What inspired you to pursue a career in STEM?
When I was 12 years old, I received an encyclopedia as a gift from my cousins. That was when I discovered Albert Einstein, Sir Isaac Newton, and Marie Curie. From that day, I never stopped being fascinated by physics. Pursuing a career that aligns with my personal passion has always been my dream, and I am happy to live it.
What inspired you to pursue a career in STEM?
When I was 12 years old, I received an encyclopedia as a gift from my cousins. That was when I discovered Albert Einstein, Sir Isaac Newton, and Marie Curie. From that day, I never stopped being fascinated by physics. Pursuing a career that aligns with my personal passion has always been my dream, and I am happy to live it.
What has been one of the most significant challenges you’ve faced as a woman in science, and how did you overcome it?
I must say that, perhaps by sheer coincidence, I have never personally experienced or felt disadvantaged as a woman in science. However, I often hear different stories from my colleagues, and it is clear that discrimination still exists in various fields—not just in STEM. These challenges highlight the importance of continuing efforts to promote equality and inclusivity across all sectors.
What has been a highlight or proudest moment in your career?
One of the major highlights of my career was being accepted into the Quantum Information Theory research group (focused on entanglement) led by Professor Barbara Kraus at the University of Innsbruck, Austria. Working and learning in such a renowned group, especially under the guidance of another woman, was incredibly meaningful to me.
Additionally, I have had several proud moments in my STEM journey, particularly inspiring women and girls to pursue science. During my time as a subject teacher in physics and mathematics, I felt a deep sense of fulfillment when encouraging and motivating young minds to explore the wonders of STEM fields.
Another significant milestone has been my work at Catalytic Instruments, particularly my involvement in the MI-TRAP project. As a young professional in the industry, contributing to such an impactful and technically demanding initiative has been both a tremendous challenge and a source of immense pride.
How does your work in aerosol physics contribute to sustainability or innovation?
As a team member at Catalytic Instruments, I am actively involved in developing devices that utilize catalytic technologies for precise measurement and analysis of aerosols. One focus of our work is on monitoring non-combustible compounds found in automobile fuel emissions. Our technologies are critical for understanding and mitigating traffic-related air pollution, improving emissions control systems, and supporting compliance with stricter environmental regulations.
Our work is to bridge the gap between cutting-edge innovation and environmental stewardship. By providing industries and governments with the tools to monitor, understand, and mitigate emissions, we empower them to make informed decisions that prioritize sustainability. Through our work, we aim to contribute to a cleaner, healthier, and more sustainable future, fostering long-term benefits for both society and the planet.
What is your vision for the future of women and girls in STEM?
My vision is a future where the contributions of women and girls in STEM are not only encouraged but celebrated. A world where diverse perspectives drive innovation and where gender is no longer a barrier but a strength. I hope for a STEM ecosystem where mentorship, collaboration, and representation create a cycle of empowerment, inspiring generations of young women to explore, innovate, and lead.
What advice would you give to young women or girls interested in science or research?
Follow your curiosity: Science begins with asking questions. Never hesitate to explore the „why“ and „how“ of the world around you.
Seek mentors and role models: Surround yourself with people who inspire you and are willing to share their experiences. They can offer guidance and open doors you might not even know existed.
Embrace failure as part of learning: Every setback is a step forward if you take it as an opportunity to grow and improve. Mistakes are not the end; they are part of the journey.
Be persistent: Challenges will come, but remember, every significant achievement in science and research was built on resilience and determination.
Support each other: Collaboration is vital in STEM. Lift others as you climb, and foster an environment of mutual encouragement and growth.
I have a personal motto:
„Our time on this planet is precious and fleeting. We should embrace every opportunity, remain aware of the randomness around us, and never stop questioning.“
Science and research need the unique perspectives and creativity that you bring. Believe in your abilities, and know that you are capable of making a lasting impact.
