The world of science, technology, engineering, mathematics, and medicine (STEMM) is a complex and ever-evolving landscape, and Professor Anne Willis, OBE, is a shining example of the impact and challenges it presents, especially for women. In this insightful interview, Willis shares her journey, research, and invaluable perspectives on the barriers women face in STEMM, offering a compelling narrative that resonates with many. As an expert in her field, her words carry weight and provide a unique glimpse into the inner workings of academia and the struggles faced by women in a male-dominated industry.
A Passionate Scientist
Willis's passion for science was ignited at a young age, thanks to her mother's gift of a microscope on her 8th birthday. This early exposure to the wonders of biology set the stage for a lifelong journey in the scientific realm. Her academic path took her from Imperial College, London, to the University of Cambridge, where she delved into the intricacies of DNA damage and posttranscriptional gene expression. Her research focus on RNA binding proteins and their role in mRNA translation has not only contributed to our understanding of disease but has also paved the way for innovative therapeutic approaches.
Navigating the STEMM Landscape
When it comes to women in STEMM, Willis acknowledges the progress made but also highlights the persistent challenges. For postdocs, the issue of grant funding gaps during maternity leave is a significant hurdle. While maternity leave provides a much-needed break, the lack of extended funding means women can lose a substantial amount of time on their projects, impacting their productivity and output. Willis suggests a simple yet effective solution: grant awarding bodies should provide additional funding to cover the gap, ensuring women's research remains on track. This idea resonates with the need for a more supportive system that acknowledges the unique demands of balancing a scientific career with family responsibilities.
At the senior level, the conversation shifts to the need for career flexibility. Willis emphasizes that women scientists with children often face the dilemma of choosing between their research and family commitments. Shared senior appointments, where two individuals work part-time, could be a potential solution, allowing women to continue their research while managing family life. This approach not only benefits women but also fosters a more inclusive and diverse scientific community.
Personal Insights and Achievements
Willis's work extends beyond the lab, as she takes pride in directing the MRC Toxicology Unit and shaping its scientific direction. She finds joy in the excitement of discovery, the collaboration with colleagues, and the real-world impact of her research. Her team's contributions to therapeutic development and drug discovery programs in industries like pharmaceuticals and biotechnology are notable. However, her greatest pride lies in mentoring and training a new generation of scientists. The success of her former lab members, now established in their own right, is a testament to her leadership and mentorship.
Advice for Aspiring Women Scientists
In her role as a seasoned scientist, Willis offers a piece of advice to women considering a career in STEMM. She encourages them to stay focused on their research, regardless of their career stage. She dispels the notion that choosing a teaching-only route is easier, emphasizing that it is a challenging but rewarding path. By combining research and teaching, women can achieve a fulfilling career, proving that it is possible to have it all.
In conclusion, Professor Anne Willis's insights provide a window into the complexities of women's experiences in STEMM. Her words serve as a call to action, urging the scientific community to address the barriers women face and create a more inclusive and supportive environment. As she continues to excel in her field, her impact extends beyond research, inspiring and guiding the next generation of women scientists.
