One of the most important tasks of Reservoir Engineering is setting the production strategy. This means establish, among other things, the setting (quantity, orientation, location and trajectory) and the operating plan of the wells, and the location(s) of platform(s) production. Thus, the definition of the best production strategy represents a complex optimization problem due to the large number of variables to be considered. Generally, all these steps are performed manually, requiring much time and effort by the specialist. The availability of a computational tool that can assist you in this task can be very useful, both to obtain faster responses, and for making better decisions. Thus, this work proposes a computational model based on Genetic Algorithms, to optimize the configuration of the wells along with the location of a platform with specific wells with dry completion. The proposed model also considers technical and operational constraints imposed by the problem. The goal of the optimization process is to maximize the net present value (NPV) of the project, seeking solutions that increase the recovery factor of the reservoir and reduce its operating costs. To evaluate the performance of the proposed model was studied in three models reservoirs, two synthetic and one based on an real case. In the model based on a real case the result obtained showed an NPV greater than 51 per cent compared to the base case generated by a specialist.