Catherine Mariita

1. Planning and Instruction

Develop lesson plans and curriculum aligned with academic standards and tailored to students’ needs.

Deliver engaging and clear instruction in both mathematics and physics concepts.

Use a variety of teaching methods and materials, including lectures, group work, and hands-on experiments, to enhance learning.

2. Student Assessment and Feedback

Prepare, administer, and grade tests, assignments, and projects to assess student learning and progress.

Provide constructive feedback to help students understand areas of improvement.

Track and report on student performance to both students and parents or guardians.

3. Supporting Student Development

Encourage curiosity and in-depth exploration of mathematical and scientific concepts.

Help students develop analytical skills, logical reasoning, and mathematical intuition.

Support students in setting academic goals and understanding the real-world applications of maths and physics.

4. Classroom Management and Engagement

Maintain an organized and disciplined learning environment.

Address behavioral issues with a positive and proactive approach.

Foster a respectful and inclusive classroom atmosphere to support diverse learning styles and backgrounds.

5. Professional Development and Collaboration

Stay updated on current teaching methods, educational technology, and developments in mathematics and physics.

Participate in faculty meetings, training sessions, and collaborative planning with colleagues.

Engage with parents and guardians to discuss student progress and address any concerns.

6. Practical Applications and Experimentation

Facilitate laboratory work and practical experiments that allow students to see physics concepts in action.

Guide students in safe laboratory practices and equipment handling.

Encourage critical analysis of experimental results and their theoretical implications.