About Us
Metrotechnics Lab @ NTUA
Identity
Established: Official Government Gazette
No 32, Issue 1, 22/02/1962,
Decree 132
Director: Prof. Konstantinos Kirytopoulos,
Contact Info: Dr. Georgios Chatzistelios
Vision
To recognize the laboratory as a point of reference in matters of Quality Management, Project Management, and Risk Management with an emphasis on sustainable development (environment, economy, society).
Mission
To provide high-level education in the field of Mechanical Production Engineering and cutting-edge research to improve the efficiency and effectiveness of industry and modern business.
A Legacy Since 1962
MetrotechnicsLab is among the pioneering laboratories institutionalized in the annals of NTUA's history. Initially focused on high-precision measurements and quality control, the laboratory has evolved over 50 years.
1962
Inception focusing on high-precision measurements.
1997
Relocation to Zografou NTUA campus.
2009
Accreditation ELOT EN ISO / IEC 17025: 2005.
Today
Expansion to Project, Risk & Business Continuity Mgt.
Consulting Services
The laboratory is mainly active in:
- Design, development and maintenance of Quality Management Systems and ISO Management Systems
- Support of industrial units in Quality Control
- Perform high precision measurements
- Development and implementation of Project Management and Project Controls methods and systems
- Development and implementation of Risk Management methods and systems.
- Decision Support Systems
- Road Safety
- Educational activities in all areas of laboratory activity
- Research in all areas of laboratory activity
Project Management Services
Extensive experience and involvement in Project Management, with a focus on Project Risk Management. In addition to the educational activities of its staff, who support the School of Mechanical Engineering and six postgraduate programs at NTUA, the Athens University of Economics and Business (AUEB), and the Hellenic Open University (HOU) in Project Management, as well as numerous Master's theses and Doctoral dissertations, the laboratory is also actively engaged in providing services in the field. Specifically, it supports organizations in areas such as scheduling, project management software, processes, and the organization of Project Management Offices (PMOs). The laboratory's research findings in project management have been published in best-in-class scientific journals in the field, including the International Journal of Project Management, Project Management Journal, International Journal of Managing Projects in Business, and others.
Road Tunnels
Twenty years of experience in the study and research of road tunnels. MetrotechnicsLab expertise covers the road tunnel system both in terms of equipment and the human factor. In collaboration with the Laboratory of Heterogeneous Mixtures & Combustion Systems it has the ability to fully study and analyze the phenomena that arise as a result of a fire in a tunnel, which is the most important risk in such systems. In addition, MetrotechnicsLab frequently participates in full-scale road tunnel safety exercises as an outside observer, has studied the safety and risks of numerous tunnels, and specializes in developing user training sessions for driving in tunnels and appropriate behavior in emergency situations.
Laboratory Infrastructure
Software Capabilities
The laboratory maintains software programs for (indicatively):
- Assisting the development of management systems
- Qualitative and quantitative analysis in project & risk management
- Quantitative risk analysis of road tunnels
- Multi-criteria decisions
Precision Equipment
- CMM: Coordinate Measuring Machine
- Universal Length Measuring Machine
- Comparator TESA UPC: Calibration of tile standards
- Ultrasound & Eddy Current Machines
- Environmental Conditions Recording Equipment
Precision Equipment
The laboratory is equipped with precision instruments and machines that are utilized for measuring lengths, angles, checking the flatness and parallelism of surfaces, measuring surface roughness, checking studs, gear wheels, and threads. Additionally, the laboratory houses a series of testers and counter-testers, an ultrasound-based device for verifying the continuity of materials, and a device that produces a length standard with the aid of monochromatic light. To elaborate further:
- Coordinate Measuring Machine (CMM): Measuring objects in three dimensions (in space)
- Universal Length Measuring Machine: (i) measurement of cylinder diameter up to 500 mm, (ii) hole measurement 15-150 mm, (iii) measuring the average diameter of external threads 8-100 mm, (iv) internal thread average diameter measurement 13.3-100 mm, and (v) measurement of axis length / center length of tiles up to 500 mm.
- Comparator TESA UPC: Calibration of tile standards up to 100 mm long
- Calibrating Machine for Measuring Clocks and Mechanical Comparators
- Ultrasound machine
- Eddy Current Machine
- Environmental Conditions Recording Equipment: (i) temperature, (ii) humidity, (iii) pressure, (iv) wind speed and (v) acceleration in tri-rectangular system.
- Other Measuring Instruments – calipers, micrometers, testers (of shafts, holes, threads): Length and angle measurements in various dimensions