Instructors may use different interventions to ensure that students understand different subjects. Instructors might use a variety of interventions to help students understand the material. These include providing frequent feedback and direct training. Students need constant feedback to improve their understanding of complex subjects. A mentor said that students need to be given feedback in order for them to overcome technical obstacles.
For students to understand and grasp complex topics, they may need either formal or informal feedback. One-on-one mentoring with students allows for easier assessment of their knowledge, and the adoption of an objective strategy to assist them in understanding new topics. Peer-to-peer feedback is also important in the development of new ideas, the mentor teacher said. Peer tutoring gives students the opportunity to exchange their knowledge and to work in a team to conquer obstacles. Giving feedback is a great way to improve self-esteem and professional abilities. The ability to understand the differences between intended and actual outcomes is a key skill for learners (Hardavella, et al. 2017). If they don’t get feedback, students will think they work well and everything is fine. These students will be more likely to make erroneous assessments that could lead them to underestimate or underestimate their abilities.
The mentor teacher may also recommend direct teaching. Many difficult ideas are contained in mathematics. Direct instruction allows students to pose questions and seek clarifications, as well as to exchange information with each other to help them better understand the material. Many components of the direct teaching intervention allow for teacher-student cooperation as well as ongoing monitoring (Lopez and al., 2017,). A teacher mentor suggested that direct teaching allows a teacher the ability to conduct a formative assessment of each student to determine their mastery level, and then explore strategies to increase literacy and mathematical proficiency. The learning outcomes of difficult pupils can be improved even without the use of modeling (Lopez, et al. 2017). Individual instruction is more beneficial for weaker students. Direct instruction has two advantages. It allows the teacher to clarify difficult math terms and explain how different ideas can be applied. The students are better able to apply what they’ve learned and make creative connections, which helps improve their understanding. Students are able to apply techniques and procedural knowledge by viewing multiple models.