Following details will be shared with the tutors you will contact:
Confirm to delete
Are you sure want to delete this?
AzizMathematics at all level secondary school
No reviews yet
Diagnostic Assessment: Purpose: To understand the student’s current level of knowledge, strengths, and areas that need improvement. Method: Use of initial tests, quizzes, and discussions to gauge the student's understanding.
Personalized Learning Plans: Purpose: To tailor the teaching approach to individual student needs. Method: Development of customized lesson plans based on diagnostic assessments.
Conceptual Understanding: Purpose: To ensure students understand the 'why' behind mathematical concepts, not just the 'how'. Method: Use of real-world examples, visual aids, and interactive activities to explain concepts.
Problem-Solving Strategies: Purpose: To develop critical thinking and problem-solving skills. Method: Teaching multiple approaches to solving problems, encouraging logical reasoning and step-by-step solutions.
Active Engagement: Purpose: To keep students engaged and motivated. Method: Incorporation of interactive tools such as educational games, technology, group activities, and discussions.
Regular Practice and Reinforcement: Purpose: To build proficiency and confidence. Method: Assigning regular homework, practice problems, and review sessions.
Feedback and Assessment: Purpose: To monitor progress and identify areas needing further attention. Method: Providing timely and constructive feedback on assignments and assessments.
Adaptive Teaching Techniques: Purpose: To accommodate different learning styles and paces. Method: Use of a variety of teaching methods including visual, auditory, and kinesthetic approaches. Student Outcomes
Improved Grades: Outcome: Students often see a significant improvement in their grades. Evidence: Higher scores on tests, quizzes, and overall course grades.
Enhanced Understanding: Outcome: Students develop a deeper understanding of mathematical concepts. Evidence: Ability to explain concepts in their own words and apply them to new problems.
Better Problem-Solving Skills: Outcome: Students become more proficient in solving complex problems. Evidence: Improved performance on problem-solving tasks and standardized tests.
Higher Engagement and Motivation: Outcome: Students become more engaged and motivated to learn. Evidence: Active participation in lessons, consistent completion of assignments, and enthusiasm for learning.
Long-Term Academic Success: Outcome: Students build a strong foundation for future academic pursuits. Evidence: Continued success in higher-level math courses and other STEM subjects.
Positive Attitude Toward Math: Outcome: Students develop a more positive attitude toward math. Evidence: Enjoyment of math-related activities and reduced math-related stress.
Subjects
Mathematica Grade 7-O level
Experience
No experience mentioned.
Education
Chemical Engineering (Aug, 1993–Jul, 1998) from Swansea University Wales UK