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Background & policy context: 

The Technology Agency of the Czech Republic is an organisational unit of the state that was founded in 2009 by the Act No. 130/2002 Coll. to support research, experimental development and innovation. The creation of TA CR is one of the cornerstones of the fundamental reforms in research and development (R&D) in the Czech Republic. The key feature of the reform is the redistribution of financial support from the national budget. The Technology Agency of the Czech Republic simplifies the state support of applied research and experimental development which has been fragmented and implemented by many bodies before the reform.
In accordance with the Act No. 130/2002 activities assigned to TA CR are:

  • preparation and realization of its own programmes of applied research, experimental development and innovation; and realisation of programmes from those governmental departments without public financial support,
  • evaluation and selection of programme proposals,
  • administration of functional financial support of applied research from the national budget,
  • control of a fulfillment of project contracts,
  • evaluation of fulfillment of objectives of programmes and control of their results,
  • counseling (legal, financial and IPR) for programmes and projects of applied research, experimental development and innovation,
  • communication support between research organisations and the private sector,
  • negotiations with institutions in the Czech Republic and the European Union in terms of permitted public support of applied research and innovation, and
  • cooperation with similar foreign institutions.

There are 7 funding programmes of The Technology Agency CR:

  • Alfa Programme
  • Beta Programme
  • Gama Programme
  • Delta Programme
  • Epsilon Programme
  • Omega Programme
  • Competence Centres
Strategic Objectives: 

The ALFA Programme aims to support applied research and experimental development especially in the field of advanced technologies, materials and systems, energy resources and the protection and creation of the environment and the sustainable development of transport. The acquired knowledge, applied in the form of innovation, will strengthen the performance of businesses and increase the competitiveness of the economy and society of the Czech Republic, thereby increasing the quality of life and overall quality of the environment.

Programme organisation: 

The ALFA Programme is divided into 3 sub-programmes:

1. Advanced technologies, materials and systems

2. Energy resources and environmental creation and protection

3. Sustainable development of transport

The recipients of support may be independent business entities (legal entities and individuals) as well as research organisations; the ALFA Programme will mainly support their joint projects.

The ALFA programme can only support projects that reasonably expect to achieve at least one of the following types of results according to the Register of information on results:

• patents;

• pilot operation, proven technology;

• results with legal protection - utility models, industrial designs;

• technically realized results - prototypes, functional samples;

• certified methodologies and procedures, and maps with expert content;

• software.


• ALFA programme for the support of applied research and experimental development

• List of members of the Programme Council

• List of members of the Sub-programme Council

• Statute and Rules of Procedure of the Sub-programme Council

• Statute and Rules of Procedure of the Programme Council

• Rules for expert evaluations of project proposals

• Community Framework for State aid for Research, Development and Innovation

Leading Institutions:

The Technology Agency of the Czech Republic

Type of funding:
Programme funding arrangements and funding conditions: 

The programme is planned for a six-year period (2011-2019), during which a total of 7.5 billion CZK will be distributed. The first public tender was announced on the 24th of March 2010, and the second public tender was announced on the 20th of July 2011. The third and final public tender of the ALFA programme was announced on the 6th of June 2012.

Total Budget: 
7.5 bilion CZK
Participating countries: 
Czech Republic
Number of projects:
Projects covered: 

