My interest in STEM developed gradually throughout my studies and professional career. I have always been fascinated by the opportunity to find practical solutions to complex problems, work with data and use modern technology to help communities develop. I have seen how technology can change people’s lives and open up new opportunities for learning and professional development. With the advancement of technology and the internet, these opportunities have become available even to children in remote mountain villages.

We ensure equal access to educational programmes for women and men, support the participation of young people from rural areas, and create a safe environment for learning and development.

My core values are responsibility, honesty, continuous development, cooperation and respect for others.

I aim to continue developing my project management skills

During my studiesMy interest in STEM was born during my studies as an ichthyologist. Through studying fish biology and aquatic ecosystems, I developed a deep appreciation for environmental science and the complexity of natural systems. Working closely with ecological research helped me understand how scientific methods can be applied to real-world environmental challenges. This experience sparked my curiosity not only about biological systems but also about the broader scientific principles that shape our natural world. 

At HCMR and within IMBRIW, DEIS principles are reflected both in our research mission and institutional culture.
In terms of Sustainability, our core work focuses on the conservation and sustainable management of marine and inland water ecosystems, directly contributing to environmental protection and responsible resource use. Regarding Diversity and Inclusion, HCMR promotes interdisciplinary and international collaboration, bringing together scientists from different backgrounds and expertise. The institute also engages actively with local communities, stakeholders, and schools, ensuring that scientific knowledge is accessible and inclusive. In terms of Equity, early-career researchers are supported through participation in international projects, mobility opportunities, and mentorship within research teams, fostering professional growth and equal development opportunities.

My core values are integrity, resilience, curiosity, and responsibility.

• Integrity is fundamental to me, both scientifically and personally. I believe in honest research, transparency, and taking responsibility for the impact of our work on society and the environment.
• Resilience has shaped my journey, especially through demanding fieldwork and competitive academic environments. I believe challenges are opportunities for growth.
• Curiosity drives my scientific path. The desire to understand natural systems and protect biodiversity is at the heart of my work.
• And finally, responsibility, toward ecosystems, future generations, and the communities affected by environmental decisions. Science, for me, is not only about discovery but about contributing meaningfully to sustainability and conservation

One of my future challenges will be maintaining a healthy balance between personal life and professional growth. As I advance in my career, especially within research and field-based science, the demands can be intense and time-consuming.
I want to continue evolving academically and professionally, while also preserving space for personal well-being and meaningful relationships. I believe long-term success in science requires sustainability not only in ecosystems, but also in our own lives.
For me, the challenge is not choosing between career and personal life, but learning how to build both in a balanced and intentional way.

My interest in STEM was born very early, driven by curiosity rather than a specific career plan. As a child, I was fascinated by understanding how things work — from biological systems to patterns in nature. During school, chemistry and biology became my way of making sense of the world, while mathematics gave me the language to describe it.

Over time, I realized that science is not only about knowledge, but about solving real problems that affect people’s lives. That realization transformed curiosity into purpose. Today, my passion lies at the intersection of sciences, where we can translate scientific discovery into tangible societal impact.

At NHRF, diversity and inclusion are embedded in our research culture through merit-based recruitment, equal opportunity policies, and active participation in European frameworks that promote gender equality and responsible research. NHRF supports interdisciplinary collaboration across institutes and encourages international mobility, fostering a diverse and globally connected research environment.

We operate within EU-aligned principles of open science, research integrity, and ethical compliance. Sustainability is reflected both in our research priorities, including health innovation, environmental resilience, and digital transformation, and in our institutional practices aimed at responsible resource management and long-term societal impact. As a laboratory head, I actively promote inclusive team environments, interdisciplinary mentorship, and equal participation in scientific leadership and visibility.

Intellectual integrity, courage, and responsibility.
I value rigorous thinking and evidence-based decision-making, but also the courage to question established frameworks and explore new ones. Innovation requires both discipline and boldness. I believe in accountability; to science, to society, and to the next generation of researchers and citizens. Excellence matters, but so does fairness. Collaboration, mentorship, and ethical responsibility are not optional in science; they are foundational. Above all, I value curiosity with purpose; using knowledge not just to understand the world, but to improve it.

