Vision
To be a recognized leader in piling, shoring, soil improvement and foundation engineering across the Middle East, setting high standards for quality, innovation and sustainable construction.
GROUND ENGINEERING FOR A STRONGER TOMORROW
SOLID FOUNDATIONS.EXTRAORDINARY POSSIBILITIES.
Specialist piling, shoring and ground improvement contractor in Dubai, serving construction projects across the UAE.
Build Your Dream
25 Years OfUndefeated Success.
With years of hands-on experience in the UAE’s construction landscape, we combine time-tested methods with modern engineering to deliver projects that stand the test of time.
WORK WITH US ↗512+Successfully completed projects
25+Years of experience
35+Heavy machinery units
100%Safety & quality commitment
ABOUT AL WATAD
LEADING PILING, SHORING & GEOTECHNICAL EXPERTISEACROSS THE MIDDLE EAST.
Al Watad Foundation is a specialized piling, shoring, deep foundation and soil improvement contractor serving projects across the UAE and the Middle East. With more than 25 years of industry experience, we deliver engineered geotechnical solutions for commercial, residential, industrial and infrastructure developments.
Our expertise combines experienced engineering teams, specialized equipment and proven construction methods to deliver safe, reliable and technically sound foundation solutions. From ground improvement and excavation support to deep foundation works, we support projects from planning through execution.
Discover our company →2014Established in Abu Dhabi
2016Dubai branch
03UAE branches
Mission
To deliver safe, reliable and technically advanced geotechnical solutions through experienced teams, specialized equipment and modern construction technologies, creating lasting value for our clients and their projects.
Building excellenceRegional reachProven reliability
OUR EXPERTISE
ENGINEERED FROMTHE GROUND UP.
We deliver specialist geotechnical solutions that enable safer construction, stronger structures and more sustainable communities. Our integrated approach combines technical expertise, modern equipment and practical experience to solve complex ground engineering challenges across the UAE.
Piling & foundations
Bored piles, CFA piles and specialist foundation solutions for complex ground conditions.
Explore piling solutions →
Shoring & retention
Engineered excavation support systems designed for safety, stability and constructability.
Explore shoring solutions →
Ground improvement
Soil enhancement solutions including stone columns and other specialist techniques.
Explore ground improvement →SPECIALIST METHODS
THE RIGHT METHOD.FOR YOUR GROUND.
From piling and excavation support to onshore and offshore ground improvement, explore our methods, applications and installation stages.
Vibro replacement stone columns
Constructing high-capacity load-bearing stone columns to reinforce weak soils and control settlement.
Method & execution stages+
01
Set out & penetrate
Establish the grid and selected wet or dry installation method.
02
Place & compact
Place aggregate and compact in controlled stages.
03
Discuss this method →Verify improvement
Review depth and aggregate records and complete specified verification tests.
Dynamic compaction
Improving soil density and bearing capacity by applying high-energy impacts to the ground surface.
Method & execution stages+
01
Trial & plan
Define the trial, impact grid, exclusion zone and monitoring.
02
Apply impacts
Apply the approved drop sequence and manage surface craters.
03
Discuss this method →Verify response
Verify improvement using specified field tests and monitoring records.
Dry stone columns
Utilizing dry-feed methods to create compacted stone columns for efficient soil stabilization.
Method & execution stages+
01
Prepare the location
Confirm the treatment grid, working platform and approved installation method.
02
Install & compact
Introduce and compact stone in the specified stages to form the column.
03
Discuss this method →Check treatment records
Review material use, installation records and project-specified verification.
Continuous flight auger (CFA)
A low-vibration piling method for urban construction, with concrete pumped through the auger during withdrawal.
Method & execution stages+
01
Continuous drilling
Drill to the specified depth with the continuous auger.
02
Withdrawal & pumping
Coordinate withdrawal with delivery pressure and volume to maintain the shaft.
03
Discuss this method →Reinforce & check
Install reinforcement as specified; review installation data and required tests.
