About us

Katsouris Engineering

Our

Team

Konstantinos Katsouris – CEO & Founder (Certified Civil Engineer, University of Patras).

Margarita Valavani – Certified Civil Engineer, University of Patras.

Panagiotis Katsouris – Bachelor’s in Informatics & Communications, University of the Aegean. MSc in Marketing Management, University of Derby.

Katsouris about us

At Katsouris Engineering, we invest in state-of-the-art field equipment so that every survey and diagnostic check is grounded in measurable, reliable data. With 3D LiDAR/laser scanning for precise as-built models, non-destructive concrete testing instruments, and full geodetic support (total station & GNSS), we reduce uncertainty, accelerate timelines, and enhance decision safety in structural design and structural adequacy assessments. Our core equipment includes:

  • FJD Trion P1 3D – Portable Lidar Scanner (3D space mapping)
  • Matterport II
  • Hilti PS300 – Detection of rebar diameter & depth in reinforced concrete
  • Concrete Test Hammer HT-225 – Surface hardness testing of concrete
  • Concrete Moisture Meter
  • DJI Mini 2 SE – Photography Drone
  • Stonex R20 – Geodetic Station
  • GPS Tersus M100
  • Concrete Cover Thickness Meter
  • Diamond Core Drilling System
Katsouris about us

Publications / Media

Publication in “Proto Thema” – The Need for Structural Assessment of Buildings Using Modern Methods [2025]

Katsouris Engineering was recently featured in the online newspaper Proto Thema with an article by civil engineer Konstantinos Katsouris, discussing the need for structural assessment of buildings using modern methods and technologies.

The article analyzes the evolution of reinforced concrete construction, the historical development of seismic regulations in Greece, and the importance of re-evaluating the structural adequacy of older buildings, especially in a country with high seismic activity.

It also presents the new techniques currently used in structural engineering, such as:

  • 3D Laser Scanning for accurate three-dimensional recording of a building’s geometry,
  • Non-destructive testing for detecting reinforcement layout and potential material deterioration,
  • Concrete core sampling and laboratory tests for determining the actual strength and condition of construction materials.

Through the systematic use of these tools, engineers can achieve precise assessment of load-bearing capacity and recommend the appropriate strengthening or retrofitting measures to ensure the long-term safety and performance of each structure.

This publication highlights our team’s ongoing commitment to technical documentation, innovation, and the preventive protection of the built environment.

The Need for Structural Assessment of Buildings Using Modern Methods

Article by civil engineer Konstantinos Katsouris in Proto Thema, focusing on structural assessment and structural adequacy studies through the use of modern engineering methods and 3D Laser Scanning.

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