Our Engineering and Design Services aim to develop safe, sustainable and integrated solutions suitable for the needs of platform, facility and infrastructure projects. The process starts with system design, continues with modeling and validation studies, and is managed with a holistic approach until field applications and commissioning.
Mechanical, electrical, control and communication systems are integrated in the design phase. Using advanced modeling and simulation tools, system performance, structural strength, stability, fatigue effects and safety criteria are verified in advance. Design is optimized taking into account environmental conditions, operating parameters and usage scenarios. Where necessary, induction mitigation measures and special engineering solutions are integrated into the project. In electrochemical protection designs; soil structure, coating condition, environmental impacts and operating conditions of the infrastructure are analyzed in detail. By evaluating the induction and interaction effects that may arise from AC sources in the environment, it is aimed to ensure long-lasting and safe operation of steel structures. Thanks to these analyzes, possible safety risks and corrosion accelerating factors are identified and controlled at an early stage. Our moving equipment solutions cover the design, integration and verification processes of cranes, wave chambers and similar dynamic systems. In this context, dynamic load analysis, speed changes, operating scenarios and structural strength criteria are examined in detail. Mechanical components and control systems are integrated to meet actual operating conditions; safety interlocks, emergency stop systems and monitoring components are included in the design in accordance with international standards. Integration and field tests verify system performance and safety, so that equipment is commissioned to ensure high performance, maximum safety and operational continuity. Thanks to this holistic approach, the solutions developed are compatible with existing infrastructures, applicable to the field and support long-term operation. As a result, our projects benefit from high reliability, low maintenance and sustainable operations.