Offshore stone columns
Specialized marine-based soil improvement to support offshore structures and coastal developments.
Method & execution stages+
01
Plan marine operations
Review marine access, working arrangements and environmental requirements.
02
Position & install
Control positioning and installation using the project-specific marine method.
03
Discuss this method →Record & verify
Maintain position and treatment records and undertake the specified tests.
Sheet piles & shoring
Providing essential earth retention and excavation support for deep foundations and shoring.
Method & execution stages+
01
Set out
Confirm utilities, boundaries and installation constraints.
02
Install
Install specified steel elements to the approved line and embedment.
03
Discuss this method →Support & monitor
Install lagging or bracing as specified and coordinate excavation and monitoring.
More engineering capabilities
Explore all services →Bored piles+
Cast-in-situ reinforced concrete piles transfer structural loads to suitable bearing strata.
01
Drill & support
Drill with casing or support fluid where required; inspect the bore and clean the base.
02
Reinforce & concrete
Lower the reinforcement cage and place concrete by the approved method, including tremie placement where required.
03
Discuss this method →Test & verify
Maintain installation records and complete specified integrity and load tests.
Micropiles+
Small-diameter reinforced grouted piles for restricted access or limited headroom.
01
Drill
Select drilling and bore support for the ground and access conditions.
02
Install & grout
Install reinforcement and grout using the approved sequence.
03
Discuss this method →Verify
Record pressures and volumes and perform specified verification tests.
Secant pile walls+
Overlapping primary and secondary piles form an excavation-retaining wall, coordinated with reinforcement, verticality and groundwater requirements.
01
Set out & sequence
Set out the guide and primary/secondary sequence where applicable.
02
Construct the wall
Construct piles to the specified geometry, reinforcement and concrete properties.
03
Discuss this method →Excavate in stages
Coordinate excavation with approved bracing or anchors, monitoring and groundwater control.
Diaphragm walls+
Reinforced concrete panels in supported trenches provide retention or permanent structural functions.
01
Guide & excavate
Construct guides and excavate panels under specified support fluid.
02
Reinforce & concrete
Clean the base, lower reinforcement and place concrete by the approved method.
03
Discuss this method →Stage & monitor
Coordinate panel joints, staged supports, excavation and monitoring.
Vibrocompaction+
Deep vibratory treatment densifies suitable granular soils on land or offshore.
01
Plan treatment
Confirm soil suitability, treatment depth and verification plan.
02
Vibrate in stages
Carry out the approved penetration and withdrawal sequence.
03
Discuss this method →Check density
Compare pre- and post-treatment field tests against acceptance criteria.
Grouting & jet grouting+
Targeted injection for sealing, void filling or ground improvement using a specified grout and procedure.
01
Investigate & trial
Define the target, grout mix, trial and monitoring plan.
02
Controlled injection
Use the selected permeation, compaction or jet-grouting method with controlled pressures and volumes.
03
Discuss this method →Record & verify
Review records and complete specified strength or permeability checks.
Dewatering+
Deep wells and wellpoints manage groundwater for excavation with discharge and settlement controls.
01
Assess groundwater
Review permeability, water levels, drawdown and discharge arrangements.
02
Install & operate
Install selected wells or wellpoints, pumps and standby provision.
03
Discuss this method →Monitor & manage
Monitor water levels, discharge and nearby assets against the approved plan.
Ground anchors & soil nailing+
Reinforced ground elements support retention or soil stabilization; anchors and passive nails have distinct designs.
01
Drill & install
Drill to the approved inclination and geometry with clearances.
02
Grout & connect
Install reinforcement, grout and connect to the specified facing or retention system.
03
Discuss this method →Test & monitor
Perform specified proof tests; stress anchors where applicable and monitor.
Floating marine systems+
Floating docks, walkways and platforms configured for site conditions, access and mooring requirements.
01
Assess & configure
Review water conditions, use, access and environmental constraints.
02
Assemble & anchor
Assemble specified units and install the engineered mooring system.
