Our Services

ENGINEERING CONCEPT

The basis of construction is planning. We plan every aspect of the project through engineering design from soil investigation, sending samples to the laboratory and analyzing the results, making technical calculations and discussing them with the client.

Construction projects require careful and thorough planning because they can have a major impact on their surroundings. Whether you’re constructing a road or a building, it all starts with the foundation. Since the foundation holds the entire structure, it is of the utmost importance that its ground is good. This is where soil investigation plays a vital role that will enable you to plan your foundation work properly and precisely.

Soil investigation, also called geotechnical investigation, represents a method of determining physical and mechanical properties of soil at a construction site. This procedure is done with the aim of establishing whether the soil properties and characteristics need to be improved or not.

Not until the soil samples are analyzed can a construction project start. Soil investigation entails the application of several different methods and represents an essential part of the site preparation projects. The results of this below-ground investigation can affect the development of the construction project.

The prime purpose of engineering design is to apply scientific knowledge to the solution of technical problems. While engineers provide a technical solution, it is very important to understand that engineering design implies a solution that is innovative as well.

Every design process must be viewed from all aspects and be based on valid data, engineering analysis, and practical experience, then viewed from all possible aspects. Our engineering team will endeavor to find the best solution for soft ground and other geotechnical problems while ensuring its feasibility, efficiency, and technical basis.

Transforming concepts or ideas into detailed and operational guidelines is the goal of this design phase. In addition, there are several other goals of technical design:

Providing a Detailed Implementation Plan
- Producing technical guidelines in the form of specifications, drawings, and models that allow the production or construction team to implement the project properly.
- Reducing ambiguity in implementation.
Ensuring Conformity to User Needs
- Translating user or client needs and requirements into implementable technical solutions.
- Ensuring the design meets the expected standards of quality, efficiency, and functionality.
Identifying and Managing Risks
- Identifying potential technical problems early on to prevent errors or failures in the construction phase.
- Developing solutions to address or mitigate technical risks.
Optimizing Resources
- Optimizing the use of materials, costs, time, and labor with efficient designs.
- Minimizing waste through careful planning.
Ensure Compliance with Standards
- Ensure the project complies with relevant regulations, norms, and industry standards or regulations.
- Cover safety, environmental, and quality standards.
Support Inter-Team Communication
- Provide clear technical documents to facilitate communication and coordination between teams, such as design, construction, testing, and project management.
- Become a shared reference throughout the project life cycle.
Provide Measurable Solutions
- Provide a basis for measuring the performance of the system being run
- Ensure that the designed technical solutions can be evaluated and adjusted if necessary.

With good technical design, a project can run more smoothly, efficiently, and on target, so that the final results are as we expect.

PROCUREMENT

Material procurement for a project is a critical process in project management that ensures that the required materials, equipment, and resources are available on time, in the right quantities, with the expected quality, and at the planned cost.

Good material procurement management helps ensure smooth project progress, reduces the risk of delays, and maintains budget efficiency.

CONSTRUCTION

The next important process after planning and designing is execution. Geostructure Dynamics has the best team who are not only trained but also experienced to help with the project execution.

With the latest and innovative equipment, Geostructure Dynamics will provide you a professional experience and expertise of ground improvement and geotechnical solutions.

The project implementation phase is the core of the project cycle because at this stage all plans are implemented to achieve the goals that have been set. The most important factor is coordination and control in every aspect, because this ensures that the project runs according to plan, avoids major risks, and achieves the expected results on time.

Monitoring is important to control the design and execution. The data is used to evaluate the target, result, and efficiency of the cost and time.

Monitoring involves collecting data on a regular basis and comparing actual results to predetermined key performance indicators. Project monitoring is key to project success because it ensures that every element is on track and allows for quick correction when deviations occur.