Electronic waste is a type of organic waste whose growth is very fast, about three times faster than other waste. The volume of e-waste generated worldwide in 2019 was around 54 million metric tons and is expected to continue to increase until by 2030, annual worldwide e-waste production will increase by around 30 percent or around 75 million metric tons. Specific regulations in e-waste management are important factors in preventing and reducing e-waste. Indonesia is an example of a country that does not yet have specific regulations for electronic waste management. Currently, Indonesia is the largest e-waste producing country in Asia with an e-waste value of 1.3 million metric tons. This research is one of the efforts to provide recommendations for strategies to reduce the amount of electronic waste in Indonesia. Strategies are collected based on literature and validated by experts for the suitability of strategy implementation in Indonesia. A total of 20 recommendations for the reverse logistics strategy for e-waste processing infrastructure were successfully validated and then arranged based on a structural hierarchical strategy. This study uses the help of the Interpretive Structural Modeling (ISM) method to develop a strategy in the form of a hierarchical structure. Matrice d'Impacts Croises Multiplication Appliquee aun Classement (MICMAC) analysis to determine the classification of strategies based on driving forces and dependencies between strategies. The resulting structural model is used as a strategic map for implementing a strategy to reduce the amount of e-waste in Indonesia