In Strong Force-MGC, we know that we are in the era of coupling and integrations among all the fields. The structural designs are no more disconnected from ground engineering as they are coupled for a better understanding of the complete soil-structure interactions. Hence, and equipped with high-end and advanced Geotechnical tools (such 3D finite element modelling software: PLAXIS3D among others), we provide the most economical, safe, and innovative practical  solutions to our clients and partners in success. We provide design & built of buried pipes analyses, cavity filling, cut-off walls, dewatering and waterproofing solutions, engineering alternatives, foundations and pavement solutions, Geo-environmental solutions, Geotechnical evaluation, ground anchors, micropiles, numerical & FEM modelling, piled post-tensioned raft foundations, rock bolts, slope protection, soil improvement, soil nails, soil-water-structure interactions analyses, underpinning and upgrading of foundations and many more. We support our clients from site explorations and investigations stage and till the execution of the most optimized Geotechnical-Structural solution by our skillful and passionate researchers, engineers and technicians.


1. Micropiles, Post-Tensioned Raft, Micropiled Post-Tensioned Raft

The micropiles are considered as vibration-free deep foundation elements that are used extensively for underpinning, strengthening, upgrading, slope stability, offshore, sensitive structures, and inaccessible site applications and as well as in the structural foundation system. The raft foundation is usually adopted to overcome the differential settlement issues. The post-tensioning of the raft allows increasing its stiffness and reduce the thickness and the steel reinforcement required for the raft. However, when found on soft or compressible soil, the raft will experience an undesirable behavior. Therefore, and before heading to the conventional piling system, the micropiled raft system is proposed. Depends on the project and site’s geology, the micropiles will act either as a settlement reducer or a capacity upgrader under the raft. Unlike the conventional piling system, the imposed loads are shared between the micropiles and raft. Such a system has proven its effectiveness in many projects such as warehouses, schools, institutes, hospitals, towers, residential buildings, showrooms, villas, housing projects, malls, car parks, bridges, offshore structures, etc. Nevertheless, this requires a comprehensive evaluation and understanding of the soil-raft-micropile interactions. Our skilled and highly experienced engineers carry out these analysis and evaluationS. The advanced and high-end analyses allow us to install the micropiles at their optimum locations as needed, resulting in a value engineering solution. Both, the post-tension raft and micropiled post-tensioned raft, were successfully completed by Strong Force-MGC for different project in Bahrain, on a design-and-build basis.

2. Ground Improvement:

Strong Force-MGC is supporting its clients from the very initial stages by planning, advising, and evaluating the soil investigation program of the site’s subsurface strata. When the subsurface soil in a project’s site is considered problematic (e.g., debris-mixed soils, expansive/swelling clay, liquefiable soils, contaminated soils, cavities, carbonated soils, etc.), it needs to be remedied, treated, and improved. The conventional treatment by the excavate-remove-replace method is considered a time-consuming and costly process. Therefore, we are supporting our clients by conducting the most viable option for ground improvement with our various improvement methods such as chemical treatment, jet grouting, cavity filling, compaction grouting, grout columns, geosynthetics reinforcement, recycled materials utilization, among others. We do consider the cost, safety, and time to meet and exceed our clients’ expectations.

3. Cut-Off Wall

For the projects near shorelines and below the water table such as basements, deep excavations, tunnels, shafts, and alike, the water seepage is a significant issue that will increase the risk, cost of dewatering & waterproofing, and the project duration. In such a situation, the cut-off wall can be used as a cost-saving and effective solution to control the seepage of the water, enhance the dewatering efficiency, contribute to stability, and to insulate the potential leakage sources from the proposed structure. The cut-off wall material and procedure is tailored to satisfy the site conditions and project specifications.

4. Slope Stabilization and Shotcrete

For excavations, cuts, and slopes in soil and rock; the stability against different failure modes (such as sliding, slipping, wedge failure, toppling, rock falls, etc.) has to be ensured. Therefore, Strong Force-MGC performs a thorough analysis and design to maintain the stability of the project and will propose the most economical solution to satisfy the stability requirements. The stability measures taken by Strong Force-MGC might involve Shotcrete, Geo-Netting, Soil Nails, Rock Bolts, Ground Anchors, Micropiles, Geotextiles, among others. Proudly, we have installed ground anchors for several deep excavation projects and completed rock-cut stability works in the southern part of Bahrain.



We are the official distributor and provider/installer of high-quality European geosynthetics. All of our Geosynthetics products are available and customizable as per your project requirements and specifications. Some of which are shown below:


Ground engineering is a broader term that encompasses various disciplines, including geotechnical engineering. Ground engineering involves not only the study of soil mechanics and foundation design but also the application of various techniques to modify or improve the ground for construction purposes. This may include ground improvement methods like compaction, grouting, soil stabilization, and techniques used to address specific ground-related challenges, such as dealing with soft soils, contaminated land, or difficult ground conditions.
Ground improvement methods improve the engineering properties of the soil mass which is treated to meet project performance requirements. Common reasons for ground improvement include improving bearing capacity, increasing density, controlling settlements and permeability, mitigating liquefaction and increasing slope stability. The benefits of ground improvement include less consumption of time as the design and implementation is relatively fast. When the techniques are applied for ground improvement, it hardly produces any waste.
The types of ground improvement services which SF-MGC provides include soil nailing, ground anchoring, micropiles & soil grouting. The benefits of ground improvement include less consumption of time as the design and implementation is relatively fast. When the techniques are applied for ground improvement, it hardly produces any waste.

As a geotechanical structural engineering specialist since 1998, sfmgc provides post tensioning, ground engineering,repair and structural strengthening and dewatering solutions in many countries.

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Villa No. 900Road 3316, Block No. 333 Bu Asheera, Manama

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