Object Oriented Programming is a mature, well established software modeling technique. Nevertheless, the importance of its role has the same magnitude as the consensus in respect to its weakness and limitations. OO is not a panacea, and, should it fail, alternatives must be found - some hybrid, while others entirely new. In this work, we argue that the parallel between OO and electric circuits is an interesting hybrid solution, for some of the basic features found in such circuits are the same as the ones sought after as the Holy Grail of Software Engineering - concurrency, modularity, robustness, scalability, etc. - and that are not always achieved only with the traditional OO approach. Hence, our proposal is the establishment of a correlation between electric circuits and object oriented programming. From the former, comes the circuit: closed path where information flows and is processed. From the second, comes the object: abstract entity that constitutes the information flowing within the circuit. Finally, from their union, arises a new model of computation - the object circuit - where it is supposed the benefits brought by each part are complementary. We motivate our discussion with a collection of simple - albeit elucidative - examples, followed by a case study in the simulation field. In order to ratify the functioning of these circuits, an object circuit`s implementation was built on top of the Java programming language.