¶¡ÏãÔ°AV

Area of research: Marine mammal ecotoxicology

I study how contaminants such as pesticides and flame retardants affect marine mammals, focusing on the links between diet, metabolism and stress hormones. I am fascinated by killer whales specifically. I wish to understand how pollutants accumulate and affect their health, especially in populations with specific feeding habits (those eating marine mammals). This research is crucial for understanding the threats these animals face and underscores the urgent need for pollution mitigation.

What do people think you do—versus what you actually do?
People think I spend all my time on a boat or swimming with whales—trust me, I wish I did too. But the reality is I am mostly in the lab handling dangerous chemicals or behind a screen trying not to cry when my code won’t work. But there are highlights: I do get to go out to sea and see whales every now and then, and those are the best moments of my life. I also get to travel to conferences and meet with some of my amazing whale researcher friends!

Name a scholar who inspires you.
Sylvia Earle is a profound inspiration in my work. When I met her at a conference in Florida, it was a moment I will never forget. She encouraged me to keep pushing forward with science communication, emphasizing how vital it is to protect our oceans. Her lifelong dedication to marine conservation and her ability to connect with the public about these critical issues resonate deeply with me. Her words motivated me to ensure that my research not only advances scientific knowledge but also reaches and inspires others to take action for ocean conservation.

What is your best advice for other postdocs and researchers as they embark on their new projects and studies?
My best advice for postdocs and researchers is to stay driven but be kind. You can be competitive, but always maintain your integrity and approach others with respect. Pursuing your goals with honesty and kindness will allow you to build a reputation that attracts collaboration over competition. By treating others with respect, you will help create a positive environment where science can thrive and avoid toxic behaviors.

Area of research: Rapid end-of-line testing of fuel cells

I am developing rapid-response diagnostic tests for PEM fuel cell stacks that can transform manufacturing efficiency. This work excites me because it combines cutting-edge technology with real-world applications, enhancing sustainability and reliability. I am passionate about advancing clean energy, and these tests represent a step toward smarter, greener manufacturing. Witnessing my research's immediate, tangible impacts in this vital industry makes the work genuinely thrilling.

What do people think you do—versus what you actually do?
People often view my work as purely theoretical, involving endless simulations or experiments. In reality, I develop practical diagnostic tools that enhance manufacturing efficiency and sustainability. My research isn't just about advancing science; it's about creating real-world solutions that drive the clean energy transition and make a tangible industry impact.

What do you aspire to accomplish during your time at ¶¡ÏãÔ°AV?
At ¶¡ÏãÔ°AV, I aim to advance diagnostic tools for PEM fuel cell stacks, pushing the boundaries of clean energy technology. I look forward to collaborating with interdisciplinary teams to enrich my work and mentoring students to foster their growth. I'm also excited to explore Vancouver's vibrant community and immerse myself in its culture and outdoor activities.

Name a scholar who inspires you.
The collective knowledge and passion of my colleagues, professors and supervisors inspire me. Their dedication to advancing science and their critical, creative thinking drive me to excel in my work. They have shown me the value of curiosity, perseverance and collaboration in research. This shared pursuit of knowledge and impact constantly motivates me to contribute meaningfully to the field.

What is your best advice for other postdocs and researchers as they embark on their new projects?
My best advice for postdocs and researchers is to stay curious and resilient. Build strong collaborations across disciplines, as they often lead to breakthroughs. Continuously seek learning opportunities and prioritize effective time management. Maintain a healthy work-life balance to keep your passion alive. Don't hesitate to seek mentorship and view setbacks as valuable learning experiences. You can navigate challenges and make meaningful contributions to your field by staying adaptable and open-minded.

Area of research: Integrated knowledge translation in long-term care and assisted living

During my time at ¶¡ÏãÔ°AV, I aspire to bridge the gap between academic research and real-world healthcare practices through integrated knowledge translation. By aligning research goals with the needs of Fraser Health Authority, I aim to develop innovative, evidence-based solutions that improve care quality in long-term care and assisted living settings, ultimately enhancing the well-being of vulnerable populations. My goal is to make research more actionable and impactful in healthcare environments.

