Trusted teacher

Some students believe that they are not mathematically gifted; therefore incapable of learning mathematics. I believe the contrary, that all students with motivation sustained by the teacher and confidence in their mathematical skills are essential to the student’s success in the classroom. I include reflection in my daily practices to encourage students to be reflective, while developing their ability to learn and innovate. In my opinion, reflection is fundamental for students to be able to manage complex thinking processes and outcomes adequately. Reflective practices aid learners to expand their understanding of concepts by creating new connections and relating different ideas; and can guide them to understand themselves as learners by maximizing their strengths and minimizing their weaknesses. To support my students to become independent and reflective learners, I consider two complementary types of reflection: Reflecting on what is being accomplished to support deeper understanding of the concepts; and making learning itself an object of reflection to support student self-regulation and independent learning. I refer to the Socratic Method, Bloom’s Taxonomy of Critical Thought and Howard Gardner’s Multiple Intelligences when I am creating my daily lesson plans to assure that I teach to a variety of learning styles. By teaching to these learning styles and presenting the concept in the ways stated above, I create an atmosphere where success for the student is probable. I consider success to be more likely because not only am I presenting information multiple ways, but I am also encouraging students who understand the material to help others who do not; therefore giving the students a view of the material from their peers. Creating this success is the first step in motivation. I believe that once the students understand that math is a subject that they can understand, their confidence and motivation will increase therefore making them more apt to put forth more effort in the math classroom.

Trusted teacher

19Students

I work with two kinds of students: those preparing to meet university math admission requirements (OMPT, CCVX, VWO), and those already enrolled who need solid support in calculus, linear algebra, differential equations, probability & statistics, or discrete math including students at TUM, ETH Zurich, TU Delft, KTH, EPFL, and RWTH Aachen. Lessons are in English; I can explain in German where it helps.

Trusted teacher

6Students

Math, calculus and physics can sometimes be overwhelming, especially when the theory or solving method is unclear. I am a cum laude Aerospace Engineering graduate from TU Delft and have helped other pupils with their problems since 2017. With my calm and stepwise explanation, a second alternative view of the solution procedure is given, which is often what is missing. I tutor a variety of math and physics courses on both secondary and high school levels, but also at a scientific bachelor level. These can either be theory/exercise-based, but also exam preparation.

Trusted teacher

1Students

This fun and interactive math class is designed to help kids build strong math skills and confidence while enjoying the learning process! Through games, real-life examples, and easy-to-follow explanations, students will explore essential math topics such as addition, subtraction, multiplication, division, fractions, and problem-solving. Each lesson is adapted to the child’s level and learning pace, encouraging curiosity, critical thinking, and a love for numbers. My goal is to make math simple, engaging, and rewarding for every student. Whether your child needs extra help with schoolwork or wants to get ahead, this class provides the perfect balance of learning and fun!

Trusted teacher

1Students

I hold a Ph.D. in Theoretical Physics and have extensive experience teaching both Mathematics and Physics at all levels, from GCSE and A-level to undergraduate university courses. My lessons are tailored to your specific goals—whether you're preparing for GCSEs, A-levels, university exams, or aiming for successful entrance to top universities like Oxford and Cambridge. Lessons typically run for 1 to 1.5 hours, but can be extended as needed. My lesson rates reflect the depth of experience and the high level of personalised support I provide. However, I understand that not every student is in the same financial situation. If affordability is a concern, I’m happy to discuss flexible pricing options—please feel free to reach out. The cost of each lesson also includes any necessary preparation and follow-up, such as designing targeted worksheets, creating mock exams, or reviewing your progress to ensure the most effective learning experience.

Trusted teacher

1Students

Mathematics, statistics, and data analysis become much easier when formulas, reasoning, computation, and real-world interpretation are connected clearly. I am a PhD-qualified engineer, university professor, researcher, and multidisciplinary tutor with more than 30 years of experience in teaching, quantitative methods, mathematical problem solving, statistical analysis, research, engineering, data analysis, and professional decision support. This class provides a structured and personalized learning pathway for school and university students, graduate researchers, engineers, professionals, and adult learners. Depending on your goals, we can focus on one specific area or connect several areas into a coherent program. MATHEMATICS • Arithmetic, fractions, ratios, percentages, and mathematical foundations • Algebraic expressions, equations, inequalities, and systems • Functions, graphs, and transformations • Geometry and analytic geometry • Trigonometry • Precalculus • Limits and continuity • Differential calculus and applications • Integral calculus and applications • Sequences and series • Multivariable calculus • Linear algebra, matrices, vectors, and systems • Differential equations • Numerical methods • Applied and engineering mathematics STATISTICS, PROBABILITY & ECONOMETRICS • Descriptive statistics • Probability rules and probabilistic reasoning • Conditional probability, independence, Bayes’ theorem, and counting methods • Expected value, variance, covariance, and properties of common probability distributions • Random variables and probability distributions • Sampling and sampling distributions • Confidence intervals • Hypothesis testing • Correlation and regression • Multiple regression • ANOVA, ANCOVA, and MANOVA • Nonparametric methods • Multivariate statistical analysis • Econometrics and quantitative methods • Time-series analysis and forecasting • Mediation and moderation analysis • Statistical modelling and predictive analysis • Econometrics • Multiple regression • Time series • Forecasting • Mediation/moderation • Predictive analysis DATA ANALYSIS & VISUALIZATION • Data organization and quality assessment • Data cleaning and preparation • Data transformation, filtering, grouping, merging, and reshaping • Relationships between variables and graphical/statistical diagnostics • Missing values, duplicates, inconsistencies, and outliers • Exploratory data analysis • Summary tables and analytical reporting • PivotTables and aggregation • Data visualization and appropriate chart selection • Trend and pattern analysis • KPI development and performance analysis • Dashboard concepts and decision-support reporting • Research and survey data preparation • Interpretation and communication of analytical findings Depending on your needs, practical work may involve Excel, SPSS, Stata, R, SAS, Power BI, SQL, Python, or other relevant analytical tools. Software is never treated as a substitute for understanding: I explain the reasoning behind the method, the assumptions involved, the meaning of the output, and how to verify whether the conclusion is sound. My teaching approach follows a clear progression: understand the problem → identify the appropriate concept or method → develop the reasoning → calculate or analyze → verify the result → interpret it → communicate the conclusion We can work with your course syllabus, textbook, representative exercises, exam topics, dataset, statistical output, research question, spreadsheet, dashboard, engineering application, or professional analytical problem. Whether you are rebuilding mathematical foundations, preparing for an examination, studying advanced calculus, learning statistics, conducting econometric analysis, interpreting research data, or developing practical analytical skills, I will adapt the sessions to your level, objectives, and pace. My goal is not merely to help you obtain an answer, but to help you understand the reasoning, choose appropriate methods, verify results, interpret findings correctly, and solve new problems independently.