About domain knowledge it specialized computer sciences building the university and its development for industry

V. V. Kulyabko


Annotation. Goal. The search for new destinations, routes and connections to improve the domain of graduates of the university  IT people building knowledge and to use this knowledge in the construction industry.  Methods. Experience of teaching 3 course, students KH showed an almost complete lack of motivation of students to study promoted by the Ministries of IT companies and  domain  knowledge.  Several  strange  and  premature  for  the  building  of  the  university  is  their  orientation  and  inclination  of  ITgraduates in one or two minor areas for construction. Apparently, there must be a set of first compulsory subjects smaller volume  than the main specialty Construction management, engineering, but is similar in composition. Accordingly, it is proposed to c onsider,  for example, at least some part of the engineering works and the role of IT specialists for each of the 11 sections and construction  phases, which take into account the direction of "topics" dozens of world scientific conferences of recent years and in 2017. Results. According to some of these sections and stages of construction can be found and established objectively and stages of preparation of  bachelors  and  masters.  Preliminary  training,  from  school  age,  and  to  give  the  document  the  construction  of  the  university  of  education,  with  regard  to  the  convergence  of  CBC  specialties  and  IT,  has  been  described  in  detail  by  the  author  at  the  previous  conference KSIT ESM-2015. In many areas of basic scientists graduating departments PGASA undoubtedly accumulated materials  that require high quality computer processing and hardware implementation. They lack the computer skills and IT-knowledge and  domain  knowledge  from  them  -  a  lot.  The  paper  makes  specific  proposals.  Scientific  novelty.  As  a  scientific  novelty  of  the suggestions  can  be  emphasized  offer  study  in  building  universities  and  accounting  calculations  in  modern  constructions  of  four  known groups of nonlinearities. Their amplitude changes accounting dynamic stresses and accelerations in some cases, several  times. Practical  significance.  Using  the  refined  calculations  and  other  digital  technologies  described  can  be  used  in  the  dynamic  certification,  when  searching  for  the  damages  drawn  up  by  the  pre-album  standard  dynamic  characteristics.  Obviously,  for  a particular type of analog building or structure is implementing will accelerate and improve the reliability of the experimental sample surveys, especially in hard to reach places and sites.


specialized computer science in the university building; structural dynamics; designing nonlinear structures protection systems.


Bazhenov V.A., Perelmuter A.V. and Shishov О.V. Budivelna mekhanika. Kompiuterni tekhnologii [Structural Mechanics. Computer Technology: Manual]. Kyiv: Karavela Publ., 2009, 696 p. (in Russian).

Bazhenov V.A., Kriksunov E.Z., Perelmuter A.V. and Shishov О.V. Informatyka. Informatsiyni tekhnologii v budivnytstvi. Sistemy avtomatizovanogo proektuvannia: Pidruchnyk [Computer Science. Information technologies in construction. CAD: Textbook]. Kyiv: Karavela Publ., 2008, 360 p. (in Russian).

Gorodezkiy A.S. and Evzerov I.D. Compyuternye modeli konstruktsiy [Computer models of designs]. Kyiv: Fakt Publ., 2007, 394 p. (in Russian).

Ershova N.M. Novoe napravlenie v podgotovke IT spetsialistov [New direction is in preparation of IT – specialists].Stroitelstvo, materialovedenie, mashinostroenie : Sb. nauch. trudov [Construction, materials science, mechanical engineering : Coll. scientific. works], 2015, issue 86, pp. 7. (in Russian).

Kulyabko V.V. Dinamika sooruzheniy – proshloe, nastoyashchee i budushchee (chast 1) [The dynamics of structures - past, present and future (part 1)]. Germany, LAP – Lambert Academic Publishing, 2014, 163 p. (in Russian).

Kulyabko V.V. Varianty «digital – kompyuternykh» spetsialisatsiy v stroitelnom vuse na primere novykh sadash dinamiki konstruktsiy, sooruzheniy I mashin [Variants of "digital - computer" specializations in building institution of higher learning on the example of new tasks of dynamics of constructions, building and machines]. Stroitelstvo, materialovedenie, mashinostroenie [Building, Material Science, Mechanical Engineering], Dnipropetrovsk, Pridneprovskaia derzhavnaia akademiia budivnitstva ta arkhitektury Publ., issue 86, 2015, pp. 68-76. (in Russian).

Kazakevitch M. I. Wind safety of the structures. Theory and practice. – M.: Tipografiya “August Borg”, 2015, 288 p.

Karnovsky I. and Lebed E. Theory vibration protection. Springer International Publishing AG, 2016, 719 p.

GOST Style Citations

1.  Баженов В. А. Будівельна механіка. Комп`ютерні технології: Підручник / В. А. Баженов,  А. В. Перельмутер, О. В. Шишов - Київ: Каравела, 2009.–696 с.

2.  Інформатика.  Інформаційні  технології  в  будівництві.  Системи  автоматизованого  проектування:  Підручник  /  В.  А. Баженов, Е. З. Криксунов, А. В. Перельмутер, О. В. Шишов. – Київ : Каравела, 2008. – 360 с.

3.  Городецкий А. С. Компьютерные модели конструкций / А. С. Городецкий, И. Д. Евзеров – К.: Факт, 2007. – 394 с.

4.  Ершова  Н.  М.  Новое  направление  в  подготовке  IT-  специалистов  /  Ершова  Н.  М.  //  Строительство. Материаловедение. Машиностроение. Сб. научн. тр. №86 – Днепропетровск, ПГАСА, 2015. – с. 7.

5.  Кулябко В. В. Динамика сооружений –  прошлое, настоящее и будущее (часть 1). / В.В. Кулябко.  -  Германия: LAP  –Lambert Academic Publishing. 2014. – 163 c.

6.  Кулябко  В.В.  Варианты  «digital  –  компьютерных»  специализаций  в  строительном  вузе  на  примере  новых  задач динамики  конструкций,  сооружений  и  машин  /  Кулябко  В.В.  //  Строительство.  Материаловедение.  Машиностроение.  Сб. научн. тр. №86 – Днепропетровск, ПГАСА, 2015. – с. 68-76.

7.  Kazakevitch M. I. Wind safety of the structures. Theory and practice. – M.: Tipografiya “August Borg”. – 2015. – 288 p.

8.  Karnovsky I., Lebed E.. Theory vibration protection. Springer International Publishing AG. 2016. 719 p.


  • There are currently no refbacks.