Shalini Iyer

 
Identifying sex-specific pharmacological interventions for autism by targeting a distinct neuron type
 
Why did you decide to pursue a graduate degree?

Throughout my undergrad research practicums and honours thesis I learned that research was one my passions, as such I decided to pursue graduate school. One of my favourite things about grad studies and research is having the liberty to ask questions and design my own projects to investigate the answer to something that hasn’t been discovered yet – it’s almost like detective work! Moreover, I enjoy collaborating and networking with scientists across diverse fields and expertise, as this enhances my growth as a researcher, fostering a dynamic exchange of knowledge and new perspectives.

Why did you decide to study at UBC?

I learned that UBC was one of the Canadian institutions at the forefront of neuroscience research with access to cutting-edge technology. UBC provides a collaborative, supportive environment, which is crucial for fostering scientific growth, networking opportunities and an overall positive graduate experience. Moving from a landlocked province, the mountains and ocean was an added bonus!

What is it specifically, that your program offers, that attracted you?

The program provides an enriching and inclusive environment that fosters collaboration and support, allowing me to connect with diverse labs and cultivate a wide range of skills. As a molecular biologist/neuroscientist, my expertise was quite niche. However, during my PhD I was interested in broadening my skillset and knowledge base. My current lab offered the ideal setting for my growth as a scientist. I now have the opportunity to apply a diverse set of cutting-edge techniques to my research, spanning molecular, cellular, and computational approaches.

What was the best surprise about UBC or life in Vancouver?

Growing up in a landlocked city, waking up to a view of the mountains and ocean has been one of my favourite things about the city! As an avid reader, I am amazed by the number of local bookstores and really enjoy bookstore hopping on weekends!

I learned that UBC was one of the Canadian institutions at the forefront of neuroscience research with access to cutting-edge technology. UBC provides a collaborative, supportive environment, which is crucial for fostering scientific growth, networking opportunities and an overall positive graduate experience.
 
What aspect of your graduate program do you enjoy the most or are looking forward to with the greatest curiosity?

I really enjoy having the opportunity to spend time with the community and build friendships with my peers, whether we are chatting about science, exploring the city or trying out new cafes/restaurants! Additionally, I’m really looking forward to testing out my scientific hypothesis with novel techniques and technologies.

What do you see as your biggest challenge(s) in your future career?

While there is a great body of neuroscience research out there, a major hurdle lies in developing therapies for neurological disorders. Many neurological mechanisms still remain a mystery and developing therapies that can access the brain is often difficult due to its robust protective barriers.

How do you feel your program is preparing you for those challenges?

My program and lab offer a range of techniques, where we leverage computational strategies to gain insight into biological processes, which can then be further investigated using molecular/cellular and circuit-based techniques. My program enables me to be at the forefront of scientific research and develop an adaptive mindset, which is crucial for my growth as scientist and future career.

What aspects of your life or career before now have best prepared you for your UBC graduate program?

One of the biggest challenges I faced during my graduate career was having to execute my entire Master’s research project during the pandemic, this involved me adapting to unforeseen circumstances and reshaping my project to ensure I successfully completed my project. Overcoming such a significant obstacle in my research journey fostered the development of resilience, a growth mindset, and honed my critical problem-solving abilities.

What do you like to do for fun or relaxation?

I love spending time in nature, reading, yoga, swimming and baking/cooking different cuisines!

What advice do you have for new graduate students?

The most crucial advice I can offer would be to choose an institution and/or lab with a supportive supervisor and community. Research is one of those fields where you will often face more failures (or as I like to call them “learning experiences”), than successes and it’s crucial to be surrounded by a community that you can lean on. During graduate school it’s very easy to get discouraged by your science or by comparing yourself to others.. However, it's crucial to remind yourself that you are more than just your science; you have unique strengths and deserve to be at the table. Embracing this mindset will help you navigate your career with confidence and resilience.

Outside of your academic work, what are the ways that you engage with your local or global community? Are there projects in particular that you are proud of?

A promise I made to myself when I started grad school was to do everything in my power to help establish inclusive practices and provide equitable opportunities for underrepresented individuals in academia. I have actively pursued this mission through various initiatives, such as increasing accessibility to STEM education for thousands of Canadian youth and engaging with Equity, Diversity, and Inclusivity Committees. Recently, I took a leading role in Support our Science, an organization advocating for increased funding for graduate and post-doctoral students. As the former walkout leader at UBC and a member of the SoS executive council, I am excited to be part of nationwide advocacy efforts to raise awareness on these important issues.

 
 
 

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