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University of Defence in Brno

Defence research projects

DOCENDO DISCIMUS

 

Defence research projects

University of Defence is involved in defence research projects under the umbrella of “Development of Operational Capabilities Achieved by the Armed Forces of the Czech Republic” programme declared by the Ministry of Defence of the Czech Republic. The Programme’s mission is to support Czech Armed Forces training process through research and development so that the forces be able to accomplish their tasks under the conditions of expectedly developing security and operation environment considering the nature of future military operations, technological, demographic, economic and resource conditions and expected development of Czech Armed Forces’ capabilities.

University of Defence is currently contributing to meeting the programme goals by involvement in 32 projects.

 

The following table mentions a list of defence research projects with University of Defence involvement.

 

 

Project Title

Resource

Digitized 3D image of soldiers' positions in a built - up area and in a building (BUILDING)

C

Generation of modular task force structures for full spectrum of operations and their verification with CD&E (STRUCTURE) utilization

C

Operational Concept for the Armed Forces of the Czech Republic in Joint Operations (OPERKON)

C

Proposal and Use of New Adaptive Technologies for Simulation and Camouflage in Operational Environment of Armed Forces of Czech Republic and for Infrastructure Protection (ADAPTIV)

C

Explosives analyzer based on the micro fluidic principle for field conditions (PRINCIP)

C

Technical, economic and environmental application aspects of fuel additive “Envirox” in operation of the ACR ground military equipment (ENVIROX)

C

Process and Technical Resolution of the Fire Support Control System (PROTECH)

C

Geographic and meteorological factors of a battlefield, its dynamic visualization and localization in command and control systems (METEOR)

C

Distributed Simulation According to the HLA Standard in the Czech Army (DISIM)

C

Research into methods and technical means for the barrel and gun loading device diagnostics ensuring compatibility with standards STANAG and ITOP (GUN)

C

Technical support of design, building, maintenance and cancelling of the Czech military bases in missions abroad, using the REACH-BACK concept (RUCH)

C

Innovation of technology of data processing from sensors placed on modern aircraft and the sensors data fusion in the NET environment (FUSION) 

C

Distributed Simulation According to the HLA Standard in the Czech Army (DISIM)

C

Development of novel decontaminants and disinfectants of skin based on micellar compounds (SUBSTANCE)

C

Robotized system for in vitro evaluation of novel rectivators of acetylcholinesterase inhibited by nerve agents (REACTIVATOR)

C

Biosensors for determination of nerve agents and yperites using recombinant proteins and nanotechnology (PROTEIN)

C

Classification of biological agents – support of an international project „Establishment and management of a common database of B-agents – A European Laboratory Biodefence Network (BIODEFENCE)

C

Testing  possible ways of using cyanoacrylat tissue glues in high risk intestinal anastomoses (GLUE)

C

Indicators II – reverse detection of received ionizing radiation dose by monitoring cell population changes using biophysical methods (INDICATORS II)

C

Short-term and long-term nonspecific changes in organisms exposed to high and low doses of nerve agents on cellular and molecular level (RADSPEC)

C

Development of new prophylactic tools for Francisella tularensis infection (FRANCIS)

C

Research into novel inhibitors of acetylcholinesterase as prophylaxis of nerve agent poisonings (INHIBITOR)

C

Potential interference of toxic properties of sulphur mustard (YPERIT)

C

Determination of important pharmacokinetic and biochemical parameters and evaluation of blood-brain barrier penetration using drugs introduced to the Czech Army equipment (FARMAKO)

C

Non-invasive measurement of proinflamatory markers of oxidative stress in irradiated as an indicator of received dose of radiation. Protective role of acetyl-L-carnitine (RONSDOZ)

C

Method of viral hemorrhagic fevers' causative agents rapid detection and identification (FEVER) – co-receiver

C

LEPTOSPIROSIS - Risk evaluation and new possibilities of detection – co-receiver

C

Research into novel prophylactic antidotes of nerve agent poisonings based on scavengers (INTOXICATION)

C

Surgical treatment of the digestive tube´s penetrating injuries using Natural Orifice Transluminal Endoscopic Surgery (NOTES)

C

Crossover external fixator of acetabular fractures  - experimental work (ACETABULA)​

C

 

 

Remark: the letter "C" in Resource column stands for Ministry of Defence funds.

The person responsible for the content of this page is Ondřej Klanica
   
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