As the Chief Technology Officer at Popuzar, I oversee the strategic direction and execution of our technology initiatives, ensuring the seamless integration of AI-driven solutions into our clients’ operations. I lead our development teams in designing innovative and scalable AI systems that optimize business efficiency, enhance user experiences, and drive digital transformation. My role involves staying ahead of emerging technologies, collaborating with stakeholders to align technical solutions with business objectives, and ensuring that our infrastructure supports rapid growth and adaptation. Passionate about advancing AI, I am dedicated to transforming industries through cutting-edge, data-driven technologies.

As an AI Solutions Architect & Developer at Popuzar, I design and implement cutting-edge AI-driven solutions tailored to enhance user engagement and business efficiency. My role involves collaborating with cross-functional teams to analyze client needs, developing scalable AI models, and integrating these systems into existing infrastructures. By leveraging machine learning and data analytics, I ensure our solutions provide actionable insights that drive strategic decision-making. I am passionate about pushing the boundaries of AI technology to transform how businesses operate.

SUNLAB Research GroupAs a Capstone Engineering Project Associate focused on developing a Laser Tracking System for a Photonic Power Converter (PPC), I work under the supervision of Dr. Karin Hinzer and Valentin Daniel (Postdoc Researcher). My responsibilities include designing and implementing tracking mechanisms to ensure precise alignment between a laser transmitter and a moving receiver, such as a rover. I am also developing software to interpret sensor data for real-time adjustments and integrating hardware components to enhance the efficiency of energy transmission in challenging environments. This experience is significantly advancing my skills in photonics and systems engineering.

As a member of the Faculty of Engineering Council at the University of Ottawa, I actively contribute to shaping the future of our academic community. In this role, I participate in discussions with the Dean, Vice Deans, and other council members, where we address key issues affecting the faculty. My responsibilities include providing valuable input on proposed changes to the curriculum and academic regulations, ensuring that the student perspective is always represented and considered in these critical decisions. By engaging in these discussions, I help influence the direction of our programs and policies, striving to enhance the academic experience for all students within the faculty. This position allows me to advocate for the interests of my peers and play a role in the continuous improvement of our engineering education.

Building the future with AI.

During this time at SUNLAB, I served (again) as a Research Assistant specializing in the microfabrication of larger-scale semiconductor devices, collaborating with Dr. Karin Hinzer and Matthieu De Lafontaine (Postdoc Researcher). My work centered on refining the fabrication process of advanced semiconductor structures, focusing on enhancing their efficiency and reliability. I took on the challenge of analyzing complex experimental data and translating it into actionable insights, driving innovations in our device designs. Through advanced scanning electron microscopy, I explored the detailed architecture of these larger devices, identifying opportunities for significant improvements in their performance. My hands-on experience extended to the intricate production of n-type and p-type Ohmic contacts, where I applied sophisticated techniques to optimize their fabrication. Additionally, I developed and implemented rigorous testing procedures to ensure these contacts met stringent standards of conductivity, durability, and efficiency. This role provided me with a unique opportunity to delve into the complexities of large-scale semiconductor devices, broadening my technical skills and deepening my knowledge of the microfabrication process.

SUNLAB Research Group. As a Research Assistant/Intern in the microfabrication of semiconductor devices at SUNLAB, I had the opportunity to work under the supervision of Dr. Karin Hinzer and Matthieu De Lafontaine (Postdoc Researcher). My role involved preparing detailed reports on experimental results, where I highlighted key conclusions and provided actionable recommendations to guide ongoing research efforts. I was responsible for conducting performance analyses to ensure that the solar cells met their expected objectives, with a strong focus on maximizing energy efficiency. Utilizing scanning electron microscopy, I examined the structure of 4-junction solar cells to identify crucial characterization points that would enhance device performance. I also actively participated in the manufacturing process of n-type and p-type Ohmic contacts, applying practical skills and a deep understanding of the materials involved. Additionally, I implemented comprehensive testing protocols to evaluate the reliability, conductivity, efficiency, and consistency of these contacts, ensuring they met the high standards required for advanced solar applications. This experience significantly deepened my expertise in semiconductor device fabrication and characterization.

The Undergraduate Research Opportunity Program (UROP), managed by the Office of International Research and Experiential Learning (IREX), funds full-time second- and third-year uOttawa students’ research projects through one-year scholarships. UROP is meant to foster undergraduate students’ interest in research and lead them to engage in experiential learning. I had the privilege to be under the supervision of Dr. Karin Hinzer (University of Ottawa professor) and Matthieu De Lafontaine (Postdoc researcher UOttawa). It’s also aims to encourage them to pursue graduate studies.