03
Discuss this method →Inspect & hand over
Inspect connections, access and safety features and establish maintenance requirements.
Contiguous pile walls+
Closely spaced bored piles form an excavation-retention system, coordinated with the ground conditions and temporary support design.
01
Set out & install
Set out pile positions and install the wall to the approved design.
02
Excavate in stages
Coordinate excavation lifts with the specified supports and groundwater controls.
03
Discuss this method →Inspect & monitor
Review installation records and the specified monitoring results.
Soldier pile systems+
Steel soldier elements and the specified infill retain suitable excavation faces as the excavation progresses.
01
Install elements
Install soldier elements to the approved line and embedment requirements.
02
Place infill & supports
Coordinate the specified infill and supports with staged excavation.
03
Discuss this method →Verify the sequence
Inspect alignment, support connections and monitoring requirements.
Controlled modulus columns (CMC)+
A ground-improvement approach using designed inclusions, coordinated with the load-transfer arrangement and project acceptance criteria.
01
Design the treatment
Review ground conditions and the approved inclusion and load-transfer design.
02
Install inclusions
Install the elements using the specified equipment and controlled sequence.
03
Discuss this method →Verify performance
Maintain installation records and undertake project-specified verification.
Soil cement stabilisation+
Mixing suitable ground with a designed cementitious binder to create treated soil meeting the project-specific requirements.
01
Assess & trial
Assess ground conditions and the project-specific binder and mixing requirements.
02
Mix & control
Control the approved mixing process and record treatment parameters.
03
Discuss this method →Sample & verify
Use the specified sampling and acceptance tests to verify the treated ground.
Wet stone columns+
Stone-column installation using water-assisted methods where suitable, with planned water and spoil management.
01
Plan water management
Review the treatment design, water supply and handling of returns.
02
Form the column
Use the approved installation sequence to introduce and compact stone.
03
Discuss this method →Verify the treatment
Record the treatment and carry out the specified verification.
Slide rail & strut systems+
A staged excavation-support system with panels, rails and struts configured for the project’s temporary-works requirements.
01
Plan the support
Coordinate the support design with excavation dimensions, nearby assets and access.
02
Install in sequence
Install the specified panels, rails and struts with the approved excavation sequence.
03
Discuss this method →Inspect & recover
Inspect the system and coordinate recovery with backfilling and the approved method.
OUR FLEET
OWNED CAPABILITY.READY TO DELIVER.
A modern, well-maintained fleet of 35+ heavy machinery units, including 18+ Zoomlion rotary rigs, enables efficient mobilisation and the ability to execute multiple work fronts across the UAE.
- Dedicated drilling plant and experienced operating teams
- Coordinated access, mobilisation and installation sequence
- Support equipment for piling, shoring and ground improvement
35+Heavy machinery units
18+Zoomlion rotary rigs
Specialist rotary drilling rangeZoomlion ZR380D · ZR300D · ZR255R · ZR225 · ZR255 · ZR185R
Explore our specialist equipment ↗SAFETY & SUSTAINABILITY
COMMITTED TO KEEPPEOPLE HEALTHY & SAFE.
At Al Watad, we believe that great structures should never come at the cost of the environment or human life. We integrate safety, environmental responsibility and modern technology across every project, ensuring a healthy workplace and a greener future for our community.
Get in touch →WE FOLLOW BEST PRACTICES
At Al Watad, best practices aren’t just a choice—they are our foundation. We follow rigorous safety protocols and international building codes to deliver every project with technical integrity.
- Sustainability
- Project On Time
- Modern Technology
- Latest Designs
OUR PROJECTS
PROJECTS THATSPEAK FOR THEMSELVES.
A selection of our work across the UAE, delivering complex foundation, excavation support and ground improvement solutions for a wide range of developments.
RALS Al Nahda First
Foundation piling
A foundation-piling package with 434 piles in the design schedule and 25 m design pile lengths. The engineering scope combines pile layout, reinforcement and level coordination to transfer structural loads to the bearing ground.
