The Railways and Transport Laboratory offers 8 undergraduate courses and 2 MSc courses at the National Technical University of Athens. Since its establishment, it has trained 18 Doctors of Philosophy. At this point, it has a dynamic team of 8 PhD Candidates and 3 Senior Researchers.
Undergraduate Courses
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Tatiana Moschovou, Special Lab and Teaching Staff Emmanouil Nisyrios, PhD Candidate (Teaching Assistance) Marilena Merakou, PhD Candidate (Teaching Assistance) |
Study Period | 6th Semester: February – June |
Study Programme | Civil Engineering (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Introduction to the basic components of the Transport Planning approach. Helps students to understand the necessity of a systemic analysis in Transport Planning and the capability of transport modeling as modeling tool. Transportation demand models (forecasting future needs for infrastructure and modes) are presented. Introduction to the basic four step planning process. Computational algorithms and real case examples are presented. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Nikolaos Lagaros, Professor |
Lecturers | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Study Period | 5th semester: October – January |
Study Programme | Civil Engineering (Elective course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Linear Programming, Discrete Optimization, Metaheuristics, Use of Computer Programming (MATLAB) for Mathematical Optimization, Application of Optimization to Civil Engineering Problems. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Tatiana Moschovou, Special Lab and Teaching Staff Ioannis Kampouris, PhD Candidate (Teaching Assistance) |
Study Period | 8th semester: February – June |
Study Programme | Civil Engineering, Transport Orientation (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course description | The importance of Railways in transportation. Permissible loads. Axle loads regulation. Railway permanent way, Railway permanent way materials, rails, sleepers, fasteners, ballast. Static and dynamic loads and relevant calculations. Railway alignment design and geometry. Turnouts and crossings. Substructure: earthworks (excavations-embankments), drainage. Rolling stock (vehicles). Passenger coaches and freight wagons. Gauge, traction, train formation/composition. Railway stations. Rail freight transport. Railway freight terminals. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Tatiana Moschovou, Special Lab and Teaching Staff (Teaching Assistance) Dimitris Rizopoulos, PhD Candidate (Teaching Assistance) |
Study Period | 8th Semester: February – June |
Study Programme | Civil Engineering, Transport Orientation (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Introduction to the basic components of the Urban Transport Planning problem. The Planning of Urban Transportation based on the analysis of the needs of the passenger public taking into account techno-economic, social and environmental constraints. Defining the specifications for the provision of transportation service. Routing procedures. Concepts and methods of costing. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Tatiana Moschovou, Special Lab and Teaching Staff Paraskevi Dimitriou, PhD Candidate (Teaching Assistance) |
Study Period | 9th semester: October – January |
Study Programme | Civil Engineering, Transport Orientation (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Combination of transport modes. Systematic analysis of modes, evolutionary trends, terminals and operational cost for different transport modes (road/rail/air modes, public transport, combined transport and unitized cargoes). Operation and Exploitation. Just-in-time methods. Demand Management. Organization of transport systems and terminal design. Operating cost of transportation projects. Energy and environmental aspects of transportation. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Tatiana Moschovou, Special Lab and Teaching Staff (Teaching Assistance) Marilena Merakou, PhD Candidate (Teaching Assistance) |
Study Period | 9th semester: October – January |
Study Programme | Civil Engineering, Transport Orientation (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Introduction to Airport Planning Design and Management. Helps students to understand and develop the principles of the systemic approach in the analysis, planning and design of large scale complex infrastructures such as airports. Planning of airport systems requires a wider view and understanding that departs from the strictly technical engineering context and addresses economic, business and legal issues. Dynamic Strategic Planning is discussed. Planning, design and management of airside and landside are also presented. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr Eleni Vlahogianni, Professor |
Lecturers | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Study Period | 9th semester: October – January |
Study Programme | Civil Engineering, Transport Orientation (Elective course) |
Information for Enrolled Students | Course content in Helios |
Course Description | Planning and organization of public transport. Route planning. Policy favoring mass transport. Network optimizations. Optimization methods. Real-time management systems and telematics systems. Central and distributed controls and decision-making methods. Responsibility and role of a Transportation Engineer. Management and planning information systems for the management, control and planning of transport resources. Vehicle fleet management. Applied statistical modeling. Regression. Stated and Revealed Preference Surveys. Time Series Analysis. Prediction Standards. Machine learning. R open source software. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Coordinator | Dr George Yannis, Professor |
Lecturers | Dr Eleni Vlahogianni, Professor Dr Christina Plati, Professor Dr Konstantinos Gkiotsalitis, Assistant Professor Dr Tatiana Moschovou, Special Lab and Teaching Staff (Teaching Assistance) |
Study Period | 9th semester: October – January |
Study Programme | Civil Engineering, Transport Orientation (Mandatory course) |
Information for Enrolled Students | Course content in Helios |
