I have always been curious about how things worked or how things happened.

My middle school and three-year high school science teachers.

Transmitting content in various ways: lessons with the use of videos in Italian and English to make certain topics understood.

Use of wordsearch grids to become familiar with the words of the subject I teach with varying degrees of difficulty.

Use of kahoot and wordwall activities for sharing content.

Getting a few students interested in the subject I teach.

Believe in what they have chosen and do not give up at the first hurdle.

Work while maintaining a firm focus without losing patience.

NA

Close to retirement.

Thanks to my mother, a civil engineer, I always loved to solve riddles and was encouraged to play with numbers. So already as a little girl my interest in STEM was born.

My first role model was my mother, her interest in engineering was very inspiring. Further, for me Michelle Obama is a role model I look up to.

We offer degree courses and active academic collaboration in the MINT subjects (mathematics, computer science, natural sciences and engineering), business, the social sciences and public health as well as in architecture and design. Our Department of General and Interdisciplinary Studies is unique in providing every student with a cross-disciplinary education and in developing their personal skills.

I am working full time in the job I love most and have two wonderful children and a great husband. Sometimes we live in an unstable balance, and it is hard to combine all parts of life, but we always make it work. At work, already 12 years ago, I started video lecturing and now I have started a first project on virtual labs in my university. In the beginning I wasn´t exactly sure how to achieve what I planned for, but in a team, we could sort it out and now the lab is going to be online soon – this is what I am proud of.

If you enjoy explaining and exploring being a professor is a wonderful job to strive for.

Do what´s right and fear no one.

I want to motivate students, especially female students, for micro- and nanotechnology and encourage for more international exchange within the Master´s program.

Still at the university, hopefully with an extended virtual lab and real lab, working with students from all over the world on challenges in micro- and nanotechnology.

My passion for science started very early. I was particularly fascinated by mathematics as a child, and in middle school, discovering physics, especially the study of atoms and electrons, was a turning point for me. It sparked my imagination and fueled my desire to delve deeper into the fascinating world of science.

Marie Curie has always been a key inspiration for me, not only because of her remarkable contributions to science but also because we share Polish roots. My mother, who admired Marie Curie’s accomplishments, also inspired me by instilling in me the belief that anything is possible for women. In addition, Simone Veil and several female colleagues in leadership positions have served as role models through their determination and success.

We have implemented several initiatives to promote inclusion and gender equality, addressing issues like the “glass ceiling.” These initiatives include raising awareness about cultural and gender biases, offering internships specifically for women, launching mentorship programs, and ensuring gender parity during recruitment processes. All of these efforts aim to make our fields more attractive and accessible to a diverse group of individuals.

I am particularly proud of the dynamic environment we have created in the laboratory I have been leading for the past three years. In the field of photovoltaics, I’m honored that our expertise is sought after for various projects, consulting, and partnerships, which reflects the recognition of the quality of our work and my skills as a leader.

Confidence is key. Pursue your ambitions with determination and don’t be afraid to take up space in a traditionally male-dominated field. There are numerous pathways to success, and it’s important to remain adaptable and open to new opportunities. Believe in your potential and be ambitious.

I firmly believe in the importance of resilience, confidence, and ambition. Throughout my career, these values have helped me overcome challenges and make meaningful contributions to my field. It is also essential to foster an inclusive and supportive environment for all colleagues, where everyone can excel in their roles.

In the future, one of my key challenges will be continuing to develop innovative solutions in photovoltaics and microelectronics while ensuring that our work addresses urgent societal and environmental issues. I hope to continue leading dynamic research teams and contributing to projects that push the boundaries of what’s possible.

By 2030, I see myself still at the forefront of research in microelectronics and photovoltaics, working to address the pressing challenges of climate change and sustainability. I also hope to continue mentoring young scientists, particularly women, and fostering an inclusive environment where future generations can thrive.

My interest in STEM, especially cybersecurity, was sparked during my undergraduate studies in computer science. The evolving nature of cybersecurity challenges and its critical role in protecting digital assets captivated my interest early on.

Initially, my professors and mentors in university served as role models, demonstrating exceptional knowledge and dedication in their fields. Currently, I find inspiration in contemporary leaders and researchers who are advancing cybersecurity through innovative research and solutions.

