  The investigation of beyond-Standard-Model particles is a compelling
direction in the pursuit of new physics. One such hypothetical particle, the
magnetic monopole, has garnered considerable attention due to its strong
theoretical motivation and potential to unveil profound physical phenomena. The
magnetic monopole is intricately linked to the long-standing enigma surrounding
the quantization of electric charge. In this manuscript, we propose a novel
detection scenario for magnetic monopoles by employing a coincidence
measurement technique that combines a room-temperature magnetometer with
plastic scintillators. This setup allows for the collection of both the
induction and scintillation signals generated by the passage of a monopole. The
estimation of the sensitivity using a simple benchmark setup is given.
