Transcript Snímek 1

Place of the Faculty of Applied Informatics in
the Security Education
Vladimír Vašek, Roman Prokop
Faculty of Applied Informatics / Nad Stráněmi 4511 / 760 05 Zlín / Czech Republic
www.fai.utb.cz
Europe
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Czech Republic
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Zlín – university town
• Founded in the 13th century
• Population: 80 000
• Birthplace of Tomas Bata, the founder of Bata Shoe concern
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Entrepreneurial spirit
Tomas Bata
1876 - 1932
Industry: Shoe and leather,
Rubber and polymer fibres,
Mechanical and Manufacturing
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Tomas Bata University
UUUniversityUniversity
in Zlín
• Established on 1 January 2001
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University Structure
Academic Senate
Board of
Governors
Scientific Board
Rector
ICT Technology Park
‘12
CEBIA-Tech
‘11
TBU Nursery School
‘11
Technology Park
‘08
Centre of Polymer
Systems
‘11
Faculty
of Technology
‘69
Faculty
of Management
and Economics
‘95
Faculty
of Multimedia
Communications
‘02
‘06
Faculty of
Applied Informatics
Faculty
of Humanities
‘07
Faculty
of Logistics and
Crisis Management
‘09
University Institute ‘04
Rectorate
‘01
Halls of Residence
and Refectory
‘01
Academia Centre
‘01
TBU Library
100%
50%
‘09
‘02
Secondary School of
Business and Technology
‘05
Technology
Innovation Centre Ltd.
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Number of TBU Students
Reduction due to governmental regulations
16,000
13 921
14,000
12 655
12,000
9 974
8 544
8,000
7 388
5 759
6,000
4,000
0
12 922
11 320
10,000
2,000
13 536
2 610
3 458
4 201
1 086
1995/96 2000/01 2001/02 2002/03 2003/04 2004/05 2005/06 2006/07 2007/08 2008/09 2009/10 2010/11 2011/12
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Faculty of Applied Informatics
Established on
1 January 2006
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FACULTY OF APPLIED INFORMATICS
Profile:
 Educational Activities
 Bachelor´s Degree Studies
 Master´s Degree Studies
 Doctoral Degree Studies
 Research and Development Activities
 Information Technologies
 Automatic Control
 Security Technologies
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STRUCTURE OF THE FACULTY
Academic
Senate
Dean
Scientific
Board
Advisory
Bodies
Boards
Dean´s Advisory
Council
Industrial
Board
Discplinary
Board
Secretary
Scholarship
Board
Departments
Department of
Informatics and
Artificial
Intelligence
Departments within the
Purview of the Dean
Dean´s Office
Vice-Deans
Student
Affairs
Department
Vice-Dean for
Bachelor´s
Degree Studies
Department of
Computer and
Commuunication
Systems
Department
R&D and
Promotion
Finance
Department
Vice-Dean for
Master´s Study
and Doctoral
Degree Studies
Department of
Process Control
Department of
Automation and
Control
Engineering
Department
of
International
Affairs
Technical
Department
Vice-Dean for
R&D and
Promotion
Regional Research
Center CEBIATech
Department of
Electronics and
Measurements
ICT Technology
Park
Department of
Security
Engineering
Department of
Mathematics
Publishing
Board
Vice-Dean for
Strategic
Development &
Informational
Affairs Deputy
Dean with Full
Powers
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STRUCTURE OF THE FACULTY
 Department of Mathematics
 Department of Informatics and Artificial Intelligence
 Department of Computer and Communication
Systems
 Department of Automation and Control Engineering
 Department of Process Control
 Department of Electronics and
Measurements
 Department of Security Engineering
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Scheme of Degree Programmes
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STUDENT NUMBERS
31.10.2008 31.10.2009 31.10.2010 31.10.2011 31.10.2012
Bachelor´s Studies
Master´s Studies
Doctoral Studies
Total
114
528
1197
2008
143
554
1089
2009
1197
528
114
1839
127
648
1112
2010
132
664
972
2011
1089
554
143
1786
1112
648
127
1887
972
664
132
1768
883
579
112
1574
112
579
Doctoral Studies
Master´s Studies
Bachelor´s Studies
883
2012
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PERSONNEL STRUCTURE