Here is the Gender equality plan implemented by EUC: PDF Online presentation!

I am very proud for my research and all the CYBER.EUC research center that I am directing. Moreover, I have recently been awarded the Best Teaching award for 2024 within EUC.

To young women embarking on their journey in cybersecurity, I offer these words of advice: cultivate a thirst for knowledge, build a solid foundation in technical skills, seek mentors who can guide and inspire you, and embrace challenges as opportunities for growth. Remember, your unique perspective and contributions are invaluable in shaping the future of cybersecurity. Together, we can forge a more diverse, innovative, and secure digital landscape for generations to come.

My core values center around academic excellence, innovation, inclusivity, and ethical responsibility. I am deeply committed to advancing knowledge in cybersecurity through rigorous research and education, while also fostering an environment that promotes diversity and supports the professional growth of students and colleagues alike. Integrity, collaboration, and a passion for making a meaningful impact in the field of cybersecurity drive my work and interactions within the academic community.

Looking ahead, I anticipate several challenges within my professional journey. One significant challenge will be staying abreast of rapid technological advancements and evolving cybersecurity threats. Maintaining relevance and expertise in a constantly changing field will require continuous learning, adaptation, and innovative thinking. Additionally, balancing the demands of teaching, research, and administrative responsibilities while maintaining a healthy work-life balance will be crucial.

In 2030, I envision myself as a seasoned academic leader and influencer in cybersecurity, having significantly contributed to both research advancements and educational excellence. I aspire to have established myself as a respected authority in cybersecurity, recognized for pioneering research that addresses emerging threats and advances the field’s theoretical foundations. Beyond academia, I hope to have expanded my impact through collaborations with industry and government sectors, influencing policy development and promoting best practices in cybersecurity globally. Personally, I aim to continue mentoring and inspiring the next generation of cybersecurity professionals, advocating for diversity and inclusion in STEM fields, and contributing to a safer digital landscape for all.

My interest in STEM begun in my school years; I found Biology, Chemistry, Physics and Maths more interesting, useful and easier to understand that other courses. I always felt that I could be part in a greater mix of scientists that could solve the cancer therapy puzzle and contribute to helping people with this disease.

My first role model was Dr Andreas Constantinou who was my mentor and supervisor during my PhD years. Right now, I am inspired by scientists in my organization and internationally that passionately pursue research.

Yes the European University is applying good practices in DEIS. I was the recipient of the Early Career Woman Researcher award, that aims to promote and support specifically women in our organization.

Balance between my working and family roles. Also being able to inspire students to pursue their own dreams after they graduate from our University.

You can manage both a Career and a family life if that is what you want and you have support from relatives and friends. However, you can find fulfilment in one or the other and you should not feel pressured to complete a “checklist” of other people’s expectations.

Equality in science, hard work, honesty, integrity and fairness.

To delegate more, to keep training in technological advancements, to inspire and mentor my students, to provide opportunities for others to achieve excellence.

Hopefully teaching and leading important research projects, guiding a large team of young scientists.

I have always been interested in the technical scientific field. I did a scientific high school because I was very interested in science. After high school, I graduated in chemistry. During my thesis dissertation I became interested in research, and I started my PhD at the Politecnico di Torino, doing a joint doctorate between the Politecnico di Milano, Politecnico di Torino and the University of Genova.

Starting from the idea that there are no differences between men and women, the highest is the visibility that women have, the highest will be the possibility for women to recognize themselves in some role models.

Something is being done. For example, initiative to promote the possibility for woman to advance in their careers, as well as discussions on how to deal with the maternity leave, which should be equal for men. I, as representative of Piemonte region universities in the Board of Directors of the networks on the right to study, I had all the documentation modified to include the female gender.

In general, there is still no equality, even if something is changing, considering that in the past there were fewer women who did this job.

To have brought at EU level the topic of the batteries as central theme in the research field. I am one of the founders of the Battery 2030 initiative, which is leading to the formulation of many jobs at EU level. In addition, within these projects, I also deal a lot with the engagement of young people. For example, we have just created a youth community in Europe in the battery field, since it is important to have a youth community that can take forward these initiatives.

