Issues / Vol. 5, N 1 (2009) / Articles

The strategy sequence working out of the antycrisis regulation of building branch


V. G. Sеvkа, N. B. Paliga

Donbas National Academy of Civil Engineering and Architecture

Annotation: In the article the strategy sequence working out of the antycrises regulation of regional building complex has been represented as aggregate of stages from the purpose determination to monitoring organization. A purpose and basic tasks of the antycrises strategy regulation. Basic factors which restrict or stimulate the development of investment building complex has been taked. The estimation of strong and weak cases threats and possibilities of building complex Ukraine and Donetsk region has been given. The strategic aims of antycrises policy of the state in building have been established by means of tendency estimation of its development and potential. Within each purpose the subpurposes have been marked, which have the significance. The necessity of undertakings elaboration has been grounded as for the strategic aims achieve mentis in details as the first ones for coming out of crisis and progressive for the further economic stability in building branch. The purposefulness and sequence of the salable organizational low, economic and financial realization ways of undertakings in realization of antycrises regulation of building branch.

Keywords: building industry, crisis, measures adjusting, mechanism, strategy, strategic aims, instruments, regional building complex

Pages: 41-50.

PDF

Link for citation: Sеvkа, V. G.; Paliga, N. B. The strategy sequence working out of the antycrisis regulation of building branch. – Text : electronic. – In: Economics of Civil Engineering and Municipal Economy. – 2009. – Vol. 5, N 1. – Р. 41-50. – URL: https://donnasa.ru/publish_house/journals/esgh/2009-1/05_sevka_paliga.pdf (date of access: 27.07.2024). (in Russian)


Issue Cover Vol. 5, N 1 (2009)
Journal: Economics of Civil Engineering and Municipal Economy
Publish house: Donbas National Academy of Civil Engineering and Architecture