434Scheduled piles
25 mDesign pile length
Engineering scope & project details+
A foundation-piling package with 434 piles in the design schedule and 25 m design pile lengths. The engineering scope combines pile layout, reinforcement and level coordination to transfer structural loads to the bearing ground.
- Scheduled piles
- 434
- Design pile length
- 25 m
- Client
- RALS
- Consultant
- ALFA Engineering
RALS Wadi Al Safa 5
Secant pile shoring
A secant-pile retaining system with 271 scheduled piles and excavation to 9.90 m below the project ground datum. Overlapping pile geometry and staged excavation form the core of the engineering scope, alongside the specified support and groundwater requirements.
9.90 mExcavation depth / section
271Scheduled secant piles
Engineering scope & project details+
A secant-pile retaining system with 271 scheduled piles and excavation to 9.90 m below the project ground datum. Overlapping pile geometry and staged excavation form the core of the engineering scope, alongside the specified support and groundwater requirements.
- Excavation depth / section
- 9.90 m
- Scheduled secant piles
- 271
- Client
- RALS
- Consultant
- ALFA Engineering
3N Homes Real Estate
Shoring & foundation piling
Two project packages combining excavation retention and foundation piling, including 234 shoring piles in the design schedule. The scope brings retaining-wall geometry and foundation layout together, with 600–800 mm shoring pile diameters documented in the project references.
234Scheduled shoring piles
600/800 mmShoring pile diameters
Engineering scope & project details+
Two project packages combining excavation retention and foundation piling, including 234 shoring piles in the design schedule. The scope brings retaining-wall geometry and foundation layout together, with 600–800 mm shoring pile diameters documented in the project references.
- Scheduled shoring piles
- 234
- Shoring pile diameters
- 600 / 800 mm
- Client
- 3N Homes Real Estate
RALS Arjan
Secant pile shoring
Secant-pile excavation support with 600 mm pile diameters and a reinforced-concrete capping beam. The engineering scope coordinates overlapping piles, head restraint and retaining details with the excavation sequence.
600 mmSecant pile diameter
-6.00 mExcavation level / drawing
Engineering scope & project details+
Secant-pile excavation support with 600 mm pile diameters and a reinforced-concrete capping beam. The engineering scope coordinates overlapping piles, head restraint and retaining details with the excavation sequence.
- Secant pile diameter
- 600 mm
- Excavation level / drawing
- -6.00 m
- Client
- RALS
- Consultant
- ALFA Engineering
RALS Al Barsha
Foundation piling · mixed-use development
Foundation piling for a mixed-use development configured as G+4P+6+R. The engineering scope aligns the pile layout with the structural grid, reinforcement details and design levels to support the building foundation system.
G+4P+6+RBuilding description
Mixed-useResidential & commercial
Engineering scope & project details+
Foundation piling for a mixed-use development configured as G+4P+6+R. The engineering scope aligns the pile layout with the structural grid, reinforcement details and design levels to support the building foundation system.
- Building description
- G+4P+6+R
- Residential & commercial
- Mixed-use
- Client
- RALS
- Consultant
- ALFA Engineering
Bin Shabib
Foundation piling
A foundation-piling package with a documented 15.80 m structural pile length measured from cut-off to toe. Reinforcement and level coordination are central to the scope; structural pile length and excavation depth are separate engineering quantities.
15.80 mStructural pile length
-17.50 mPile toe below EGL
Engineering scope & project details+
A foundation-piling package with a documented 15.80 m structural pile length measured from cut-off to toe. Reinforcement and level coordination are central to the scope; structural pile length and excavation depth are separate engineering quantities.
- Structural pile length
- 15.80 m
- Pile toe below EGL
- -17.50 m
- Client
- Bin Shabib
- Consultant
- Marina Engineering Consultants
SELECTED PORTFOLIO
DIFFERENT SECTORS.ONE ENGINEERING MINDSET.
