Tell us a bit about yourself.
I grew up in five different countries (Sweden, England, Germany, South Africa, and Canada). Integration into a diverse spectrum of cultures growing up has made me see the world with an open mind. I currently reside in Canada and work as both a university lecturer and a Math teacher at Reach Out. Outside of work I really enjoy sports such as badminton and chess, which I played at a competitive level for many years.
What is your educational background and qualifications?
I received a Bachelor of Science Degree from the University of British Columbia (UBC) and an obtained my MSc at the same university. My graduate work involved experimental geoscience where I designed an apparatus to investigate how diamonds reach the surface of the Earth through high velocity magmas. I published articles in two high impact journals and presented the work across Canada and Europe.
During my graduate studies I had the privilege of lecturing a few classes which transitioned into a lectureship position. Teaching at the university level involves lecturing a class of over 200 студентів, which is very different to the work I do at Reach Out, but has helped me develop a dynamic teaching style.
Additionally, I have been teaching Math and Science both privately and through educational organizations for over 6 років.
Why did you join Reach Out?
I joined Reach Out because the prospect of being able to deliver high quality education from around the globe without border restrictions resonates with me.
I feel that the reason I am committed to staying at Reach Out is more important. The personalized classes being delivered has allowed me to connect with the students, making their progression much more meaningful to me. Some students have been together with me through multiple grade levels and I feel immensely proud to have played a role in their education.
What is your educational philosophy?
Having a background in experimental science has allowed me to see value in making breakthroughs through experimentation. By allowing students to experiment with different methodologies while offering guidance is an extremely effective way of teaching students to not be afraid of failure. Richard Fuller correctly said, “There is no such thing as a failed experiment, only experiments with unexpected outcomes.” Students often start my classes afraid to answer questions, discuss with their classmates, or write on the board since they don’t know the answers. Since I am always more focused on solutions rather than answers, students’ are rewarded for trying new techniques, discussing failed methods, and asking questions about their classmates’ work. I found this to produce a phenomenal learning environment and takes a lot of pressure off the students.
What is your favorite thing about teaching Math?
My favorite thing about teaching Math is the exciting challenges it provides. After teaching Math for many years, I have come to realize that students see the world from a unique perspective, which more often than not, is very different from my own. This diversity produces a wide spectrum of learning styles and requires me to stay very flexible with the methodologies I use in my teaching.
Math is a complex subject which has provided us with a universal language to better understand the universe that surrounds us. Having a good problem solving ability is a byproduct of learning Math and crucial for success in the modern world. For these reasons I have the responsibility to transform a traditionally dry and boring subject into something exciting by creating compelling lessons and using creativity to inspire my students. This will always be something I love about my job.
Who is your favorite mathematician and why?
This is a tough question, and it’s hard to pinpoint one Mathematician since I utilize the works of so many Mathematicians in just one lesson. If I had to pick it would be either Johannes Kepler or Nicolaus Copernicus since I also love astronomy. Their Math not only challenged everything that was believed about our solar system at the time, but also formed the foundations for understanding planetary motion. Space travel has relied heavily on these concepts.
If you could only give parents one piece of advice when it comes to helping their child improve in Math, what would it be?
One thing I have worked on a lot with my students, is getting them to explain their solutions to me regardless of how easy it may seem. Being able to arrive at the correct answer in certain school curriculums may not require a complete understanding, but being able to explain a solution well does require a good understanding. Make sure that your child is always showing very clear steps in their work and that they can explain their steps to you. This certifies understanding and shows they are prepared for questions which test the same concept but may be worded differently.
What is one fun fact about yourself?
I really like learning languages! After growing up in many different countries I can speak English, Swedish, and German fluently. For the past two years I have been working to add Chinese to my collection and have enjoyed the unique challenges that learning this complex language has provided me with.
