When it comes to quality assurance in piling and earthworks with construction, several tests are commonly performed to ensure the integrity and stability of the structures. Here are some key tests that are typically conducted:

Soil Investigation: This involves collecting soil samples from the construction site and performing various laboratory tests to determine its composition, bearing capacity, and other relevant properties. This
information helps in designing suitable foundations and assessing the suitability of the soil for piling and earthworks. 

Geotechnical Testing: These tests evaluate the physical and mechanical properties of the soil formations, such as density, compaction, permeability, shear strength, and consolidation characteristics. The results
aid in determining the appropriate construction techniques, materials, and design parameters.

Pile Integrity Testing: This test is conducted to verify the integrity and load-bearing capacity of installed piles. It helps in identifying any potential defects, such as cracks, voids, or structural irregularities in the piles, which could compromise their performance and stability.

Load Testing: Load tests are performed on completed piles to assess their load-carrying capacity and ensure they meet the design requirements. This involves subjecting the piles to incremental loads and
monitoring their settlement and behavior under different load conditions.

Cross hole Sonic Test: This is a valuable technique in geotechnical engineering, enabling the assessment
of the integrity and quality of cast-in-place concrete piles by analyzing the propagation of sonic waves within the pile cross-sections.

Field Density Testing: This test measures the in-situ density of compacted earthworks or backfill
materials. It ensures that proper compaction techniques have been employed, which is crucial for achieving the desired stability, settlement control, and load-bearing capacity of the constructed structures.

Slope Stability Analysis: This assessment is carried out to evaluate the stability of excavations, embankments, or slopes in earthworks. It involves analyzing factors such as soil properties, groundwater conditions, and the slope geometry to determine the safety and potential risks of slope failure.

Quality Control of Materials: Various construction materials, such as concrete, aggregates, and reinforcing steel, undergo quality control tests to ensure they meet the required specifications and
standards. These tests involve assessing properties like strength, durability, and dimensional accuracy.

The mobilization time for piling and earthworks with construction can vary based on the specific project
requirements. Upon receiving the necessary approvals and agreements, we strive to mobilize to the site as
quickly and efficiently as possible. The exact timeline for mobilization depends on factors such as the project size, complexity, and logistical considerations.

Before mobilizing to the site, certain preparatory steps need to be undertaken. These may include conducting site visits and surveys, procuring necessary permits and approvals, coordinating with
subcontractors and suppliers, mobilizing equipment and machinery, and establishing safety protocols.

Typically, smaller projects with simpler requirements and readily available resources can be mobilized
within a shorter timeframe, often ranging from a few days to a couple of weeks.

However, larger and more complex projects may require a longer mobilization period, ranging from a few weeks to several months.

It's important to note that while expedited mobilization is desirable, it is equally crucial to ensure
thorough planning and preparation to maintain the highest standards of safety, quality, and efficiency
throughout the construction process. By striking the right balance, we can optimize the mobilization time
while adhering to project-specific requirements and industry best practices.

Regarding the daily progress of the FECO team and its equipment in piling and earthworks construction,
it is important to note that progress can vary depending on the specific project, site conditions, and the scope of work involved.

As FECO, we strive to maintain a consistent and efficient workflow to ensure
timely completion of projects while adhering to the highest standards of quality and safety.

The daily progress of the FECO team is managed through a well-defined project management system that
includes regular coordination and communication among team members, clear work plans, and effective resource allocation. Our experienced project managers closely monitor the daily activities to track progress, address any potential challenges, and make necessary adjustments to keep the project on
schedule.

In terms of equipment, FECO maintains a fleet of reliable and well-maintained machinery suitable for
piling and earthworks. The specific equipment used on a daily basis depends on the project requirements, site conditions, and the nature of the work being carried out. Our equipment operators undergo regular training and follow strict maintenance protocols to ensure optimal performance and minimize downtime.

It is important to understand that the daily progress of the FECO team and its equipment is subject to various factors that can impact productivity, such as weather conditions, unforeseen site challenges, and any necessary coordination with other trades or stakeholders.

However, FECO is committed to maximizing efficiency and maintaining a steady pace of progress throughout the construction process to
deliver successful projects to our clients.