Increasing Passengers Passive Safety and Comfort in Railway Traffic

Safety traffic barrier of road tunnels

Project Profiles:
  1. Increasing the usage of parking capacity on highways using prediction models
  2. A system for permanent sensing of the traffic load intensity on the selected road and SW for visualization of achieved values of the actual load (the number and travel direction of vehicles) in real-time, display to the general map environment
  3. Acceleration Simulator of Vehicle Crashes
  4. Active safety system for object spatial localization between railway vehicles and ahead of it front ends
  5. Advanced ambulance superstructure with improved transport capacity
  6. Advanced Navigation of the Blind people
  7. Aircraft Engine Mikron III D
  8. Application of laser technologies in transportation engineering
  9. Application of multicriteria evaluation for selection of a level crossing type
  10. Application of reliability methods in research and verification of innovative road safety barriers
  11. Asphalt in road tunels
  12. Assistance systems to support the pilot decisions to increase operation safety of small civilian aircraft
  13. Automated Monitoring of Hazardous And Dangerous Driver's Behaviour
  14. Automatic detection of traffic objects on the road network for pasportization, navigation data update and driver assisstance
  15. Automation of process of thermal mapping of the road surface using mobile sensors for the purpose of winter road maintenance
  16. AXIO - system for measuring of distance and speed of trains
  17. Complex Affordable Aircraft Engine Electronic Control (CAAEEC)
  18. Complex solution for distributing traffic information in standardized formats
  19. Creating a genetic database of selected species of mammals in the Czech Republic to be used for sustainable transport development
  20. D-NOTAM
  21. Data-warehouse design documentation of the infrastructure and its use at assessing the safety of building TEN-T
  22. Design and development of mobile devices container to supply filling stations compressed natural gas
  23. Development adaptive interactive system for increasing safety of vehicle crew and its use for evaluation of pavement surface characteristics
  24. Development and use of equipment for sampling and measurement of exhaust emissions from motor vehicles in motion
  25. Development of a hybrid railway bridge resistant in flood lands
  26. Development of a new generation of drives - electromechanical actuators for small and medium-sized aircraft
  27. Development of a new generation of RLTC and testing environment
  28. Development of advanced driving simulator for basic and advanced training of passenger car drivers
  29. Development of functional bituminous binder for semi-warm asphalt mixes with increased content of reclaimed asphalt
  30. Development of innovative road condition and temperature detector for winter road maintenance using image processing
  31. Development of mechanically activated materials based on recyclable concrete for progressive stabilized or cold recycled structural layers
  32. Development of modern aircraft power units
  33. Development of technologies for road and other paved areas stormwater runoff cleaning
  34. Development of the Methodology for Defining of Spatial Obstacles of the Air Traffic
  35. Development of the system for calculation of the traffic performance of motor vehicles registered in the Czech Republic from the data of the Centralized Information System of the Technical Inspection Stations
  36. Development of the wireless barrage signal for safety transmission of the level crossing state to the rail vehicle
  37. Development of Vehicle Active Bonnet System Regarding Variability of Population and Implementing Biomechanical Model Human Body
  38. Device for recording and evaluation of traffic density in sections between junctions to define the congestion of traffic flow
  39. Distributed Adaptive Train Trip Optimizer
  40. Economically effective revitalization of Portland cement concrete pavement to extend their lifespan
  41. Evaluation of road technologies for determination of Whole Life Costs of construction, maintenance and repair of roads and for setting requirements for prolongation of life-time of technologies
  42. Extended data model for the disabled people and the methodology of its interpretation in the navigation
  43. Functional sample of ground based ADS-B and MLAT receiver
  44. General methodology for evaluation of road traffic impacts on the inhabitants
  45. Generational innovation of methods for the vehicle damping testing
  46. Generational innovation of methods for the vehicle damping testing
  47. Implementation of Flexible Bollards as Elements of Urban Engineering
  48. Improvement of safety and reliability of electric energy sources for means of transport
  49. Improvement of travel survey accuracy and effectivity by using information and communication technologies
  50. In-depth analysis of vehicle and pedestrian collison and new approach to pedestrian protection
  51. Increased passive safety of TL-ultralight aircraft
  52. Increasing Passengers Passive Safety and Comfort in Railway Traffic
  53. Increasing the efficiency of the fan propulsion for small aircraft
  54. Innovative control of a car cabin HVAC system as a part of an Advanced Driver Assistance System
  55. Innovative dynamic method of traffic lights control based on a new generation detection technology for continuous monitoring of movement, speed and trajectory of approaching vehicles
  56. Instrument flight procedures for rotary wing aircraft
  57. Integrated Components for Complexity Control in affordable electrified Cars
  58. Integrated simulation platform
  59. Integrated system for traffic related pollution monitoring
  60. Integrated tool for practical application of advanced computational models for geomaterials allowing for increase of safety and lifetime of traffic infrastructure
  61. Integration of the SHM to system for ensurance of the continued airworthiness of a small transport aircraft
  62. Intelligent Electronic Record of the Operation and Vehicle Performance
  63. Intelligent Infrastructure for Modern City
  64. Intelligent modules for communications and lighting
  65. Intelligent telematics information system of public transportation II
  66. Interpretation and correlation of dynamic and cone penetration test for more effective design traffic structures
  67. LARP Method in Traffic Education
  68. Methodology for the determination of traffic volumes on urban roads
  69. Minimal standards of macroscopic models for transport planning
  70. Modelling of deterioration and lifetime assurance of concrete bridges
