The task of modern systems of heat supply in the poultry houses are the maintenance of the necessary temperature parameters in the habitats of the poultry. On the basis of researches of infrared heating systems in poultry house an engineering technique for calculating the temperature regime in module for growing poultry has been developed. The module was equipped with an infrared heater and an exhaust outlet and allows designing efficient infrared heating systems in agricultural premises to ensure standard temperature regime. In this case, the technique is only resolved when the conditions for providing the required temperature and air speed parameters are met. If the temperature of the module t_in changes from 16 °C to 35 °C, and inflow air speed varies from 0.2 m/s to 0.3 m/s, the infrared heating system and the ventilation system completely provide the normalized air temperature in the irradiation area. Based on an algorithm using a developed technique a computer program was developed. This program allows, through the use of a simple method of substituting input factors, to determine the parameters of the temperature regime of the module for poultry breeding.