My interest in STEM started at a young age, when I was at school. I used to like mathematics and programming very much, leading to pursue my career in computational mathematics.
Your organization field and mission
Under the direction of European University Cyprus, the Center was born out of the synergies that were found between the Decision Support and Systems Optimization (DSSO) Laboratory and the Center for Risk, Safety, and the Environment (CERISE). Our main areas of interest include the creation, application, and assessment of quantitative and qualitative tools for managing, communicating, and measuring risk as well as for analyzing, designing, and putting into practice systems and procedures for decision-making. Our research is centered on two fundamental pillars: risk and decision science, which are applied to a number of horizontal fields like cybersecurity, safety, and security.
Please tell us briefly about your role in the company / at your organization:
As a senior researcher, I am involved in EU funded projects and other scientific and research work. My research is based on risk analysis and vulnerability assessment models and methodologies, risk integration and propagation, risk evaluation and prioritization and development of risk assessment toolkit. My responsibilities include successful development and implementation of deliverables, preparation of technical documentation and project reports. Additionally, I present research findings in meetings, conferences and workshops and I organize the publication of research output in peer reviewed journals.
Your interest in STEM
My high school computer science teacher served as my first role model, teaching me the joys of programming and showing me the value of tenacity and ingenuity in solving technical and mathematical problems.
Your studies
- Strengths: Strong analytical and problem-solving skills
- Weaknesses: Time management and high pressure
- Opportunities: Research and Innovation and strong career opportunities
- Threats: Intense academic pressure and funding uncertainty
Pursuing a career in STEM as a girl or woman can be incredibly rewarding. By building a strong foundation, seeking support, gaining practical experience, and persevering through challenges, you can achieve success in these fields. Remember that diversity in STEM leads to richer, more innovative solutions, and your contributions are invaluable.
You at work
Yes, the CRiTERIA research center stands out as a positive example in DEIS. The center supports diversity in its workforce and its initiatives aimed at equity and sustainability. The center promotes women in the research and academia by increasing motivational factors and promoting development opportunities.
I’m most proud of leading the development and implementation of risk assessment toolkit for risks and vulnerabilities which was part of a European funded project. This achievement can also be used for the risk management and decision support of various companies and organizations.
Research in mathematical and computational sciences, presents a plethora of chances for impact and innovation. Establish a solid academic basis, look for mentors, and embrace networking to get knowledge from a range of experiences. Take on obstacles head-on; they present chances for personal development. Recall that your distinct viewpoint is essential for developing inclusive and successful technological and practical solutions. Remain strong and tenacious since your efforts will influence how the digital world develops in the future.
Your point of view
Through access to education, professional possibilities, and platforms that allow their views to be heard, technology empowers women. It gives women access to worldwide networks and mentors, permits flexible work schedules, and provides doors for entrepreneurship. Women can use technology to question gender norms, add to a variety of innovative viewpoints, and play significant roles in determining the direction of industries.
A career in microelectronics offers exciting opportunities to work on innovative technologies that shape the future. By building a strong educational foundation, gaining practical experience, seeking mentorship, and staying resilient in the face of challenges, girls and women can thrive in this dynamic field. Remember that diversity brings strength to engineering, and your unique perspective is valuable and needed in microelectronics.
By 2030, the microelectronics sector has the potential to become a leader in DEIS and sustainability, setting an example for other industries and organizations. This includes a workforce that reflects the variety of the world’s population, with equal representation for women and underrepresented minorities in all roles and at all levels. Pay, promotion prospects, and resource and educational accessibility should all be equal. The industry should be ingrained with inclusion, fostering work cultures where each person feels respected and empowered. Finally, there should be a strong industry-wide integration of sustainability practices, with a focus on environmentally conscious innovation and manufacturing.
To finish with
My personal and professional guiding principles are integrity, inventiveness, and inclusivity. Transparency and dependability are ensured in all actions by integrity. My desire to innovate motivates me to look for and apply solutions that enhance our field and address challenging problems. In order to foster a collaborative atmosphere where different viewpoints are respected and lead to more complex solutions as well as a more dynamic workplace, inclusivity is essential.
Maintaining a competitive edge in the quickly changing research and technological field, encouraging innovation and constant learning within my team, and advocating for greater diversity and inclusion in the tech sector are some of my upcoming challenges.
My goal is to be at the forefront of research and innovation by 2030, spearheading projects that will influence the direction of research and development. I see myself in a senior leadership position where I can mentor the upcoming generation of researchers, shape global risk management policies and practices, and spearhead important technological advancements that safeguard digital assets while also advancing inclusivity and ethical standards in the tech and research sector.