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Technológico de Costa Rica, Bachelor´s Degree in Electronics Engineering, graduation in the first semester 2025
Current Research: This project will generate hydrogen for energy using renewable resources, with a self-sustaining, cost-effective system, promoting sustainable energy solutions and reducing carbon emissions.
Biography:
I am an electronics engineering student at the Tecnológico de Costa Rica, with hands-on experience in high-speed video signal integrity, focusing on minimizing signal integrity issues by correlating electrical and simulation data. As part of my student work at Intel, I conducted physical compliance setup and executed tests for video interfaces using high-frequency oscilloscopes. Additionally, I performed benchmark testing to enhance user experience and contributed to PCB design review and the assembly of Intel motherboards.
During my internship at Boston Scientific, I worked on enhancing the efficiency and reliability of subassembly machinery used in medical device production. My role involved data analysis, troubleshooting, and equipment validation on production lines, which led to the identification of key process improvements. My experience in both the tech and medical industries has strengthened my problem-solving skills and technical expertise, enabling me to contribute effectively to engineering projects.
Current Research: “Nourish2Thrive” focuses on reducing childhood malnutrition and obesity in low-income areas through targeted nutritional and educational interventions.
Biography: I finished my final year of medical school in September 2024 and recently won third place in the Public Health Competition hosted by World Technology Partners for my initiative Project NILE that tackles the diabetes crisis in Egypt. Through clinical rotations, I saw firsthand the lasting effects of childhood malnutrition and obesity. In 2019, I participated in a campaign to raise awareness about non-communicable diseases. During the COVID-19 pandemic, I took the opportunity to take multiple certified online courses from several accredited organizations, including Harvard Medical School, WHO, Incision Academy, and so much more. During my third year of medical school, I was awarded a scholarship for being among the top of my class.
I am a multi-lingual student: I have perfect command of the English, Arabic, and French languages and am proficient in German. I have previously assisted in medical translation between patients and doctors. One of my career goals is to advance community health practices by creating sustainable, evidence-based models like “Nourish2Thrive” that can combat nutritional disparities and prevent chronic disease in vulnerable child populations. In short, I’m an ambitious medical student always trying to make a positive difference in our world.
Ph.D. in Energy System Engineering, National University of Science and Technology, Islamabad, Pakistan. Anticipated completion date: 2026
Current Research: Developing bio-based electrodes from renewable materials to improve sustainability and efficiency in biochemical systems, including biofuel cells, biosensors, and hydrogen production technologies.
Biography: I began my academic career with a Bachelor of Science in Environmental Science, achieving a 3.75/4 CGPA and establishing a solid foundation in ecological sustainability and environmental management. During my undergraduate years, I completed internships at WWF-Pakistan and the Institute of Biochemistry and Genetic Engineering (IBGE), gaining hands-on experience in environmental research and biological analysis. Additionally, my internship at KRL Hospital provided insights into environmental health and safety practices within medical settings. My dedication to environmental advocacy was demonstrated through active participation in university activities, earning second prize in an inter-curricular competition for a poster on forest conservation.
I then pursued a Master of Science in Environmental Science, with a research focus on assessing Lahore’s air quality using PM2.5 data and ARIMA forecasting models. This work enhanced my analytical skills and emphasized the importance of urban pollution control. Currently, I am enrolled in a PhD program in Energy System Engineering, having achieved a 3.83/4 CGPA in coursework. My doctoral research centers on developing sustainable energy solutions, combining my environmental science background with energy innovation. This academic path has equipped me with an interdisciplinary skill set for advancing environmental and energy sustainability through impactful research and technological advancements.