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Uljad Berdica
Robotics And Cybersecurity Researcher
Professional Background
Uljad Berdica is a motivated undergraduate student at New York University (NYU) specializing in Electrical and Computer Engineering, with a minor in Applied Mathematics. His enthusiasm for mathematics is evident through his diverse array of projects and hands-on experiences that integrate both practical and theoretical aspects of engineering. Uljad's academic journey has taken him from studying at NYU in New York to an enriching semester in Shanghai, showcasing his adaptability and eagerness to learn in international settings. His commitment to interdisciplinary education is reflected in his involvement in innovative projects ranging from computer vision applications in neuroimaging to the development of Point-of-Care medical devices for iGEM competitions.
Uljad has been an active member of the academic community, serving as the Vice Chair of the IEEE Student Branch at NYU Abu Dhabi. His leadership roles include being the Electrical Engineering Representative and participation as a Research Assistant, emphasizing his dedication to advancing knowledge and fostering collaboration. Through these positions, he has honed his skills in strategic planning and decision-making, which aligns perfectly with his passions for Game Theory and Mathematical Modeling.
Education and Achievements
Uljad's educational background is distinguished not only by his academic successes but also by the diverse environments in which he has sought knowledge. He pursued a Bachelor of Science in Electrical and Computer Engineering at NYU, where he complemented his technical coursework with a minor in Applied Mathematics to solidify his analytical foundation. His journey began in high school, where he graduated from the CATS Education boarding school in Boston, followed by attending a New York High School, setting a strong groundwork for his future endeavors.
During the Fall semester of 2019, Uljad broadened his horizons by studying Mathematics and Computer Science at NYU Shanghai. This experience contributed to his global perspective on engineering challenges and solutions, reaffirming his commitment to seeking out new, interdisciplinary projects.
Uljad's project portfolio is a testament to his diverse skill set and innovative approach to engineering challenges. His experience with computer vision algorithms applied to neuroimaging demonstrates his ability to work at the intersection of technology and the biomedical field. Additionally, his proficiency in advanced software tools such as Houdini for visual renderings, coupled with his hands-on experience in CNC subtractive and additive manufacturing, exemplifies his ability to blend creativity with technical expertise.
Notable projects also include his work on deterministic models of cellular resource allocation which showcases his skills in biophysical modeling. His dedication to both practical and theoretical aspects of his studies culminates in a well-rounded engineering background that promises a bright future in his pursuits.
Achievements
Uljad Berdica's journey through electrical and computer engineering at NYU is marked by numerous achievements that highlight his commitment and talent. Not only has he excelled in his studies, but he has also made significant contributions to various projects that have potential real-world applications.
His participation in iGEM competitions where he contributed to the full chain development of Point-of-Care medical devices demonstrates his innovative thinking and adept problem-solving skills within the realms of microfluidics and bioengineering.
Additionally, Uljad's work on analyzing deterministic and non-deterministic models of Waddington's epigenetic landscape provides insight into his ability to engage with complex theoretical models which are crucial in understanding biological phenomena. This understanding is further applied through his keen interest in areas such as pure and mixed Nash Equilibrium, agent-based modeling, and dynamical models of segregation, positioning him as an aspiring expert in Game Theory and Mathematical Modelling.
Uljad's rich blend of theoretical knowledge and practical experience is poised to make a significant impact in any future endeavors he undertakes, whether in academia, research, or industry. His work ethic, innovative spirit, and desire to foster interdisciplinary cooperation are instrumental qualities that define his approach to engineering and beyond, underscoring his readiness to take on exciting challenges in the future.