Verified Tutor
Hi, I'm Kian. I graduated in 2023 and am now studying medical science and physiology at the University of Sydney. I am looking forward to helping my students develop the right strategies to succeed academically, and more importantly to feel passionate and confident about studying.
As an active member of both robotics and multimedia clubs, Kian has honed his ability to use real-world examples when explaining abstract ideas. By applying mathematical principles to robotics projectsāsuch as programming with Arduinoāhe shows students how maths connects to technology and everyday problem-solving. This hands-on approach not only deepens understanding but also sparks curiosity and engagement among learners.
Kian is dedicated to fostering confidence in his students by creating a positive and encouraging learning environment. He draws on experience communicating complex information in straightforward ways, adapting explanations for different learning styles. With relevant certificationsāincluding a Working with Children Checkāparents can trust that Kian prioritises safety while guiding students towards academic growth in maths.
Recent Tutoring Comments:
Identified the correct trigonometric ratio and used the right formulas to find an unknown side length in any right-angled triangle given one side and angle
Identified the correct trigonometric ratio and used the right formulas to find an unknown side length in any right-angled triangle given one side and angle
Confidently constructing and solving equations of the form (sin/cos/tan (angle A) = side a/unknown side x); remember to multiply both sides to cancel out the denominator and then divide to solve for x
Applying sine rule to find side length/angle size and identifying the correct cosine rule formula to use
Applying sine rule to find side length/angle size and identifying the correct cosine rule formula to use
Confidently constructing and solving equations of the form (a / sin A = b / sin B): remember to multiply both sides to cancel out the denominator. Using sine rule to find obtuse angles: remember an obtuse angle is between 90 degrees (right angle) and 180 degrees (straight line), and sin (180 - theta) = sin (theta) and
Dilations understood and explained well in terms of transformations, same for absolute value functions and using cases to solve them
Dilations understood and explained well in terms of transformations, same for absolute value functions and using cases to solve them
Revise sketching functions using table of values
Graphing of absolute value function and transformed hyperbola were done well
Graphing of absolute value function and transformed hyperbola were done well
Revise finding the vertex of a quadratic equation. Understanding piecewise function notation and how to find continuity at a specific x value. Remember domain = x and range = y