86Selected records in our company portfolio
Building configurationG+3P+27+R
Wadi Al Safa 2, Dubai
Wadi Al Safa residential buildings
Residential buildings configured as ground, three podium levels, 27 floors and roof, on Plot 6437729.
- Customer
- Vision Construction LLC
- Consultant
- Ousus Engineering Consultants International
Water pumping station projectDEWA
Al Lesaily, Dubai
DEWA reservoir boundary wall
Precast boundary wall for water reservoirs at the DEWA water pumping station on Plot 931-103.
- Customer
- Technia Construction Services LLC
- Consultant
- ARCHDOME Consultants
Tower design height90 m
Liwa, Al Dhafra, Abu Dhabi
Liwa telecommunications tower
90-metre tower at Seih Al Khair, Plot AUH2870, in the Al Dhafra region.
- Customer
- Al Babtain Le Blanc Emirates Teleco LLC
- Consultant
- FIRAS Engineering
Industrial hub developmentLPG
Musaffah, Abu Dhabi
Musaffah LPG Hub
LPG Hub at Plot P1, M46, Musaffah, forming part of the company’s industrial-sector portfolio.
- Customer
- J&D Gulf Contracting LLC
- Consultant
- BAYATY ARCH
School building configurationB+G+3+R
City of Arabia, Dubai
VPHS School, City of Arabia
School building with basement, ground floor, three floors and roof on Plot 6465330.
- Customer
- Al Talaqi Building Contracting LLC
- Consultant
- Al Saraya Engineering Consultants
Expo building configurationG+M
Al Nakheel, Ras Al Khaimah
RAK Expo Centre
RAK Expo Centre building with ground and mezzanine levels and steel structural frames.
- Customer
- Al Tameer Group
- Consultant
- Arabian Gulf Engineering Consultants
FIELD GALLERY
ENGINEERING IN ACTION.
Explore drilling, excavation support and ground improvement up close.
TESTIMONIALS
WHAT OURCLIENTS SAY.
Long-term relationships built through engineering expertise, reliable delivery and attention to every detail.
Professional piling works and precise soil investigation. Al Watad is a reliable partner for our residential projects in Dubai.
Exceptional structural integrity and geotechnical solutions. Their expertise was vital for our multi-villa project in Al Furjan.
Top-tier engineering consultants for high-rise foundations. Efficient, professional, and highly recommended for major developments.
Outstanding geotechnical expertise for large-scale educational projects. Their foundation work for our school project in City of Arabia was executed with high precision.
OUR COMPANY
BUILT ON EXPERTISE.A STRONGER TOMORROW.
Discover more about Al Watad Foundation, our capabilities, people and the values that drive our work across the UAE.
REQUEST A QUOTE
LET’S BUILD TOGETHER.
Planning piling, shoring or ground improvement works? Share your site information and discuss the next step with our engineering team.
FREQUENTLY ASKED QUESTIONS
PILING & FOUNDATIONQUESTIONS, ANSWERED.
Can you handle offshore foundation projects?+
Yes, we have extensive experience in both land-based and offshore stone columns and vibrocompaction, providing robust solutions for coastal and marine developments.
How long does a typical soil stabilization project take?+
The duration depends on the site area, ground conditions, selected method and project requirements. Modern equipment and coordinated execution support efficient progress against the agreed programme.
What do you need to assess a project?+
Share the location, available drawings, geotechnical report, required scope and programme. The engineering team can then identify any further information needed.
What ground improvement techniques do you specialise in?+
Our capabilities include stone columns, vibrocompaction, dynamic compaction and specialist ground-treatment methods. The appropriate solution depends on the geotechnical report and project requirements.
Can you handle complex urban projects with limited space?+
We coordinate foundation and shoring methods with available access, nearby structures, equipment requirements and the construction programme. Share your site information so our team can assess the scope.
How do you ensure safety and quality on site?+
Through planning, approved method statements, trained teams, equipment inspections, site coordination and the inspection and testing requirements of each project.