Category
2008
2009
2010
2011
2012
2013
61
67
72
75
77
78
2
6
9
8
8
6
31
28
26
36
30
24
Academic Staff
Research Assistants
Administration Staff
28
26
36
30
6
9
8
8
24
6
67
72
75
77
78
2008 2009
2010
2011
2012
2013
31
2
61
Administration Staff
Research Assistants
Academic Staff
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PERSONNEL STRUCTURE
Total Employees
101 107
115
2008
2009
2010
2011
2012
2013
101
107
115
115
126
125
115
126
125
Total Employees
2008 2009
2010 2011
2012 2013
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PERSONNEL STRUCTURE
Academic Staff
Professors
Associate Professors
Assistant Professors
Assistants
Lecturers
Research Assistants
Student per Academic
25.2
22
20.9
1.1.2008
1.1.2009
7
11
28
13
8
6
25,2
7
16
30
14
5
9
22
21.9
22.3
1.1.2010
7
16
33
13
6
8
20,9
1.1.2011
8
14
38
11
6
8
21,9
1.1.2012
8
14
43
8
5
7
22,3
1.1.2013
8
14
43
7
5
9
20,0
20
Student per Academic
2008 2009
2010
2011
2012
2013
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Partner Institutions of TBU in Europe
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Partner Institutions in the World (Except Europe)
•
•
•
•
• •
•
•
•
•
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Bilateral Agreements
Bilateral Agreements (validity)
2011
2012
2013
26
31
31
Total
31
31
Total
26
2011
2012
2013
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Study in English
Study programme - Engineering Informatics
Bachelor's Studies (Bc.): 3-year study
Courses:
 Information and Control Technologies
 Security Technologies, Systems and Management
 Information Technologies in Administration
Follow-up Master's Studies (Ing.): 2-year study
Courses:
 Automatic Control and Informatics
 Information Technologies
 Integrated Systems in Buildings
 Computer and Communication Systems
 Security Technologies, Systems and Management
 IT Teaching at Secondary Schools
Doctoral Studies (Ph.D.): 4-year study
Courses:
 Engineering Informatics
 Automatic Control and Informatics
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Study Course STSM / BTSM
Study course Security Technology, Systems and
Management
• technically oriented study course based on electronics
and informatics,
• curriculum is developed in cooperation with the
associations of private security industry
• technical study subjects in the field of electronic security
systems and information security,
• security study subjects are focused on the theory of
security, commercial security, crisis management and
detective work
• bachelor's degree
• master's degree
• doctoral studies in Engineering Informatics
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Study Course STSM / BTSM
Security Technologies, Systems and Management
(Bc. Degree) (3902R039)
Within this three-year course, students work towards a
first degree through the study of theoretical subjects like
Mathematics and Physics, and Engineering disciplines
like Mechanics, Materials Theory and Electrical
Engineering. They master knowledge in the mechanical
and electronic elements of object security, and computer
technology and informatics, with an emphasis on data
security. Apart from the theoretical and technical
disciplines, the course also includes economic,
managerial and legal subjects, as well as subjects
focusing on detective and criminal work - while still
remaining technically oriented. Emphasis is placed on
Commercial Security Technology and the technical
means of its implementation.
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Study Course STSM / BTSM
Security Technologies, Systems and Management
(Ing. Degree) (3902T039)
Within this Master's Studies programme, students
extend their technical knowledge essential for the
optimum use of the technical means of security
systems. At the same time, they learn how to deal with
critical situations in a systematic way and how to
analyse possible risks - not only on the basis of local
situations and conditions, but also in a broader geopolitical and social context. Students are encouraged to
be active and creative while managing technical and
general information. This a markedly interdisciplinary
programme.
