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 This project involved providing engineering consultancy services for the study and rehabilitation of the existing Wadi Al-Auq Road over a total length of 25 km, including the complete redesign of the corridor in accordance with Oman Highway standards.

The scope included road realignment, pavement assessment and redesign, evaluation of road layers, addition of new box culverts and drainage structures, inspection and assessment of three existing bridges, and the design of slope protection measures to improve safety and long-term performance.

Modon Engineering Consultancy delivered comprehensive engineering studies and redesign solutions to enhance road functionality, improve resilience, and support safe and sustainable transportation infrastructure.

Consultancy of Supervision Services for Construction of Balance Work at Sohar Gate (Free Zone Link)

This project involved providing design review and construction supervision consultancy services for the balance works of the Sohar Gate (Free Zone Link) project. The scope included the review of engineering designs and supervision of construction activities for a 5 km dual carriageway to ensure compliance with technical standards, construction quality, and project requirements.

Modon Engineering delivered professional supervision and engineering oversight services to support efficient project execution, quality assurance, and the successful delivery of a safe and reliable transportation corridor.

Consultancy Services for Treatment of Water Stagnation on Asphalt Roads in Various Locations

This project involved providing engineering consultancy services to address water stagnation issues on asphalt roads across various locations in Al Dakhiliyah Governorate. The scope included conducting site assessments, hydraulic and geotechnical studies, and developing engineering solutions to improve drainage performance and enhance road durability.

The project included the redesign of drainage systems, together with the design of box culverts and drainage channels to effectively manage stormwater runoff, reduce water accumulation, and improve the long-term performance and safety of the road network.

Modon Engineering delivered integrated engineering and design solutions focused on sustainable stormwater management and resilient road infrastructure across multiple sites in the governorate.

This project involved providing engineering consultancy services for the assessment and rehabilitation of roads damaged by Al-Mateer weather conditions across Al Dhahirah and Al Buraimi Governorates. The scope included conducting road condition assessments, engineering studies, and developing resilient design solutions to restore and improve transportation infrastructure.

The project also covered selected locations requiring the design of bridges, box culverts, drainage channels, and slope protection works to enhance flood resilience, improve stormwater management, and reduce the risk of future infrastructure damage.

Modon Engineering delivered integrated engineering solutions focused on safe, sustainable, and long-term infrastructure performance under challenging environmental conditions.

 Completion of Remaining Works for Land Reclamation for Future Development Purposes at Kumzar, Musandam

This project supports future development initiatives in Kumzar, Musandam through comprehensive engineering studies and design services for land reclamation and infrastructure development. The scope includes the design of a 7 km mountain road, supported by hydraulic and geotechnical studies, stormwater drainage design, and slope stabilization solutions to ensure long-term safety and performance.

The project also includes the design of a 1. km coastal road together with coastal protection works to enhance resilience and support sustainable development objectives.

Modon Engineering delivered integrated engineering consultancy, road design, hydraulic and geotechnical studies, infrastructure design, and specialized engineering solutions tailored to the site’s mountainous and coastal conditions.

  This project involved providing engineering consultancy and design services for box culverts across valley stream crossings in Rustaq to improve water conveyance, enhance road connectivity, and reduce flood-related risks. The scope included hydrological and hydraulic assessments, drainage analysis, and structural design to develop efficient and resilient crossing solutions aligned with local site conditions.

Modon Engineering delivered integrated engineering solutions focused on improving infrastructure performance, stormwater management, and long-term operational reliability while supporting safe and sustainable regional development.

 This project involved delivering specialized engineering consultancy and slope stabilization design services for the improvement of the Khasab–Tibat Road, with a focus on enhancing road safety, long-term stability, and infrastructure resilience within challenging mountainous terrain.

The scope included geotechnical assessment, slope stability analysis, and the design of slope protection and stabilization measures to mitigate rockfall and erosion risks while improving the performance and reliability of the road corridor.

Modon Engineering provided integrated engineering solutions tailored to the site conditions, supporting safe, sustainable, and efficient transportation infrastructure development.

 This project involved delivering integrated road design and hydraulic engineering consultancy services to support the development of the New Smart City in Sohar. The scope included road network design, hydraulic studies, stormwater management analysis, and drainage system design to ensure efficient water flow management and long-term operational performance.

Modon Engineering provided specialized engineering solutions focused on transportation planning, hydraulic analysis, and sustainable design approaches aligned with the future vision of smart city development.

 This project involved conducting hydrological impact studies for the Izz and Tahwa landfill sites to evaluate surface water behavior and assess potential environmental impacts associated with site development and operation. The scope included hydrological analysis, runoff assessment, flood risk evaluation, and drainage recommendations to support safe and sustainable site planning.

Modon Engineering delivered specialized engineering and environmental study services to enhance water management strategies and support resilient, environmentally responsible development.

 This project involved delivering detailed design services for a small-scale fish landing facility (Marfa) to support marine operations and enhance coastal infrastructure. The scope included the design of 320 m breakwaters, a reclamation area, pontoon facilities, skiff beach, fishermen service buildings, and a boat launching ramp to improve accessibility, operational efficiency, and marine safety.

Modon Engineering  provided integrated engineering design solutions with a focus on functional planning, coastal resilience, and sustainable development to support local fishing activities and long-term infrastructure performance.

This project involved delivering engineering design services for the upgrade of Kumzar Fisher Harbor to enhance marine infrastructure and improve operational efficiency. The scope included the design of a 250 m marine quay wall, flood protection works, and a hydraulic study for the drainage channel to improve water management and increase resilience against flooding events.

Modon Engineering provided specialized engineering and hydraulic design solutions tailored to the coastal environment, supporting safe, sustainable, and efficient harbor development.