Area of research: Cultural Economics 

My current study examines how cultural and colonial experiences across different ethnic groups influence art-making rituals and market practices, ultimately shaping product positioning and pricing. With a special focus on entrepreneurs from minority communities, I find it fascinating to delve into diverse cultures and uncover their impact on the economic landscape.

What do people think you do—versus what you actually do?
As an ethnographer, my work is based on data evolved from immersive fieldwork. My work has real-world implications, helping to uncover the often-overlooked cultural factors that influence market dynamics, product positioning, and pricing strategies. This understanding can lead to more inclusive and culturally sensitive economic practices and policies.

What do you aspire to accomplish during your time at ¶¡ÏãÔ°AV?
I want to make maximum use of the wide resources the ¶¡ÏãÔ°AV library offers, connect with as many people working in my field as possible, and build my research portfolio by doing high-quality research work. 

What’s your best advice for other postdocs and researchers as they embark on their new projects and studies?
Be disciplined about your routine, and schedules. Stay determined and motivated to meet your weekly, monthly, and yearly research milestones. Find time to build research and writing network connecting with people working in your area of research. Above all, don't forget to have fun.

Area of research: Environmental toxicology

My research is conducted as part of an interdisciplinary research group in environmental toxicology. The group's work is focused on determining and understanding the impact of perfluoroalkyl and polyfluoroalkyl substances (PFASs) on living beings exposed to these pollutants. Specifically, we have developed predictive models to elucidate PFAS bioaccumulation processes in fish exposed to these compounds. Additionally, we investigate the prevalence of PFASs in aquatic ecosystems and regions affected by forest wildfires.

What is your best advice for other postdocs and researchers as they embark on their new projects and studies?
In the contemporary era, communication and information are of paramount importance in the process of knowledge construction. Based on my experience, I would advise that one should maintain an open mind to learn outside the area of one's specialization and utilize multidisciplinary research to generate knowledge that positively impacts people. I am convinced that the ultimate objective of scientific knowledge production is to enhance our quality of life through a deeper understanding of our environment.

Area of research: Glycochemistry and molecular biology

My background is in synthetic carbohydrate chemistry and physical organic chemistry. I joined Prof. David Vocadlo’s lab to learn how to apply these skills within the world of glycobiology. Working with other members of his team, I am designing and synthesizing chemical tools for studying the behaviour of enzymes which are linked to the development of neurological disorders. The connection between chemistry and biology in this area is equally as complex as it is fascinating.  

What do you aspire to accomplish during your time at ¶¡ÏãÔ°AV?
I am very keen to connect with other ¶¡ÏãÔ°AV postdocs and researchers. Postdoc communities are inherently diverse and there is a great deal to be learned from others who have reached the same career point via alternative paths.

Name a scholar who inspires you:
I am greatly inspired by professor (emeritus) Ian Jenkins from Griffith University. Ian is an expert in organic chemistry who held close working relationships with Arthur Birch FRS, Lew Mander FRS, John Moffatt and others. I reached out to Ian during my PhD seeking advice on a challenging synthesis problem. Ian took great interest and subsequently took me under his wing to provide invaluable career advice. I find it inspiring that despite his status, Ian set aside time to mentor somebody who is at the very start of their research career.

What is your best advice for other postdocs and researchers as they embark on their new projects and studies?
The research environment is different when you don’t have the tasks of writing a PhD thesis and scheduling committee meetings at the back of your mind. During a postdoc, you can place much greater focus on growing your own ideas, providing quality supervision to students, and establishing your professional network. Embrace this change and don’t forget to look back on how far you’ve come.    

Area of research: Neuroscience of music and dementia 

I study how the brain adapts to aging and dementia using music. Music is a wonderful way to look at brain activity – we enjoy it, it stimulates many parts of the brain and, most importantly, it is accessible to people with cognitive decline. I used to work as a music therapist in long-term care and seeing how strongly my clients remained connected to their music inspired me to get into research.

