How to find your research interests 

As a Master student who switched majors, I  had a really hard time pinpointing my academic interests and future path.

I graduated with a bachelor’s degree in environmental science, a subject focusing on understanding the environment and geographical changes. For example, I studied hydrology, ecology, and the most interesting, isotope dating. Indeed, we also had courses on waste/wastewater treatment, but this was just a small component. I tried various projects in different areas, such as soil and water migration in soil, or increasing the accuracy of LC-MS. However, all of these left me feeling uncertain: was this truly what I wanted to pursue in the future? Did I genuinely want to determine the age of a stalactite through isotope analysis or simulate fluid dynamics solely on a laptop?

The answer was no. Having grown up by the river, I was fascinated by the charm of its flow, purity, and vitality from a young age. I was surprised at how it accommodates aquatic beings and provides the water we humans use year after year. At that time, I knew I wanted to do something to protect it.

So, when I applied for my master’s, I chose to delve into environmental engineering. I took courses about different remediation and treatment methods of wastewater and solid waste. I read numerous papers to stay abreast of the latest developments in each area.

Fortunately, I realized and found my passion. It took me 5 years to find my ‘comfort zone’. So, don’t be afraid to invest time in exploring. Eventually, you will discover what you truly want to dedicate your life to. I hope my story gives courage to the ones who are still struggling in an unattractive field but are scared of taking the first step.

Written by: Jingya Pang

Jingya is in the second year of her MSc in Environmental Engineering at the University of Alberta. She finished her undergraduate in Environmental Science in China. Her interest is the potential and efficiency of advanced adsorbents in reducing the hazardous effects, especially caused by PFAS compounds, of municipal wastewater on cells. In her spare time, Jingya likes workouts and science fiction movies. Jingya is currently working on Activated Bauxite Residue as a potential wastewater treatment option.