As a Mechanical Engineer, my role involves conceiving, designing, and developing mechanical systems and components. I apply engineering principles and advanced design tools to create innovative solutions. In this pivotal role, my work contributes to the creation of efficient, safe, and cutting-edge designs that drive the improvement of quality and productivity while maintaining a strong focus on safety.

As a engineer trainee, I led two teams in large-scale production processes at a printing facility with over 20,000 employees worldwide and a broad base of international clients. My primary role involved directly coordinating and leading these teams to ensure operational efficiency and excellence.Furthermore, I had direct involvement in maintenance, research, and process development tasks. This meant overseeing large-scale production and actively engaging in continuous process improvement, problem-solving, and devising new strategies to enhance production process efficiency. My role was inherently connected to enhancing, innovating, and ensuring quality within industrial processes.

As a Product Engineering Intern, I played a vital role in innovative product development, gaining valuable experience in the product development process and essential engineering skills.

Experienced Tribological Analysis Technician with a proven track record in providing crucial insights into materials and surfaces. Proficient in conducting detailed analyses to inform strategic engineering decisions, resulting in improved product performance and durability. Adept at utilizing a diverse skill set to address challenges at the intersection of science and engineering. Passionate about contributing to innovative solutions and enhancing overall product quality. Ready to bring my expertise to a dynamic team committed to excellence in tribological analysis and engineering advancements.

Throughout my academic journey, I actively contributed to a noteworthy project—an international collaboration focused on developing a hydraulic motor test bench in partnership with a Croatian team for research and development.This experience underscores my commitment to collaboration, problem-solving, and the pursuit of innovative engineering solutions, showcasing my proficiency in effective international teamwork. The culmination of this project served as the basis for my graduation thesis, further solidifying my expertise in hydraulic power systems.

In my role as a Teaching Assistant for Vibrations and Acoustics, hydraulic and pneumatic systems, and structural statics, I actively contributed to students' success by enhancing their understanding of engineering concepts. This experience not only strengthened my teaching skills but also honed my problem-solving abilities, fostering continuous improvement in both areas.

As an Undergraduate Researcher in Mechanical Engineering, I played a crucial role in extensive work with hydraulic power systems, pneumatics, and automation. My responsibilities included in-depth research, hands-on experimentation, and active contributions to the design, assembly, and testing of hydraulic power systems. I also engaged in automation projects, conceptualizing and implementing processes to enhance efficiency and precision in various mechanical systems. My tasks encompassed troubleshooting, maintenance, and optimization of existing systems to ensure smooth operation.Throughout my tenure, I collaborated with the research team, analyzing data and presenting findings. This experience not only honed my technical skills but also provided a comprehensive understanding of the practical applications of hydraulic power systems, pneumatics, and automation in mechanical engineering.

As an Industrial Mechanical Maintenance Intern, my role provided hands-on maintenance experience and valuable skills in a safe, efficient manner.