Chernihiv State Technological University is a university located in Chernihiv, Ukraine founded in 1960. It has 7 faculties with over 40 departments and 10000 students. The university focuses on mechanical technology, electronic and information technologies, economics, and management. It offers bachelor's, master's and PhD programs both full-time and part-time. Some of the university's research includes developing technologies for vacuum welding semiconductor sensors onto nuclear reactors, chemical and thermal hardening of machine parts, and embedded systems. The university also focuses on energy saving LED lighting systems, corrosion inhibitors, and distance learning programs.

1. Chernihiv State
Technological University
НАУЧНЫЕ РАЗРАБОТКИ
Founded in 1960
www.stu.cn.ua

2. Chernihiv map

3. Chernihiv
More than 1300 years old
Population: 350 thousand
3 National Nature Reserve
More than 10 large enterprises and
nearly 2000 small and medium-sized
2 Universities, 1 state and 3 commercial institutions

4. University structure
7 FACULTIES:
40 departments
•Mechanical technology
•Electronic and information technologies 700 teachers
•Economic
•Management 47 professors
LAW INSTITUTE (3 faculties) 170 PhDs teachers
COLLEGE
CENTER OF POSTGRADUATE EDUCATION 10000 students
DOCTORAL STUDIES
SCIENCE AND RESEARCH DEPARTMENT 50 PhD students

5. Mechanical technology faculty
Departments:
•Integrated Technologies Engineering and cars
•Welding
•Machines and apparatus of chemical fiber
and textile industry
•Fundamentals of machine design
•Theoretical and Applied Mechanics
Full-time teaching:
Bachelor - 4 years.
Master - 1.5 years.
PhD - 3 years.
Distance learning:
Bachelor - 4.5 years.

6. The technology of vacuum welding
semiconductor sensors the external wall of a
nuclear reactor

7. The technology of chemical and thermal
hardening the surfaces of machine parts by
treatment in glow discharge plasma

8. Electronic and Information Technology faculty
Departments:
•Industrial Electronics
•Information and Computer Systems
•Electrical systems and networks
Full-time teaching:
Bachelor - 4 years.
Master - 1.5 years.
PhD - 3 years.
Distance learning:
Bachelor - 4.5 years.

9. Embedded systems
Processing modules
based on Xilinx, ARM7,
ARM9.

10. GSM-logger
 data collection and remote transfer them to a PC via the GSM cellular communications
channel or via the Internet;
 configuration changes are connected to it, regulators of various physical parameters;
 software change the characteristics of input sensors;
 signal generation, "Crash" and control actuators;
 establishment of control systems containing up to 64 devices.
Small-scale production is run.
GSM-logger named winner of
the "Innovation 2010".

11. Computer Control Systems
of the electron-beam welding (EBW) machines
Based on the
SINUMERIK 840D and
SIMODRIVE 611D

12. The operator interface of EBW machine
Preparation for welding Vacuum system control
Automatic teaching trajectory Join tracking during welding

13. Mobile-RADA
electronic voting system
•Voting panel
•Electronic docs
•No wires
•Mobile modes

14. Distance Learning
On-line lectures Training Courses
(Polycom) (Moodle)

15. ENERGY SAVING LED LIGHTING SYSTEMS
(jointly with NASU)
 Fields of application:
 light industrial areas, warehouses and commercial premises;
 Domestic (decorative) lighting.
Advantages over traditional lighting systems:
 energy savings (2-fold compared with fluorescent lamps and 3-4 times - with
incandescent bulbs);
 long life - up to 100,000 hours, i.e. 11.5 years, provided continuous
work, which is 100 times longer than incandescent bulbs and 50 times longer
halogen lamp;
 minimal operating expenses, which is principally in the placement
lighting in remote locations;
 compactness, ease of installation;
 Operating Temperature: (- 40 - 120) C;
 no infrared and ultraviolet radiation, do not contain mercury.

16. Highlighting the Cabinet of Ministers
(90 LED lamps. Power consumed by a lamp - 15W)

17. Management faculty
Departments:
•Management and State Administration
• Commodity Science and Trade Business
•Food Technology, Chemistry and Life
Safety
Ecology & environmental protection:
2 Professor
7 PhD Teachers
Full-time teaching:
Bachelor - 4 years
Master - 1.5 years
PhD - 3 years

18. Corrosion inhibitor
Anticorrosive protection of structural steel, when used in corrosive
liquids.
Produced from waste vegetable oil.
Scope: circulating cooling system in technological cycles, acid etching
baths
Protection level is 92-99% in neutral and acidic media at room and
elevated (up to 60 deg. C) temperatures in steady and dynamic modes.
Advantages:
 ecology safety
 low cost
 ease of use

19. TEST RESULTS inhibitor in static mode
а b
Sample surface St3 after testing the water heating system
(a - without inhibitor, b - with the inhibitor).
Inhibitor concentration 1,8 g / l, 800 hours at 60 degrees. C)

20. TEST RESULTS inhibitor in dynamic mode
а b c
Sample surface St3 after testing the water heating system
(a - with the inhibitor, b - with a layer of rust, c -corrosion
damage in under a layer of rust)

21. Objectives with IEMAST
Implementation of IE master program
Orientation of all engineering direction on
IE master program
Science Research in IE field
Improvement of distance learning technology
for IE courses
Programming support of IEMAST project
Local low support

22. Contact Information
prof. Volodymyr Kazymyr
Chernihiv State Technological University
Shevchenko, 95, Chernihiv, 14027
tel. +38 046 2952088
e-mail: nauka@stu.cn.ua, vvkazymyr@gmail.com
www. stu.cn.ua

23. Thank you!