International Day of Women and Girls in Science
February 11 marks the tenth anniversary of the International Day of Women and Girls in Science. The day was established as an opportunity to promote full and equal access to and participation in STEM (science, technology, engineering and math) for women and girls.
Although women now fill 40 percent of high-skill occupations globally, their participation in STEM-related fields continues to be low. At an international level, women are underrepresented in data science, technology research, academia as well as at the highest levels of STEM policy making.
In this context, ESR stands out – 66 percent of our workforce are women, with expertise spanning various scientific disciplines.
To celebrate the International Day of Women and Girls in Science, we spoke to just some of the many women working across diverse STEM fields at ESR.
Angela Baschieri, Science Leader Climate Health Impacts
Tell us about the work you do at ESR?
I am a Science Leader on Climate Health Impacts at ESR, leading the climate and health strategy. My work focuses on people-centred, climate solutions tailored to the unique needs of Aotearoa New Zealand and Pacific Island communities, addressing both immediate and long-term health risks from climate change.
How did you get into your field?
When I was completing my master’s degree in economics, I decided to write my thesis on the impact of the HIV epidemic on demographic patterns in Tanzania and its resulting effect on the country's overall economic growth. This work led me to explore the role of the environment in the socio-economic and demographic dynamics of Sub-Saharan Africa. I continued this work across disciplines – economics, demography, public health, and environmental science – with a specific focus on the impact of climate change on health. I am a strong believer on the need to integrate knowledge from different fields in order to make research more impactful and policy-relevant.
What advice would you give to women interested in working in STEM?
Women bring unique perspectives to science and innovation. It’s important to amplify your voice, take leadership roles, and advocate for inclusive policies that reflect diverse experiences and needs.
Grace Feltham, Scientist, Māori Impact
Tell us about the work you do at ESR?
I’m a scientist in the Māori Impact Team and my key area of focus is environmental chemistry, particularly around wai, or water (though I do all sorts!). Much of my work involves collaborating on science delivery for our iwi partners. This can look like leading projects as well as assisting in sampling, lab and data analysis, and communicating our science back to communities. A lot of our projects focus on the health of whenua and moana and how these things interact with the health of people. For Māori the health of humans and our environment is strongly interlinked.
What’s been the most rewarding part of your journey so far?
Working with our Māori Impact whānau as well as a real mix of scientists at ESR, and getting to be a part of projects which have real-world impact at the community and whānau level. I also love the mix of field, lab, and research-based mahi that I get to do.
What advice would you give to women interested in working in STEM?
For women, and especially for wāhine Māori, I strongly believe that science needs us. Science hasn't always served our communities well (thinking about what types of research are underfunded and what knowledge types are prioritised), but there are a lot of growing opportunities and networks for us in this space. And most importantly, science is fun and a great way to work!
Rachel Qiu, Data Scientist
Tell us about the work you do at ESR?
I’m part of a team collaborating with scientists inside and outside the organisation to tackle a wide range of real-world challenges. As a data scientist, I have the privilege of exploring data across diverse domains. This allows me to build robust statistical models, identify key relationships, predict future trends, and ultimately, optimize decision-making processes.
How did you get into your field?
I had long been fascinated by data and analytics, and this intrinsic interest naturally led me to pursue a master’s degree in applied data science at the University of Canterbury. During my studies, I had an internship with ESR, which provided me with invaluable real-world experience and ultimately helped launch my career as a data scientist.
One of the things that excites me most about data science is the constant challenge and variety it offers. Every project presents a unique opportunity to delve into a new domain, explore different types of data, and uncover hidden insights. Another aspect I find incredibly rewarding is we can gain valuable insights that inform better strategies for our communities. Seeing our work contribute to positive change is truly motivating.
What advice would you give to women interested in working in STEM?
To women interested in IT or data science, I would say ‘follow your heart!’ This field offers incredible opportunities to explore your curiosity, tackle complex problems, and make a real difference in the world. Don't be discouraged by challenges – the data science community is full of supportive people who are passionate about helping others succeed. Embrace the learning process, and never give up on your goals.
Helena Rattray, Kaipūtaiao Social Scientist
Tell us about the work you do at ESR?
As a Kaipūtaiao Social Scientist at ESR, I work on projects that advance Māori health and wellbeing excellence. My research focuses on revitalising tribal knowledge systems and contributing to tribal self-determination. Currently, I am co-leading the 'Iwi ora' project applying mātauranga Māori to examine customary and contemporary Māori wellbeing, and leading research for the Waitangi Tribunal on Crown policies' impact on justice for Māori women.
What’s been the most rewarding part of your journey so far?
The most rewarding part has been merging my passion for people and systems in meaningful ways that contribute to positive change. Coming from an information technology background to community-facing kaupapa Māori research has allowed me to work alongside Māori communities, contributing to the restoration of tribal knowledge and wellbeing practices. Being able to foster meaningful connections that lead to sustainable solutions for our communities has been particularly fulfilling.
What advice would you give to women interested in working in STEM?
My journey has taught me that diverse backgrounds and experiences enrich our work in STEM. Drawing from our cultural understanding, lived experiences, and unique perspectives creates opportunities for meaningful research that can transform our communities. When we combine technical expertise with our passion for people and systems, we open new pathways for innovation that can make real differences in our communities. Our cultural knowledge and understanding of our communities are valuable assets in STEM fields.