Course Description | The purpose of the course is to actually use real data on a subject that covers most of the subjects taught in the direction of Transport Studies, aiming to be able to connect individual subjects in a comprehensive and cohesive approach. The objective of the Integrated Theme of Transport Planning is the complete analysis of the existing transport situation and the technical-economic study of a comprehensive plan for the transport development of the islands of the Aegean. For this purpose, islands of the Aegean with intense tourist activities and similar population sizes (from 5,000 to 20,000 inhabitants) and areas (from 50 to 500 sq.km) have been selected. |
Programme | BSc Programme, School of Civil Engineering, NTUA |
Postgraduate Courses
Coordinator | Dr Konstantinos Gkiotsalitis, Assistant Professor |
Lecturers | Dr Dimtrios Karonis, Professor Dr Antonios Kladas, Professor Dr Dimitrios Hountalas, Professor Dr Xenia Karekla, Senior Researcher |
Study Period | February – June |
Study Programme | MSc level |
Information for Enrolled Students | Course content in Helios |
Course description | This course analyzes, designs and plans transport systems, transport modes and energy sources aiming at the reduction of energy. |
Programme | MSc Programme, Energy Production and Management, NTUA |
Coordinator | Dr Antony Stathopoulos, Professor Emeritus |
Lecturers | Dr Konstantinos Gkiotsalitis, Assistant Professor Dr Dimitrios Lyridis, Associate Professor Nikolaos Ventikos, Associate Professor |
Study Period | February – June |
Study Programme | MSc level |
Information for Enrolled Students | Course content in Helios |
Course description | The course aims to highlight the relationship between a sustainable international trade, maritime transport, logistics and port location and their planning and management. Emphasis is given in the analysis of major commercial maritime corridors and cargo flows, types of ships and their productivity, the role of commodity markets, short-sea shipping, operating cost and the analysis of fares. Other important issues in discussion are the balancing of supply and demand, the operation of the interconnected transport system, closed and open systems, unitized (containerized) and bulk cargoes, ferries, cabotage and passenger transport and finally the competition with other modes of transport. |
Programme | MSc Programme, Water Resources Science and Technology, NTUA |
PhD Studies
1. Project Background and Description
A PhD degree entails students autonomously undertaking groundbreaking and substantial research within a particular field or subject, culminating in the creation of a thesis worthy of publication. In the context of Civil Engineering (Transportation Orientation), the requirements typically involve publishing a minimum of four (4) original research articles as the primary author in reputable scientific journals that are not included in the list of predatory publishers. All research articles that contribute to the PhD thesis must pertain to the specific topic of the PhD and establish a cohesive narrative.
2. PhD Duration
According to Greek Law 4957, July 2022, ΦΕΚ 141, Article 93, the minimum duration of a PhD is 3 full years from the date of the establishment of the 3-member advisory committee of the PhD. The latest date for the completion of the PhD is 6 full years from the date of the establishment of the 3-member advisory committee. There exists a provision that allows the General Assembly of the Department to extend the 6-year duration of the PhD program under exceptional circumstances. In order to be considered for an extension, the PhD candidate must formally submit an application explaining the reasons for the delay. This application must be approved by the 3-member advisory committee.
3. Responsibilities of PhD Candidates
According to Greek Law 4957, July 2022, ΦΕΚ 141, Article 93, the main responsibilities of PhD Candidates are:
- The submission of a detailed progress report of their PhD project on an annual basis to the 3-member advisory committee;
- Collaborate closely with their supervisor and the 3-member advisory committee to receive guidance and support for their PhD thesis
- Engage in teaching activities as deemed necessary by their supervisor, in alignment with the requirements of the 1st and 2nd cycle study programs offered by the Department;
- PhD Candidates have all the rights of the MSc students, including additional rights which are defined by the regulatory framework of the PhD studies of their School. They are also allowed to participate in Research Programmes of their University and receive scholarships, whenever feasible.
4. PhD Defense
According to Greek Law 4957, July 2022, ΦΕΚ 141, Article 95, after the written positive recommendation of the 3-member advisory committee to the Council of the Department, the General Assembly determines a 7-member examination committee for the crisis and the evaluation of the doctoral thesis. The composition of the 7-member examination committee for the PhD defense includes the following criteria: (a) Out of the 7 members, at least 3 must be part of the advisory committee; (b) A minimum of 4 members should be affiliated with the University where the PhD program is being conducted; (c) All members of both the examination committee and the advisory committee must be Faculty Members, either from Greece or abroad. During the PhD defense, which is conducted publicly, the candidate is presented with questions by the 7-member examination committee. The success of the defense is contingent upon receiving approval from a minimum of 5 out of the 7 members of the examination committee.
5. What does a PhD involve?
A standard PhD degree is typically split into three stages. A three-year PhD may follow this pattern:
- First year (stage) – You will meet with your supervisor to discuss your research proposal and agree an action plan with deadlines. You will then complete your literature review, in which you will evaluate and critique existing works to inform the direction of your project and ensure that your research will be original. You may also be involved in teaching activities and start reviewing articles from other researchers.
