With the rapid development of industrial economy, the demand for high-level and innovative engineering talents is becoming increasingly urgent, and blended learning mode has emerged as an important direction for the reform of engineering teaching in universities. This study focuses on blended learning in engineering disciplines at universities affiliated to Beijing municipality, using a combination of literature and interview surveys to comprehensively analyze teaching resources, implementation status, and student participation. The results show that blended learning in engineering disciplines at current capital municipal universities has achieved some achievements in resource allocation, teaching implementation, and student participation. However, there are still problems such as insufficient resource utilization, insufficient teacher-student interaction, and the need to improve students’ self-learning abilities. In response to these issues, this study proposes strategies such as improving the allocation of teaching resources, strengthening teacher-student interaction and feedback, and enhancing students’ ability to learn independently, aiming to promote the continuous improvement and enhancement of blended learning in engineering disciplines in capital municipal universities. Through this study, we hope to provide useful references and inspirations for the development of blended learning in engineering education in universities, and promote the improvement of the quality of engineering education.