This tutor is currently pursuing a degree in Mathematics and Economics, focusing on Data Analytics and Operations Research. Their academic journey is marked by a strong commitment to understanding complex problems and employing creative thinking and logical reasoning. This rigorous educational background ensures they are well-equipped to assist students in grasping intricate mathematical concepts.
With a year of experience as an au pair, this tutor has honed skills in reliability, flexibility, and excellent communication, crucial for creating a supportive learning environment. They have demonstrated their ability to manage daily schedules effectively while fostering an engaging atmosphere that encourages young learners to explore educational challenges positively.
Acknowledged for their scholastic dedication through various awards, including the runner-up Dux award and the Konika Mathematics Award for Best Mathematics Student. These accolades highlight not only their mastery of mathematics but also their perseverance and capability to excel under pressure. Such traits are invaluable when teaching students to tackle academic hurdles with confidence.
Recent Tutoring Comments:
since all 6 units were covered equally in the 6 lessons i'm just going to put the feedback for each unit in 1 lessons box. Unit 8: second derivatives and ...
since all 6 units were covered equally in the 6 lessons i'm just going to put the feedback for each unit in 1 lessons box. Unit 8: second derivatives and differentiation applications calculating second derivatives finding stationary points finding points of inflection
generally graphing functions you could use more points and use a ruler and be more neat need some reminding of what to do in worded questions (e.g. find the maximum area) make sure not to get sloppy when calculating second derivatives
Unit 10: discrete random variables great understanding of bernoulli random variables good calculation of expected value, variance and sd good understanding of ...
Unit 10: discrete random variables great understanding of bernoulli random variables good calculation of expected value, variance and sd good understanding of binomial distributions
sometimes needs reminding when calculating probabilities of binomials as they require extra steps
Unit 11: Generally continuous random variables good understanding of the properties of pdf and understanding cdfs good calculations of unknown variables in pdfs
Unit 11: Generally continuous random variables good understanding of the properties of pdf and understanding cdfs good calculations of unknown variables in pdfs
sometimes needs reminding of how to calculate mean and median of c. r. v. sometimes needs help to understand more unique pdfs (can be improved by solidifying the fundamentals of pdfs which allow you to have a better grasp with more unique pdfs)
Unit 12: normal distribution good understanding of normal distributions and calculating probabilities using the table understanding theory of pdfs and cdfs of ...
Unit 12: normal distribution good understanding of normal distributions and calculating probabilities using the table understanding theory of pdfs and cdfs of normal distribution generally okay at standardising normal distributions
can get confused calculating complicated probabilities (can be improved by knowing how you can and cannot modify a probability in order to make it easier to solve).