ADDRESS
Unit 3F-12, IOI Business Park, Bandar Puchong Jaya, 47170 Puchong, Selangor.
01
SLOPE ASSESSMENT & RETAINING SYSTEM
Slope Assessment and Retaining System services are critical to ensuring the long-term stability and safety of a site, especially for sites with significant variance in ground levels. The process begins with a thorough site investigation to analyze soil and rock mechanics, groundwater conditions, and slope geometry. Using advanced numerical modeling, the risk of potential failure (such as landslides or slippage) is accurately assessed to assess the available Factor of Safety. Slope stabilization or retaining wall is usually proposed upon detailed analysis, where required. This comprehensive approach mitigates risk, ensures regulatory compliance, and provides a durable and cost-effective solution.
02
SOFT SOIL ENGINEERING
Soft Soil and Ground Treatment is a specialized area of geotechnical engineering where the construction risk associated with weak, highly compressible subsoil such as soft clay, silt, organic deposit and peat is mitigated by engineering solutions. Structures or infrastructure built on these compressible terrains require treatment to minimize excessive settlement, limit differential movement, and to ensure adequate bearing capacity. Our scope involves a detailed subsurface investigation to characterize the soft soil layers, followed by the design and implementation of targeted ground improvement solutions. By treating and improving the weak and compressible subsoil, a stable foundation is provided for the proposed development thereby ensuring the long term safety.
03
FOUNDATION ENGINEERING
Foundation Engineering is the critical branch of geotechnical practice focusing on the transfer of structural loads to the underlying soil or rock. Our scope begins with a thorough site characterization to assess the subsurface properties, bearing capacity, and settlement potential of the ground. Based on these findings and the structural requirements, an appropriate foundation system is designed, which may range from shallow foundations (like strip footings or rafts) for lighter structures to deep foundations (such as bored piles, driven piles, micropiles or caissons) for heavy, high-rise, or complex projects.
04
DEEP EXCAVATION & BASEMENT DESIGN
Deep Excavation and Basement Design involves the complex geotechnical challenge of creating stable, multi-level underground spaces. This is particularly challenging in dense urban environments. Our service encompasses the design of robust Earth Retaining and Stabilising Systems (ERSS), that are essential to support the surrounding soil and to minimize ground movement that may damage adjacent buildings or infrastructure. Several retaining systems such as diaphragm walls, secant piles, contiguous bored piles, and soldier pile walls, often supported by internal bracing or ground anchors are considered, depending on the design. The process includes rigorous analysis of soil-structure interaction, managing high groundwater pressures (including dewatering), and planning precise excavation sequences, all aimed at delivering a safe, watertight, and structurally sound basement or underground structure.
05
BUILDING IMPACT ASSESSMENT
Building Impact Assessment (BIA), is a specialized area where the potential ground movement, settlement, and structural distress imposed on adjacent existing buildings due to new construction activities like deep excavation, piling, or tunneling is assessed. It involves the use of empirical techniques and advanced numerical modeling, such as Finite Element Analysis (FEA) where the impact between the new undergound work such as foundation or basement on the neighboring structures is assessed. The primary goal is to establish acceptable tolerance limits for movement and to design mitigation measures—such as specialized shoring, underpinning, or ground improvement to ensure that the structural integrity and serviceability of all surrounding properties are maintained throughout the construction lifecycle and thereafter.