One of my future challenges is contributing to shaping research ecosystems that are not only innovative, but transformative. As science becomes increasingly interdisciplinary and AI-driven, the real challenge is to help redefine how knowledge is generated, integrated, and translated responsibly.
I see my role evolving beyond leading projects toward helping design systems that accelerate impact while preserving scientific integrity. The future challenge is not only to advance technology, but to ensure that it serves humanity in meaningful and sustainable ways. 

Being in part an islander (on my mother’s side) I have always had a strong relation with the sea. Later, during my early school years, I was always fascinated by biology. So I combined my two passions sea & biology into one!

Not fully aware of any.

Ethos, sincerity, and simplicity.

I am not quite sure. I will face whatever comes along in the way.

I was 10 years old when I realize that I was attracted from the physical phenomena arround me.

Diversity: We Prioritize diverse hiring pipelines, partner with community organizations, and ensure representation across all levels of HCMR.
Equity: We Provide transparent career‑growth pathways, conduct regular pay‑equity reviews, and offer equitable access to development programs.
Inclusion: We run employee resource groups, inclusive‑leadership training, and regular listening sessions to ensure all voices are heard.
Sustainability: We implement waste‑reduction programs, energy‑efficient operations, responsible sourcing, and annual sustainability reporting

Justice, honesty, open-mindedness.

Accuracy, Ethics, Trust, Responsible augmentation, Continius learning.

My interest in STEM was born from an early fascination with biology and the natural sciences, especially the mechanisms that regulate living organisms and ecosystems. It evolved during my academic training in aquaculture and marine biology, where I realized that solving real-world challenges in fish nutrition, sustainability, and blue bioeconomy requires the integration of science, technology, and applied research to create measurable impact.

HCMR has adopted a Gender Equality Plan (GEP) to promote gender equity and fair access within the institution’s research and operational structures, aiming to reduce barriers and support equal opportunities for all staff.

My core values are scientific integrity, transparency, and responsibility toward both society and the environment. I strongly believe in evidence-based decision making, rigorous research, and knowledge that translates into real, measurable impact.

One of my future professional challenges is to continue bridging high-level scientific research with real-world industry application, ensuring that innovation in aquaculture nutrition translates into scalable, sustainable solutions. Maintaining scientific excellence while navigating complex collaborations, funding competitiveness, and evolving environmental demands will require strategic thinking and adaptability.

My interest in STEM began in middle school, when I realized how naturally drawn I was to science. I enjoyed the idea that even the most complex questions had explanations waiting to be uncovered. As I grew older, I was drawn to solving problems and working through challenging puzzles. I was especially fascinated by biology, where each question felt like unlocking a deeper understanding of how life functions. What started as simple curiosity gradually became a genuine passion for discovery.

An Equity and Anti-Discrimination Committee was established in 2021to promote gender equality, combat discrimination and prevent all forms of harassing behavior. The committee also participate in nationwide networks to discuss awareness policies, monitoring progress, provide support and policy recommendations.

My values are curiosity, integrity, perseverance, inclusion, and objectivity. I believe science should be guided by ethical responsibility, sustained by persistence, and enriched by diverse perspectives. I also value objectivity and the ability to remain independent in my thinking, resisting external pressure in order to ensure that decisions and conclusions are grounded in evidence and principle.

One of my future challenges will be maintaining my integrity and commitment to evidence-based principles, even in environments where science is underfunded or influenced by external interests. Staying true to ethical standards and objectivity, despite such pressures, will be essential to my professional development.

My interest in Science developed in high school, particularly through biology classes that introduced me to experimental science and the process of scientific inquiry.

I prioritize curiosity, ethical responsibility, collaboration, mentorship and inclusivity. I also believe in using science to make a positive impact on society.

My future challenges include advancing my research, securing funding, mentoring effectively and maintaining work-life balance.