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Andreas K. (ihn)

Wageningen, Niederlande

Elite Physics Tutor – PhD Candidate & Exam Preparation Expert

Hintergrund

I am a Physics tutor specializing in AP, IB, and university-level courses. I am currently a fourth-year PhD candidate in Physical Chemistry with over 10 years of teaching and chemi... Mehr lesen

Lehrmethodik

Instead of giving answers immediately, I often guide students through carefully designed questions. This method encourages critical thinking, helps them develop independence, and m... Mehr lesen

Ich unterrichte an

  • Online

Lehroption

  • Privatunterricht
  • Gruppenunterricht

Online-Sprachenunterricht

  • Englisch
  • €86

    Ortsstundensatz
  • $100

    Online-Stundensatz
  • 5

    Klassen

Ermäßigte Preise

  • €395

    5 Stunden
  • €800

    10 Stunden
  • €1195

    15 Stunden

Die ersten 1.5 Unterrichtsstunden sind KOSTENLOS!

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Bildungsabschluss

BSc in Chemistry

Hawaiʻi Pacific University

  • United States
  • 2018

Chinese Language - Scholarship Program

National Taiwan University

  • Taiwan
  • 2016

MSc in Physical Chemistry

The Ohio State University

  • United States
  • 2023

PhD in Physical Chemistry

The Ohio State University

  • United States
  • 2026

Fragen an Sie

Q: Auf welche Bereiche der Physik sind Sie spezialisiert und welches Niveau an Physik unterrichten Sie üblicherweise?

I specialize in mechanics, thermodynamics, waves, and introductory electricity and magnetism, with a strong focus on the physics concepts that support chemistry and math learning. I typically teach high school Physics (including Honors and AP Physics 1) and introductory college-level physics, helping students build solid conceptual understanding and strong problem-solving skills.

Q: Wie erklärt man Schülern komplexe physikalische Konzepte so, dass sie diese verstehen können?

I explain complex physics concepts by breaking them down into simple, intuitive ideas and connecting them to real-world experiences students already understand. I use visual diagrams, step-by-step reasoning, and relatable analogies to make abstract ideas more concrete. I also guide students through worked examples, ask probing questions to check understanding, and help them recognize patterns in how physics principles apply across different problems. This approach helps students see the logic behind the concepts instead of trying to memorize formulas.

Q: Haben Sie Erfahrung mit Schülern, die Schwierigkeiten mit Physik haben, und wie unterstützen Sie diese beim Lernen?

Yes. I have experience working with students who struggle with physics, and I help them by focusing on clarity, confidence, and step-by-step reasoning. I start by identifying exactly where the confusion begins—whether it’s the math, the concepts, or interpreting problems. Then I break ideas into simple, intuitive pieces, use visuals and real-world examples, and guide them through problems at a comfortable pace. I check understanding frequently, adapt my explanations to their learning style, and celebrate small wins so they build confidence as they improve.

Q: Wie stellen Sie sicher, dass Ihr Physikunterricht mit dem Lehrplan der Schule des Schülers übereinstimmt?

I align my physics lessons with the student’s school curriculum by reviewing their syllabus, class notes, assignments, and upcoming assessments. I structure each session around the exact topics they’re covering in class and reinforce the key concepts, skills, and problem types their teacher expects them to master. I also stay familiar with AP, IB, and common high-school physics standards to ensure my instruction matches the pacing and depth required for their specific course.

Q: Welche Lehrmethodik verwenden Sie und wie strukturieren Sie Ihren Physikunterricht, um den Bedürfnissen der einzelnen Schüler gerecht zu werden?

My teaching methodology is centered on clarity, adaptability, and problem-solving. I begin by identifying the student’s current understanding and any gaps, then tailor each lesson to their pace and learning style. I structure physics sessions by first introducing or reviewing the key concept in simple, intuitive terms, followed by visual explanations or diagrams to make the idea concrete. Next, we work through example problems together so the student can see the reasoning step-by-step. As they gain confidence, I gradually shift responsibility to them while providing guidance and feedback. Throughout the process, I check for understanding, adjust explanations as needed, and connect new ideas to real-world situations to keep lessons engaging and relevant. My goal is to ensure each student feels supported, challenged, and steadily improving.

Q: Können Sie Beispiele nennen, wie Sie Physik für Schüler interessant und fesselnd gestalten?

I make physics interesting by connecting every topic to real-world situations students care about—like how roller coasters use energy and forces, why satellites stay in orbit, or how sound and light behave in everyday life. I also use simple demonstrations, visual simulations, and intuitive analogies that help abstract ideas suddenly “click.” During lessons, I turn problem-solving into a step-by-step exploration rather than a memorization exercise, showing students the patterns and logic behind the equations. When students see how physics explains the world around them, the subject becomes much more engaging and enjoyable.

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