1. A computer-implemented method for automated query modification in a database management system (DBMS), the method comprising: detecting, by an automated query modification engine, a current triggering event related to an execution of a query; detecting, with respect to the execution of the query, an execution error event, wherein the execution event is a memory error event; identifying that the execution error event includes a memory error event; modifying the query to carry-out the query modification operation; ascertaining, by the automated query modification engine, the nature of the current triggering event; determining, by the automated query modification engine based on a nature of the current triggering event, a query modification operation to debug the current triggering event related to the execution of the query; collecting, with respect to the execution of the query, an execution temporal period value, wherein the execution temporal period value indicates an amount of time required for the query to fail; comparing the execution temporal period with a threshold temporal period value, wherein the threshold temporal period value is a benchmark amount of time; responsive to determining that the execution temporal period value exceeds the threshold temporal period value and a session level switch is set on for the query and the session level switch is set off for a set of other queries, modifying the query to carry-out the query modification operation; storing, by the automated query modification engine, the query modification operation in a learning catalog, wherein the stored query modification operation is utilized to debug a future triggering event identical to the current triggering event; carrying-out, by the automated query modification engine, the query modification operation to modify the query to debug the current triggering event related to the execution of the query; parsing, to search for a set of candidate superfluous code which utilizes a set of computing resources, the query, wherein the superfluous code includes an unnecessary code component; identifying, by analyzing the set of candidate superfluous code which utilizes the set of computing resources, a set of actual superfluous code; modifying, to affect a utilization factor of the set of computing resources, the set of actual superfluous code, wherein a total number of operations to be performed by the query is reduced by at least a join operation, a search operation, an insert operation, a count operations, and a logarithmic function; responsive to determining the carrying-out the query modification operation by modifying the set of actual superfluous code is complete, generating, a set of candidate query plans which includes a derivative query plan, wherein the derivative query plan is derived from the query and based on the query modification operation; responsive to receiving a database access request, selecting, from the set of candidate query plans, the derivative query plan; and responding to the database access request using the derivative query plan.