Yasmin M.

With over 20 years of experience, I help students in Science, Physics, and Math (Algebra) improve their understanding, confidence, and results.

I focus on making lessons clear, engaging, and tailored to each student, helping them move from confusion to confidence. Whether your child needs support catching up or wants to excel, I provide structured guidance, exam preparation, and continuous feedback.

My goal is simple: strong understanding, better grades, and independent learners.

I have over 20 years of teaching experience across science, general mathematics, algebra, geometry, and physics. I have taught students at different grade levels, focusing on building strong conceptual understanding, critical thinking, and real-world application of knowledge. My teaching approach combines inquiry-based learning with structured practice to support student achievement and confidence.

1. Inquiry-Based Learning (Online Adaptation)

Students explore guiding questions before direct instruction
Use simulations, scenarios, or real-life problems to spark thinking
Example: “What happens to force if mass doubles?” before teaching the formula

2. Conceptual Understanding Approach

Focus on why before how
Use visual models, analogies, and multiple representations
Link math and physics concepts to real-life applications

3. Problem-Based Learning (PBL)

Students solve real-world problems step-by-step
Encourages application of both math and physics concepts
Example: Designing a simple roller coaster using energy principles

4. Guided Practice with Gradual Release

I do → We do → You do (very important online)
Live modeling, then supported practice, then independent work

5. Interactive Digital Simulations & Visualizations

Use tools (like PhET or graphing tools) to make abstract concepts visible
Especially powerful for physics (forces, waves, motion)

6. Socratic Questioning / Discussion-Based Learning

Ask probing questions to deepen thinking
Encourage students to explain reasoning, not just give answers

7. Retrieval Practice & Spaced Practice

Frequent low-stakes quizzes and review
Helps retention of formulas and concepts

8. Differentiated Instruction

Provide multiple levels of questions
Support struggling learners while extending advanced students