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Study Course STSM / BTSM
Main goals and tasks in the field of security
technology and physical security
• follow the latest developments in the field of security
• analyze threats and risks
• propose new ways of property protection, particularly
by private security companies
• design and evaluation of systems for the protection of
property
• security technology: alarm system, fire alarm system,
CCTV and ACCESS
• development of commercial technology for money
transport, physical security and body guarding
• crisis management, population protection, integrated
rescue system and critical infrastructure protection
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Study Course STSM / BTSM
Study course Security Technology, Systems
and Management
• technically oriented study course based on
electronics and informatics,
• curriculum is developed in cooperation with
the associations of private security industry
• technical study subjects in the field of
electronic security systems and information
security,
• security study subjects are focused on the
theory of security, commercial security, crisis
management and detective work
• bachelor's degree
• master's degree
• doctoral studies in Engineering Informatics
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Bachelor’s and master’s thesis:
Examples of bachelor’s and master’s thesis:
Bachelor’s thesis
Cyberterrorism as a threat in the commercial security
industry
User Authentication Methods in Information Security
Systems
Tracking People and Things
An Application of a Machine Vision System
The Specifics of Railway Safety
Master’s thesis
Analysis of the Activities of the Czech Police in Flash Flood
Situations
The Configuration and Design of IP Security Camera
Systems
Using Raman Spectroscopy for Forensic Purposes
Suggestion of Threat Catalogue for the Zlín Region Linked
to its Critical Infrastructure
Neural Network-based Antispam Heuristics
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Doctoral studies (PhD.)
Doctoral studies in area of security technologies is
possible within Engineering Informatics degree course
Subjects:
Security Systems Technology
Technology of Commercial Security
Security Technologies of Information Systems
Security Management in Organization
Finished thesis:
Technological aspects of critical infrastructure protection
of Slovak Republic
Example of solved thesis:
Research of biometric systems in terms of their
credibility and integrity
Verification of resilience of biometric systems based on
fingerprint
Information support of command and control in security
forces
Usage of terahertz spectroscopy for identification of
selected psychotropic substances
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TECHNOLOGICAL PARK
INFORMATION AND COMMUNICATION TECHNOLOGIES
OPENED SEPTEMBER, 2012
Infrastructure for Commercial Research
Technology Park – Information and Communication Technologies
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TECHNOLOGICAL PARK
AIMS AND CONTRIBUTION OF THE RESEARCH PARK (RP)
 Development of TBU cooperation with local enterprise - based
on contracted research
 Ensurance of RP instrumentation and lab equipment quality
 Increased quality and quantity of academic and research
assistant publication activities
 Graduate job opportunity creation - especially successful Ph.Ds
 Interlinkage of research activities and the tuition processes in
the Master´s and Doctoral Degree Studies programmes
 Ph.D. student participation in RP research activities
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CEBIA - Tech
Project No. CZ.1.05/2.1.00/01.0023
„The Centre of Security, Information and Advanced
Technologies“ - CEBIA (from 02/2011 to 09/2014)
Main activities of the regional research project ‘CEBIA – Tech
• Application of engineering informatics
• Security research
• Alternative energy sources
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TECHNOLOGICAL PARK
Grant provider:
Funding:
Grant:
Budget:
Ministry of Industry and Trade of the Czech Republic
European Regional Development Fund
OP Enterprise and Innovations, Prosperity II
CZK 249,912 thousand (USD 12.5 million)
+ additional ESF project for R&D equipment: CZK 174,474 thousand (USD 8.7million)
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Joint Degree Program (follow up - 4 semestrs)
SP: Security technology
 University of Security Management (USM) in Kosice
 Tomas Bata University in Zlin (TBU)
 State University of New York (SUNY IT)
USM
TBU
SUNYIT
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Joint degree study program
CURRICULUM FOR TBU STUDENTS – MODEL FOR TBU DIPLOMA SUPPLEMENT
Studies at USM – 1st semester
Status
Semester Course unit code Title of the course unit studied at Number of ECTS
USM
credits
Compulsory Winter
Securitology
6
Compulsory Winter
Security Systems Management
6
Compulsory Winter
Law
6
Compulsory Winter
Risk Theory
6
Elective
Winter
Operational Analysis
6
Elective
Winter
Psychology and Sociology Management 6
TOTAL
30
Studies at TBU – 2nd semester
Status
Semester Course unit code
Compulsory
Compulsory
Compulsory
Compulsory
Elective
Elective
TOTAL
Summer
Summer
Summer
Summer
Summer
Summer
Title of the course unit studied at xxx
Telecommunication Systems
Electronic Security Systems
Technical Means of Security Industry
Accidental and Crisis Management
Modelling of Crisis Situation
Experimental Security Technologies
Number of ECTS
credits
5
5
5
5
5
5
30
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Joint degree study program
Studies at SUNYIT – 3rd semester
Status
Semester Course
unit code
Compulsory Winter
Compulsory Winter
Compulsory Winter
Compulsory Winter
Title of the course unit studied at xxx
Information Security and Recovery
Cryptography
Network Security and Virus Protection
Security Technologies for Information
System Protection
Number of
ECTS credits
5
5
5
5
Winter
Winter
TOTAL
20
•The joint follow-on degree program will be a joint-degree of 4 semesters. The first
semester will take place at VŠBM Kosice; the second at TBU; the third at SUNYIT; and
the fourth will be devoted to elaboration of a thesis at any of the institution of the
student's choice.
