A recent Master’s graduate in Mechanical Engineering with a strong research background in smart HVAC systems, robotics, and control engineering. Her thesis focused on real-time feedback control for temperature regulation using system identification and tuning methods. She has hands-on experience in IoT-based HVAC development, sensor integration, and autonomous robotics through internships at Carrier and Husarion. As a graduate research and teaching assistant, she supported students in engineering concepts and contributed to published research on virtual reality and stereotype threat. Skilled in MATLAB, Python, CAD, and machine learning tools, she combines theoretical knowledge with practical application in energy-efficient systems, adaptive control, and data analysis. Her interdisciplinary experience spans mechanical, electrical, and civil engineering, making her a versatile candidate for roles in R&D, automation, and sustainable technology.