I developed strong communication skills by presenting my research in international conferences, preparing and delivering technical presentations for industrial clients and collaborating with multidisciplinary teams. Throughout my PhD and engineering work, I regularly communicated complex concepts to experts, suppliers and patent attorneys, adapting my register to each audience and supporting the drafting of a patent application. I also supervised interns, guiding them in structuring technical documents and using digital communication tools. Working in English on a daily basis further strengthened my clarity, precision and confidence in professional communication.

I developed strong collaboration skills by working with multidisciplinary and international teams during my PhD and engineering activities. I coordinated laboratory work and information exchange between university groups, industrial partners, suppliers and technical staff, and contributed to joint developments such as a novel radwaste treatment process and related dismantling studies. My experience at JRC Ispra strengthened my ability to collaborate with teams from different countries and fields while maintaining clear objectives. I also worked closely with patent attorneys and supported interns and colleagues, helping to establish productive relationships and co-produce high-quality results.

I strengthened my analytical and critical-thinking skills by working on complex experimental and engineering problems throughout my PhD and industrial activities. I routinely analysed and compared data from laboratory tests, assessed the reliability of different methods and integrated evidence to formulate or refine hypotheses. Developing a novel radioactive-waste conditioning process required questioning standard practices, evaluating alternative approaches and adopting new analytical tools. Collaborating with multidisciplinary and international teams helped me confront different perspectives and sharpen my reasoning. I also supported interns and colleagues in structuring their analyses and encouraged a rigorous, evidence-based approach in our shared work.

I strengthened open-mindedness and creativity by working in highly interdisciplinary environments throughout my PhD and engineering activities. I explored related fields such as materials science, chemistry, process engineering and decommissioning, and developed new ideas to address technical challenges, including innovative approaches for radioactive-waste conditioning. My experience at JRC Ispra exposed me to international teams and different working cultures, helping me remain flexible and receptive to new perspectives. I also encouraged curiosity and critical questioning among interns and colleagues, promoting a constructive and exploratory mindset during laboratory and project activities.

I strengthened my sense of commitment by working on long-term and technically demanding projects throughout my PhD and industrial experience. I learned to remain focused and motivated even when experiments failed or unexpected challenges arose, and I consistently sought solutions rather than stopping at obstacles. Managing parallel responsibilities—research, laboratory work, collaborations and presentations—helped me develop discipline and resilience. I also supported interns and colleagues, sharing methods and helping them progress in their tasks. This experience taught me to maintain determination, adapt to new contexts and sustain motivation over time.

I strengthened this skill by working in environments where rigorous standards, confidentiality and data integrity are essential. Throughout my PhD and industrial activities, I consistently followed safety rules, laboratory procedures and internal guidelines for handling, processing and sharing technical data. Collaborating with industrial partners, research institutions and patent professionals required strict respect for intellectual property and restricted information. I always ensured accuracy and transparency in my work, honored my commitments and maintained coherence between results, documentation and communication.

I developed a strong sense of balance by managing demanding responsibilities during my PhD and industrial work. I learned to cope with pressure, adjust priorities and maintain focus even during intense or stressful periods. Feedback from supervisors, colleagues and partners helped me recognize my strengths and address areas for improvement, allowing me to face challenges constructively rather than reactively. Working in different environments taught me to separate professional and personal spheres and to manage setbacks with resilience. Over time, I developed strategies to stay grounded, remain motivated and handle difficult situations with composure.

I strengthened my listening and empathy skills by working with people from different disciplines, roles and cultures during my PhD and industrial experience. I learned to adapt my communication to technicians, interns, professors, suppliers and international teams, taking their needs and perspectives into account. Active listening helped me understand expectations, solve misunderstandings and support colleagues during challenging moments in laboratory or project work. I regularly expressed gratitude and fostered a collaborative atmosphere, which made discussions more open and productive. This experience taught me to remain attentive, patient and responsive in diverse professional contexts.

I strengthened my negotiation skills by working with partners, suppliers and stakeholders who often had different priorities or concerns. At the beginning of my research and development activities, I had to address scepticism about the feasibility and value of the project. To build consensus, I helped prepare detailed budgets, technical justifications and planning documents inspired by lean tools such as A3T. This process allowed me to clarify constraints, propose win-win solutions and obtain the resources needed to carry out the work. I also negotiated with suppliers and external laboratories to align timelines, specifications and costs, ensuring smooth cooperation and shared objectives.