  71. Modern turbo-roundabouts and their application in the design of transport constructions
  72. Modular system of bridge constructions made of advanced composite materials
  73. More accurate assessment of the economic efficiency of transport structures in the urban environment
  74. New diagnostic methods as tools supporting the decision-making on maintenance and repairs of road carriageways – benefits and possibilities of their usage
  75. New methods for determining emission factors and total life cycle costs of heavy vehicles in line with the Directive 2009/33/EC on the promotion of clean and energy efficient vehicles
  76. New test methods for asphalt binders and mixtures allowing the extension of asphalt pavements performance
  77. Operational diagnostics of the qualitative indicators of rail tracks by measuring the spatial deformation
  78. Optimisation of algorithms of adaptive traffic light control system in urban areas
  79. Optimisation of operating time of traffic lights depending on traffic volume during off peak period
  80. Optimisation of road maintenance and repair for lowering the lifetime costs
  81. Optimisation of technological equipment of road tunnels with respect to safety and investment and operational cost
  82. Optimising profiled road markings with rumble strips for improving road safety
  83. Optimising the management of horizontal road marking
  84. Position of dowels and tie bars in rigid pavements and importance of their correct placement to pavement performance and service life
  85. Possibilities of influencing the negative impact of transport on the urban environment through innovative sensor networks
  86. Progressive composite bridge structure with cement concrete pavement
  87. Progressive solution of the bridge silent expansion joint with low noise level and intelligent elements
  88. Proposal of new sophisticated 3D textile structures with elements of hi-tech and smart materials used for upholstery covering of car seats to improve their product capabilities
  89. Railroad bridges with extremely reduced construction height for next generation revitalisation of railways
  90. Reasearch and Development of a Light Superstructure for Electrobus
  91. Recycling of stone mastic asphalts and development of special celullose fibres for this type of asphalt mixtures
  92. Reinstating of tunnels - technology, materials and methodology
  93. Research and an assessment of slope instabilities in the lines of main intended traffic corridors
  94. Research and design of bridge structures in floods regions
  95. Research and development focused on monitoring and mangement of lorry movement on lower class road network in the Czech Republic
  96. Research and development of a new motorcycle with a new four-stroke engine 450 ccm
  97. Research and development of key technologies for multistatic primary radar as a replacement of primary active radars
  98. Research and Development of Piston Internal Combustion Engine for Combustion of Compressed Natural Gas
  99. Research and development of powertrains with modern accumulative injection systems to minimise the harmful substances in exhaust gases
  100. Research and development of progressive methods for measuring aviation organisations safety performance
  101. Research and development of progressive sanding rail vehicle system
  102. Research and Development of System for Top-of-Rail Friction Management in Rail Transport
  103. Research and development of technologies for radiolocation mapping and navigation systems
  104. Research and development of weight-optimised components for rail vehicles
  105. Research and realisation of “just in time” delivery Crumb Rubber modified bitumens and complex service in bituminous layers production
  106. Research in driver's visual workload and attentiveness
  107. Research of necessary operating parameters of prospective temporary bridges for rail transport
  108. Research, design and pilot function verification of the integrated system of intelligent parking
  109. Safety traffic barrier of road tunnels
  110. Sensoric networks in transport
  111. Simulation and Optimisation of Traffic Flows Interaction Using Witness Software
  112. Smart Charging Station for electric cars
  113. Software for Airframe Loading Investigation
  114. Software for prediction and modelling of durability and safety of transport structures
  115. Specification and Optimisation of Energy Flow in Trolleybus Transport with Respect to Lower Electric Energy Consumption, Length of Power-supply Trolley Wire Units and to Requirements of Integrated Public Transport System
  116. Stress and coping with stress among public transport drivers
  117. Supplement of missing data of dynamic fleet composition for the purpose of emissions from road transport modelling
  118. Supplement of missing data of dynamic fleet composition for the purpose of emissions from road transport modelling
  119. Sustainable Intermodal Transport Systems
  120. System for improvement of helicopter safety during landing and taking-off in an unknown terrain
  121. System for monitoring and analysing of new and current technologies in the field of pavement maintenance and repair, technical-economical view
  122. Technical support and methods for verifying interoperability of electronic fare collection, information and management and travel information systems in public transport
  123. Technique for measuring the force effects in the wheel-rail contact
  124. Testing Methods of Traction Motors in Tram Undercarriages
  125. Tools for Analysis and Assessment of Environmental Impacts of Road Surface Noise
  126. Tools for improvement of quality and quantity of traffic information provided in the RDS-TMC
  127. Traffic Detect And Avoid System
  128. Transport infrastructure design optimization with respect to increased durability and operation safety
  129. Trespassing railway property - research of situation and proposal of measures for prevention and mitigation of consequences
  130. Universal intelligent controll unit
  131. Update of the extraregional road design elements
  132. Update of the urban road design elements
  133. Usage of Information Data Sources of Public Transport for Urban Traffic Management
  134. Use of advantages of FRP composites in transport infrastructure
  135. Using cooperative system for influencing traffic flows
  136. Verification of the implementation of continuous traffic load map using modern classification and prediction methods
  137. Virtual simulation of pedestrian evacuation and transport processes
Contact Name: 
Lukas Kacena
Contact Email: 
The Technology Agency of the Czech Republic
Evropská 1692/37
160 00
Praha 6
Contact country:
+420 234 611 640