Abstract This research aims to conduct a feasibility analysis of a chemistry podcast referred to here as ldquo PodChem rdquo and to examine the impact of PodChem on learning hydrocarbons and petroleum. This study employs a pre-experimental method. The podcast media were developed using Anchor software and evaluated through a survey using a podcast media assessment questionnaire. The evaluation was carried out by lecturers as validators and students as podcast users. The assessed aspects include content functionality and appearance as complementary media in learning hydrocarbons and petroleum. The results indicate that the chemistry podcast PodChem was successfully produced using Anchor software. The findings suggest that PodChem is valid and suitable for educational use. The audio quality produced using Anchor is clear and its accessibility is broad. Additionally students reported that the content is relevant and enhances their understanding of the subject matter. Most students also found the podcast to be easily accessible and effective in conveying the concept. In terms of appearance students agreed that the podcast title is engaging the delivery is captivating and the duration is appropriate. The implementation of PodChem in chemistry learning received positive feedback from students with the majority accepting the use of podcast media in the classroom. Furthermore 88.9% of respondents expressed a desire for podcasts to be used as complementary media in future learning as they found podcasts to be more interesting insightful and easy to understand. These conclusions are supported by the results of student questionnaires and the assessment of assignments conducted by teachers in class. Keywords Podcast Anchor complementary media hydrocarbon petroleum