I developed strong communication skills by presenting my research in international conferences, preparing and delivering technical presentations for industrial clients and collaborating with multidisciplinary teams. Throughout my PhD and engineering work, I regularly communicated complex concepts to experts, suppliers and patent attorneys, adapting my register to each audience and supporting the drafting of a patent application. I also supervised interns, guiding them in structuring technical documents and using digital communication tools. Working in English on a daily basis further strengthened my clarity, precision and confidence in professional communication.

I developed strong collaboration skills by working with multidisciplinary and international teams during my PhD and engineering activities. I coordinated laboratory work and information exchange between university groups, industrial partners, suppliers and technical staff, and contributed to joint developments such as a novel radwaste treatment process and related dismantling studies. My experience at JRC Ispra strengthened my ability to collaborate with teams from different countries and fields while maintaining clear objectives. I also worked closely with patent attorneys and supported interns and colleagues, helping to establish productive relationships and co-produce high-quality results.

I strengthened my analytical and critical-thinking skills by working on complex experimental and engineering problems throughout my PhD and industrial activities. I routinely analysed and compared data from laboratory tests, assessed the reliability of different methods and integrated evidence to formulate or refine hypotheses. Developing a novel radioactive-waste conditioning process required questioning standard practices, evaluating alternative approaches and adopting new analytical tools. Collaborating with multidisciplinary and international teams helped me confront different perspectives and sharpen my reasoning. I also supported interns and colleagues in structuring their analyses and encouraged a rigorous, evidence-based approach in our shared work.

I strengthened open-mindedness and creativity by working in highly interdisciplinary environments throughout my PhD and engineering activities. I explored related fields such as materials science, chemistry, process engineering and decommissioning, and developed new ideas to address technical challenges, including innovative approaches for radioactive-waste conditioning. My experience at JRC Ispra exposed me to international teams and different working cultures, helping me remain flexible and receptive to new perspectives. I also encouraged curiosity and critical questioning among interns and colleagues, promoting a constructive and exploratory mindset during laboratory and project activities.

I strengthened my sense of commitment by working on long-term and technically demanding projects throughout my PhD and industrial experience. I learned to remain focused and motivated even when experiments failed or unexpected challenges arose, and I consistently sought solutions rather than stopping at obstacles. Managing parallel responsibilities—research, laboratory work, collaborations and presentations—helped me develop discipline and resilience. I also supported interns and colleagues, sharing methods and helping them progress in their tasks. This experience taught me to maintain determination, adapt to new contexts and sustain motivation over time.

I strengthened this skill by working in environments where rigorous standards, confidentiality and data integrity are essential. Throughout my PhD and industrial activities, I consistently followed safety rules, laboratory procedures and internal guidelines for handling, processing and sharing technical data. Collaborating with industrial partners, research institutions and patent professionals required strict respect for intellectual property and restricted information. I always ensured accuracy and transparency in my work, honored my commitments and maintained coherence between results, documentation and communication.

I developed a strong sense of balance by managing demanding responsibilities during my PhD and industrial work. I learned to cope with pressure, adjust priorities and maintain focus even during intense or stressful periods. Feedback from supervisors, colleagues and partners helped me recognize my strengths and address areas for improvement, allowing me to face challenges constructively rather than reactively. Working in different environments taught me to separate professional and personal spheres and to manage setbacks with resilience. Over time, I developed strategies to stay grounded, remain motivated and handle difficult situations with composure.

I strengthened my listening and empathy skills by working with people from different disciplines, roles and cultures during my PhD and industrial experience. I learned to adapt my communication to technicians, interns, professors, suppliers and international teams, taking their needs and perspectives into account. Active listening helped me understand expectations, solve misunderstandings and support colleagues during challenging moments in laboratory or project work. I regularly expressed gratitude and fostered a collaborative atmosphere, which made discussions more open and productive. This experience taught me to remain attentive, patient and responsive in diverse professional contexts.

I strengthened my negotiation skills by working with partners, suppliers and stakeholders who often had different priorities or concerns. At the beginning of my research and development activities, I had to address scepticism about the feasibility and value of the project. To build consensus, I helped prepare detailed budgets, technical justifications and planning documents inspired by lean tools such as A3T. This process allowed me to clarify constraints, propose win-win solutions and obtain the resources needed to carry out the work. I also negotiated with suppliers and external laboratories to align timelines, specifications and costs, ensuring smooth cooperation and shared objectives.