Expected Deliverables: at least 1 submission to a Scientific Journal as first author - Second year (stage) – Your focus will shift towards developing the methodology for your research and collecting results. These results will be used to write the initial technical papers that will later form chapters of your thesis. Furthermore, you will have opportunities to present your findings and ideas at academic conferences, gain more teaching experience, supervise BSc/MSc students more independently, collaborate with fellow students on related projects, and effectively communicate the significance of your research to the general public through workshops, lectures, and presentations.
Expected Deliverables: 1 to 2 submissions to Scientific Journals as first author - Third year (stage) – Primarily revolves around writing your thesis, although your research may still be ongoing. You will dedicate significant time to crafting a comprehensive thesis document. Additionally, you will have opportunities to present your findings and ideas at academic conferences, communicate the benefits of your research to the general public, independently supervise BSc/MSc students, and engage in the development of your research proposals.
Expected Deliverables: 1 to 2 submissions to Scientific Journals as first author
Graduate | Graduation Date | PhD Thesis |
---|---|---|
Maria Konstantinidou (supervisor: Prof. Antony Stathopoulos) | 02/12/2020 | Development of a model for the optimization of network operation in the aftermath of a catastrophic event |
Eleni Papatzikou (supervisor: Prof. Antony Stathopoulos) | 04/02/2018 | Traffic control under dynamic loading conditions with risk analysis methods |
Konstantinos Gkiotsalitis (supervisor: Prof. Antony Stathopoulos) | 12/07/2017 | Dynamic destination and transport mode estimation for interdependent trips under spatio-temporal variations |
Ioanna Pagoni (supervisor: Prof. Paraskevi Psaraki-Kalouptsidis) | 21/02/2017 | Assessment of the impact of aircraft emissions on the strategy of aviation stakeholders |
Fotios Mertzanis (supervisor: Prof. Konstantinos Abacoumkin) | 08/12/2015 | Contribution to the Investigation of Stopping Sight Distance in three-dimensional space |
Tatiana Gialama (supervisor: Assistant Prof. Konstantinos Liberis) | 03/06/2014 | Investigation of the wheel-rail inerface and the developing contact stresses |
Anastasia Pnevmatikou (supervisor: Associate Prof. Matthew Karlaftis) | 20/03/2014 | Development of methods for estimating demand changes in urban transport systems due to changes in network characteristics |
Christina Milioti (supervisor: Associate Prof. Matthew Karlaftis) | 20/03/2014 | Development of methods for estimating public transport shares under complementary operating conditions |
George Giotis (supervisor: Prof. Dimitrios Tsamboulas) | 20/03/2014 | Development of a method for multi-criteria assessment |
Zoi Christoforou (supervisor: Associate Prof. Matthew Karlaftis) | 05/04/2011 | Incident occurrence and response on urban freeways |
Loukas Dimitriou (supervisor: Prof. Antony Stathopoulos) | 13/07/2010 | Design of container terminals systems: an evolutionary game theoretic approach |
Konstantinos Kepaptsoglou (supervisor: Associate Prof. Matthew Karlaftis) | 15/12/2009 | Development of optimization methods for the operation of a fixed route system under emergency conditions |
Theodore Tsekeris (supervisor: Prof. Antony Stathopoulos) | 10/06/2004 | Analysis of reliability and degradation of dynamically estimated origin destination matrices in extended transportation networks |
Paraskevi Psaraki-Kalouptsidis (supervisor: Prof. Konstantinos Abacoumkin) | 05/11/2002 | Contribution to the study of factors that affect demand and mode choce in access to airports |
Konstantinos Liberis (supervisor: Prof. Konstantinos Abacoumkin) | 14/07/1998 | A methodology to improve the open rail line block signaling system for capacity optimization |
Athanasios Ballis (supervisor: Prof. Konstantinos Abacoumkin) | 11/07/1995 | Development of a container terminal simulation model |
Antony Stathopoulos (supervisor: Prof. Konstantinos Abacoumkin) | 21/10/1986 | Contribution to the investigation of the value of time in transportation |
George Kanellaidis (supervisor: Prof. Konstantinos Abacoumkin) | 22/05/1984 | Contribution to the investigation of mode choice in intercity travel and of the perception of safety |
Indicative Theses Topics
- Optimal selection of bus charging stations
- Scheduling of electric buses
- Scheduling of autonomous buses
- Real-time control of buses
- Multi-modal scheduling integration
- Setting optimal frequencies for public transit services
- Simulation-based study of the impact of full electric vehicles
- Rebalancing of shared modes
- Transport network design (optimal planning of station locations)
- Dynamic traffic assignment
- Routing of electric vehicles
- User acceptance of autonomous vehicles
- User acceptance of Mobility-as-a-Service
- Governance issues of connected and autonomous vehicles
- Mode choice modeling to/from Athens International airport
- Identify individual mobility patterns in the Athens metro system
- Simulation-based impact assessment of autonomous vehicles
- Scheduling of Railway Maintenance