**Preparation and planning:** - You analyze the curriculum and understand its requirements in detail, focusing on the mathematical aspects related to the field of electrical engineering. - Developing specialized study materials that suit students’ needs and level of understanding, while including examples and applied exercises related to mathematical concepts and their applications in electrical engineering. **Teaching lessons:** - Various and innovative educational methods are used to make mathematical materials interesting and understandable for students, such as interactive presentations and practical applications. - Mathematical concepts are linked to practical engineering applications, helping students understand how mathematics is used to solve real engineering problems. **Individual support:** - Provides individual support to students who have difficulties understanding mathematical concepts, providing additional explanations and practical exercises to enhance their understanding. - Encourages interaction and asking questions, and creates an encouraging and comfortable learning environment for all students. **Evaluation and follow-up:** - Various assessment methods are used to measure students' progress and understanding of mathematical subjects, such as tests, homework, and practical projects. - Provides constructive feedback to students to motivate them to develop and continuously improve their understanding of mathematical subjects and their applications in the field of electrical engineering. **Professional Development:** - Continue learning and professional development by attending workshops and training courses in the fields of mathematics and electrical engineering, and applying what you have learned to improve teaching methods and better present study materials.