What do people think you do—versus what you actually do?
To some, music science sounds frivolous, but music is special in its ability to show us how the brain works at multiple levels without relying on language. For others, it calls up memories of connecting with loved ones with dementia. I hear a lot of people’s personal stories in my work, which is a privilege. Day-to-day, I do more programming than people expect, and drink way more tea than is medically advised!

Name a scholar who inspires you.
The biggest sources of inspiration to my work are my grandmothers and the clients and healthcare workers I met during my music therapy years. These fascinating, brilliant women were deeply knowledgeable, yet most did not consider themselves particularly science-minded despite ample evidence to the contrary (consider how much engineering and programming goes into knitting…). Their lessons have stayed with me and motivate me to make research a more open, collaborative and empowering environment for everyone.

What is your best advice for other postdocs and researchers as they embark on their new projects and studies?
Make time for things that aren’t work and don’t be afraid to be terrible at something new. It’s okay to do things purely for the enjoyment of doing them, and comfort with the confusion of newness is a good skill to develop. For work, remember why you fell in love with it in the first place. If that fails, you can always try spite. Just remember, it’s a powerful energy source, but not clean-burning.

Area of research: Marine ecotoxicology, foodweb bioaccumulation science/modelling, ecological risk assessment, ocean plastic pollution

I am an ecotoxicologist studying the effects of pollutants in terrestrial and aquatic environments. My research explores the connections between contamination, nutrients and other ecological factors. I assess marine pollution to model the exposure, bioaccumulation and toxicity of various pollutants while examining broader human impacts on the oceans. What fascinates me is the field's holistic approach, understanding how pollutants affect ecosystems, driving public awareness, and promoting sustainable practices for a healthier planet.

Name a scholar who inspires you.
I am inspired by professor Leah Bendell, who has spent over 30 years studying how human impacts alter ecosystems and affect health. Her work on pollutants like heavy metals and plastics has advanced ecotoxicology and informed evidence-based policies for environmental protection. I admire her holistic approach, combining rigorous science with real-world solutions and advocacy, and her commitment to engaging diverse audiences. She demonstrates how science can drive meaningful change, inspiring me to pursue my work with the same dedication.

What is your best advice for other postdocs as they embark on their new projects?
The best advice I can give is to embrace interdisciplinary collaboration by working with experts from different fields. Be adaptable and open to change, ready to adjust your approach when needed. Engage with the scientific community by sharing your findings and building connections. Always prioritize ethics and integrity, ensuring transparency and honesty in your research. Stay curious and keep learning, maintaining a passion for discovery and openness to new ideas that enhance your impact.

Area of research: Mathematics education

My broad research interest is multidisciplinary and focuses on mathematics teaching and learning, embodiment in mathematics education, technology-driven learning experiences, the affective domain of learning, and STEM education. Primarily, I investigate how curiosity and digital technology can enhance the process of mathematical meaning-making. Lately, I have expanded my research interest to encompass teacher education and the integration of social justice issues in mathematics education.

What do you aspire to accomplish during your time at ¶¡ÏãÔ°AV?
I hope to contribute to research that bridges the gap between theoretical knowledge and practical application, particularly in the areas of automation, mathematics and social justice, as well as the impact of technology on learning and everyday lived experiences.

Name a scholar who inspires you.
I am fascinated by the work of professor Nathalie Sinclair in the Faculty of Education at ¶¡ÏãÔ°AV because of her innovative approach to exploring mathematical concepts through embodied and aesthetic experiences. Her dedication to pushing the boundaries of traditional mathematics education is exemplary, and her leadership and visionary thinking are powerful examples of how educational practices can be transformed.

Area of research: Sensors and systems for precision agriculture

Smart agriculture incorporating automation, sensors, and artificial intelligence (AI), offers a solution for global food security by optimizing sustainability in agricultural production. My research develops a smart farming system for persistent, accurate and robust detection and analysis of plant health, enabling precise irrigation practices, promoting plant healthy growth, conserving vital water resources, and improving crop yields and overall resource efficiency.