilitation design for bridges, culverts and interchange structures.
- Bridge & culvert design
- Structural condition assessments
- Load capacity assessment
- Structural rehabilitation & strengthening
- Interchange structures
03Water Resources Engineering
Distribution design and supply schematics sized for long-term municipal growth with minimal maintenance overhead.
- Water supply & distribution systems
- Hydrological studies
- Hydraulic modelling
- Stormwater drainage design
- Flood risk assessment
04Geo-Technical Engineering
Subsurface investigation and foundation design that grounds every structure in the realities of the site.
- Feasibility & technical studies
- Engineering design & assessment
- Implementation & delivery support
05Urban & Rural Development
Planning support for settlements where infrastructure, environment and community growth have to move together.
- Urban & rural master planning
- Land use planning
- Community infrastructure design
- Road & utility network planning
- Regional development studies
06Road Asset Management System (RAMS)
Understand road condition, assess pavement performance and plan maintenance across the network with reliable asset data.
- Falling Weight Deflectometer (FWD) testing
- Pavement Condition Index (PCI) surveys
- International Roughness Index (IRI) surveys
- Pavement strength assessment
- Road asset inventory & GIS mapping
- Maintenance & rehabilitation planning
- Network prioritisation & lifecycle analysis
03 / SELECTED WORK
Thinking made tangible.
2017 – 2020MOTORWAYS AND HIGHWAYS · Transportation Engineering
SWAT EXPRESSWAY
KHYBER PAKHTUNKHWA
Swat Motorway Phase I (80km) Constructed under 'Build Operate Transfer' basis, the Swat Motorway is a high speed, fenced, 4-lane divided Provincial Motorway having an approximate length of 80 Kilometers. The length includes the construction of a twin-tube tunnel system consisting of a sectional length of 1.8 Kilometers in one direction. In both the directions, the tunnel length is a total of 3.6 Kilometers. The motorway forms part of the trade corridor taking off from the Kernal Sher Khan Interchange located at the M-1 Motorway and terminates at the Chakdara Intersection on the National Highway N-45 and N-95 in the district Malakand. The Swat motorway provides an alternate route for the Districts of Swat, Dir Lower, Dir Upper, Chitral, Shangla, Malakand Agency, Bajour Agency and other parts of the Malakand region. Hence not only boosting trade and access within the region, but increasing the amount of tourism and the ease of access within the hillside area that was dearly needed. The reasons involved particularly due to the recent saturation and burst of people flocking over from all over Pakistan to visit the area that was recently cleared of terrorism.
2024 – OngoingROAD INFRASTRUCTURE · Pavement Management
Road Assets Management System (RAMS)
Khyber Pakhtunkhwa
RAMS is an ADB-funded Geographic Information System (GIS) built for the Khyber Pakhtunkhwa government to digitize and manage the province's road infrastructure asset inventory — covering carriageways, bridges, culverts, and associated road furniture across the provincial and district road network. The system replaces manual, paper-based asset records with a centralized digital inventory that supports asset lifecycle management: capturing as-built geometry, condition and classification data, and maintenance/rehabilitation history for each asset, tied to precise spatial location. This gives planning departments the ability to query road networks by district, road class, or condition, and to visualize the full network on interactive maps for infrastructure planning, budgeting, and maintenance prioritization. Civil engineering-relevant capabilities: Asset inventory & classification: Structured cataloguing of roads (by classification/hierarchy), bridges, and culverts, each with engineering attributes (length, width, surface type, structural details) alongside spatial geometry. Spatial data capture from survey/as-built sources: Ingests KMZ files (commonly exported from GPS field surveys and Google Earth) as the source of truth for road alignments and structure locations. Approval-based change control: Any modification to an asset — new construction, realignment, decommissioning — goes through a structured request-approval workflow, mirroring how infrastructure change is authorized in practice rather than allowing direct database edits. GIS map publishing: Uses GeoServer to publish standards-based map layers (WMS/WFS) so asset data can be visualized and consumed by GIS desktop tools and web dashboards alike, aligned with how transport departments typically integrate spatial data. Data reconciliation: Cleaned and standardized inconsistent field-collected data (road names, alignments, coordinates) across districts to build a reliable master asset register — a common challenge in infrastructure projects, where legacy datasets are fragmented and inconsistently formatted. Impact: Supports evidence-based road network planning and maintenance decisions for a government road authority, replacing fragmented paper/spreadsheet records with a query-able, map-based asset register.
AIRPORTS · Pavement Management
BACHA KHAN AIRPORT
PESHAWER, KHYBER PAKHTUNKHWA
The Civil Aviation Authority of Pakistan (CAA) intends to undertake upgradation and rehabilitation of airside infrastructure of Bacha Khan International Airport (BKIA), located in Peshawar. The upgradation and rehabilitation of existing airfield infrastructure includes runways, taxiways, and aprons. To evaluate the structural and functional condition of the runway pavement system, CAA has appointed OCL-Pavron JV to carry out a comprehensive pavement condition and structural assessment using the Pavement Condition Index (PCI) and Falling Weight Deflectometer (FWD) methodology respectively. The PCI approach is developed by the U.S. Army Corps of Engineers (recognized by FAA and ICAO), is based on visual inspection and distress evaluation to determine the overall health and serviceability of the pavement.
04 / FROM VISION TO DELIVERY
A clear process.
A shared ambition.
Resolve.
Bring disciplines together. Turn technical complexity into a coordinated, practical engineering response.
Deliver.
Stay close to the details. Support informed decisions and help move the project from design to reality.
ENGINEERING IS A PEOPLE BUSINESS
Good minds.
Meaningful work.
Find your place at PAVRON CLIENTS & STRATEGIC PARTNERS
Trusted by leading authorities & institutions.
Delivering transportation, pavement, and civil infrastructure advisory across Pakistan's most demanding projects.
GOOD PROJECTS BEGIN WITH A CONVERSATION
Let’s build
what’s next.
Your ambition. Our engineering perspective.
ISLAMABAD, PAKISTAN / EST. 2004