R&D

Through our R&D efforts, we develop innovative projects for the sustainable transfer of water and soil resources to future generations.

Research & Development

Since 1965, Suiş Proje has been involved in numerous projects for the sustainable management of water and soil resources. The company strengthens this sustainable management approach through research and development (R&D), emphasizing innovation and innovation.

Suiş Proje aims to combine the unique experience gained from all its previous projects with an R&D approach that integrates innovative, cutting-edge technology with classical engineering solutions. In this regard, the company continues its work with qualified R&D personnel, focusing on the following objectives:
  • Generating innovative solutions to today’s water challenges
  • Implementing new and pioneering practices in the field
  • Conducting studies with the ideas of qualified R&D personnel
SUİŞ PROJE R&D
We aim to transform conventional systems into Smart Water systems by combining advanced technologies such as artificial intelligence and predictive analytics with a culture of innovation.
All Projects

Collaboration with Academic Institutions at National and International Levels

Suiş Proje collaborates with academic consultants at both national and international levels to develop practical applications that support tangible decision-makers in the field of water and soil resources. By working with academic experts, the company stays abreast of innovative solutions globally in its efforts to provide support to concrete decision-makers.

  • Generating innovative solutions to today’s water challenges
  • Implementing new and pioneering practices in the field
  • Conducting studies with the ideas of qualified R&D personnel

SUİŞ PROJE R&D
SOFTWARE AND DATA

SOFTWARES

Our digital solutions with R&D approach for the specific and technical needs of the sector

FDDT – Filter Dam Design Tool

  • More reliable, effective and efficient solutions for the design and construction of hydraulic structures
  • Standards for the calculation criteria of hydraulic structures such as classical revetment dykes, reclamation benches, base belts and permeable revetment dykes
  • User-friendly software interface