Emma Collins' journey to the West Coast of Australia was more than just a family vacation; it was a transformative experience that reshaped her perspective on environmental research and her future career path. This semester-long co-op placement at the University of Western Australia (UWA) not only allowed her to explore her family's roots but also provided a unique opportunity to delve into the impact of climate change on coastal wetlands and groundwater systems.
A New Perspective on Environmental Engineering
Growing up, Collins was intrigued by her parents' fond memories of the West Coast, but she struggled to grasp the allure of the region until her semester in Perth. The Mediterranean climate of Western Australia, with its distinct wet and dry seasons, offered a stark contrast to her northeastern United States upbringing. This difference in climate became a fascinating lens through which she could view environmental engineering challenges, broadening her understanding of the field's global scope.
Combining Engineering and Data Science
As an undergraduate research intern at the Centre for Water and Spatial Sciences, Collins' role in the Recharge in a Changing Climate project was pivotal. She utilized her data science skills, honed through her environmental engineering degree at Northeastern University, to analyze rainfall and groundwater recharge records dating back to the 1940s. By assembling data from over 1,900 monitoring wells, she produced detailed reports on soil conditions, water table depth, and rainfall distribution, contributing to a research paper in preparation for publication.
Her success in this role was attributed to the synergy between her engineering background and data science coursework. This combination provided her with the technical prowess to analyze large environmental datasets while also understanding the underlying physical processes, a skill set that is invaluable in environmental research.
Fieldwork and Personal Growth
Despite the long hours spent coding, Collins' internship offered a practical, hands-on experience that her classroom learning in Boston couldn't match. She learned essential environmental monitoring skills, from collecting water quality samples to measuring groundwater levels and conducting geophysical surveys. This fieldwork not only reinforced her interest in pursuing a Ph.D. and a career in research but also provided a deeper connection to the family traditions of engineering education at UWA.
A Family Legacy and Personal Growth
For Collins' mother, Jennifer Yates, the experience was deeply personal. Growing up in drought-prone Western Australia, she understood the importance of water conservation, a lesson that was now being applied to her daughter's research. The opportunity to see Emma in her element, conducting research at the same university where her grandfather had once been a researcher, was particularly meaningful. Despite never meeting her grandfather due to his untimely death, the connection to UWA's academic legacy was a powerful motivator for Emma.
The family's engineering tradition continued as both parents completed their undergraduate degrees at UWA, and two aunts and two cousins are currently studying there. This shared academic heritage added a layer of familial pride and connection to Emma's experience.
A Transformative Opportunity
The six-month placement had a profound impact on the entire family. Emma's growth and maturity were evident as she navigated new environments, formed strong bonds with family and friends, and explored the diverse landscapes of Australia. Her transformation from a nervous college student to a confident explorer of the world was a testament to the power of international experiences in personal development.
As Emma and her parents returned to the U.S., they carried with them not only new knowledge and skills but also a deeper sense of connection to their family's history and a renewed commitment to their future in environmental research and academia.