•Students will submit the same (single) application to any institution, where the student will
then be accepted and registered in the Student Database. The marks and results of their as
well as studies and also obtained at other institutions will also be recorded there.
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Joint degree study program
•This has to do with a combination of private schools (VŠBM), public schools (TBU) and
a State University (SUNYIT). There is a need to clarify and specify tuition fees at
individual institutions.
•Students will perform Final Examinations at the institution they chose for their thesis.
The examination committee will be composed of representatives from each of the three
institutions.
An alternative solution would be that all students would take their Final Examinations
before a single Commission and that at a single institution. The institutions could take
turns in arranging and providing these Final Examinations.
•The only thing assumed is – that the joint-diploma will be awarded by the institution
where students take their Final Examinations.
•Name of the Study program (discipline), possible alternatives:
Security Technology
Security Engineering
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FACULTY OF APPLIED INFORMATICS
RESEARCH
• Physical protection system of critical
infrastructure element
• Physical protection system of critical
infrastructure element
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Department of Security Engineering
Physical protection systems in relation to Critical infrastructure
•
Physical protection system of critical infrastructure element
•
Evaluation of the physical protection system structural properties for critical infrastructure
element
•
Model EASI (Estimate of Adversary Sequence Interruption)
•
OTB SAF
•
EASI model output verification process via OTB SAF simulation tool
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Department of Security Engineering
Physical protection system of critical infrastructure element
•
Detection – adversary detection with the use of technical security devices (AIR, PIR, MW
Bistatic, MW Monostatic, dual sensor, etc.) and verification of the alarm information via the
closed-circuit television (CCTV); parameter – probability of detection, the time needed for
the verification of alarm information and probability of successful communication.
•
Delay– hindering of the adversary with the use of mechanical barrier systems (fences,
gates, barriers, grids, security doors, glass and other); parameter – breaking resistance
•
Response – the object’s guards response– preventing or interrupting the adversary activity
or his arrest even with the use of regime measures; parameter – the time needed for the
guards to transfer from A to B
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Department of Security Engineering
Physical protection system of critical infrastructure element
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Department of Security Engineering
EASI model output verification process via OTB SAF simulation
tool
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Department of Informatics and Artificial Intelligence
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Department of Informatics and Artificial Intelligence
First main project output – Web Portal
contribution to security and safety area
• Web portal www.esecportal.eu
–
–
–
–
Information resource
Sharing information
Competency based curriculum
Modules:
– Study Subjects, Scholarship
Agencies, Glossary of Terms, Blogs,
Resources, Student projects, Calendar
of Events, Labour Market
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Department of Informatics and Artificial Intelligence
Second main project output – E-Journal
contribution to security and safety area
• European Journal of Security and Safety
– http://www.esecportal.eu/journal
– European scientific journal
– primary source of peer-reviewed research
articles in all fields connected with security and
safety
– ISSN 1338-6131
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CEBIA - Tech
• Security research activities involve the
following research sub-activities :
– Development of small mobile data and
telecommunication networks for
emergency units
– Development of a detection and analysis
system for hazardous substances with
the use of THz frequencies
– Development of technological methods
for protection of electronic systems
against interference from outer and inner
electromagnetic fields
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Thank you for your attention
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