In this area it is very easy to find a job. As researchers or professors, it is more complicated because unfortunately there are not many places available. Within the battery industry there will be more jobs in the future (about one and a half million are foreseen by 2030), as it is also a multidisciplinary sector in which different skills are required, including chemistry, economy, electronic and mechanical engineer, etc. The field is in a very strong evolution.

Solidarity, peace, equity, fairness, environmental sustainability.

Support the creation of a group of proactive young people that can be attractive at European level, and create an impact with their ideas, especially in the field of sustainability.

To see people of the electrochemistry group have a good career and recognition at international and European level.

Since I was a child. I always wondered why things happen, and I was fascinated by the origin of matter.

My first role models were George Gamow, Marie Curie, and Alexander Mendeleiev. At present Carl Sagan and Rita Levi Montalcini.

There is nothing remarkable.

Working in an experimental laboratory, in spite of all the difficulties.

That they get used to go deep and pay attention to all the details. That they always look for solid arguments and move forward with firm and sure steps.

Professional honesty, perseverance and enthusiasm.

Train young people to do authentic science with human values.

In 2030 I will turn 66! I hope to reach that age healthy and be able to continue working.

I had not an innate vocation for this area. I come from a family without specific scientific interests. Thinking about the moment when my interest started, I think of the first editions of the Italian journal “L’Espresso”, in the mid-60s, with articles on the wonders of DNA.

If I have to think about a role model in the science sector, I think about Rita Levi Montalcini, who always took into consideration the issues surrounding women in the science sector.

At the time I was working, these issues were not present as they are now. Anyway, I want to stress the group of research with whom I was working were all women.

Together with other colleagues, we founded the first group of Woman and Science, that currently exists, which then became very important at national level. The focus of the group was mainly on solving the disparities between women and men by also promoting the discussion on how to survive in a sector dominated by men. Another thing I am proud of is that, starting from the already existing knowledge in the research we carried out within the Laboratory, we have managed to bring the studies to a more contemporary level, opening the doors to a very important discourse for science. Many of my young students are currently professors in London, France, Germany and Italy.

As I said, understanding that every discipline is interconnected, so it’s easy to move from one sector to another and discover new paths.

Research must go hand in hand with the needs of society, giving an ethical value to what a person does. Research helps a lot to work together, and to create a concept of community and sharing.

I wish I could find out new things on my research that I haven’t been able to identify yet.

Continuing with projects based on what have been some of my discoveries and observations on fungi and bacteria and continue with the scientific dissemination.

During my high school years, I cultivated a passion for physics. The interest in astrophysics was born during the university years, thanks to the optional courses I took on astrophysics and cosmic physics. I decided to write my thesis on a newly launched European gamma astronomy satellite. From this, I then moved abroad and once back in Italy, I was selected to start working at the CNR (the Italian National Research Council).

I don’t have a clear “role model”. The only thing I can share is that the biography of Marie Curie, written by her daughter, captured my attention when I was a little girl, and her personality impressed me.

There are no dedicated initiatives, but there is a lot of attention to the subject. When organizing events, meetings, conferences, we always pay attention to topics such as inclusion and sustainability.

I’ve had some important, recognized achievements. The one I am most proud of is having received the Enrico Fermi Award in 2021 for understanding the nature of a particular star, the star Geminga, to which my husband and I have given the name and on which we have focused our studies for several years.

Don’t be discouraged by prejudice, women are absolutely capable of doing everything. I am among these women who managed to realize their dreams. So, what I always say to my students is that the most important quality, besides the desire to study, is to never get discouraged, to be determined and pursue what you want to achieve. Remember that luck only helps people who are ready to welcome opportunities.

The importance of research to improve the quality of life (for example, WiFi was invented by radio astronomers). The development of culture as part of life. People should commit to improve their culture and cultivate knowledge.

Being able to carry out the projects in which I am involved, as well as continuing with the activity of scientific dissemination to the public.

I hope for a Nobel Prize!

My interest in mathematics started during high school.

I did not have women role models because there were none in my field. I tried to do what I loved and to excel in what I loved.

I wrote a book “Il cognomen delle donne” in which I talk about the difficulties that STEM women encounter in life.

I am an accomplished researcher, known around the world for my papers. I also have a family, a husband and two wonderful daughters.

To be passionate in what they enjoy doing.

N/A

To be a role model for young women, to write a book about STEM for women.

I will be retired.